TYLOSE MHS 150009 P4

CAS NO 9004-62-0

synonyms:

TYLOSE MHS 150009 P4; tylose mhs 150009 p4; thylose mhs 150009 p4; tylose mhs 150009 ; tylose mhs 15003 p4; TYLOSE MH 60027 P6; Rhomellose; Adulsin; Bagolax; Bulkaloid; Cellapret;TYLOSE MHS 150009 P4 ; Tylose MHS 150009 P4 ; thylose mhs 150003 p4; tylose mhs 150003 ; tylose mhs 15003 p4; TYLOSE MH 60027 P6; TYLOSE MH -60027 P6; TYLOSE -MHS- 150003 -P4; TYLOSEMHS150003P4; TYLOSE MHS 150009 P4 ; THYLOSE MHS 150003 P4; TYLOSEMHS 150003 P4; TYLOSE MHS 150003P4; TYLOSE150003 P4; TYLOSE MHS 150009 P4 ; Tylose MHS 150009 P4 ; Tylose MHS 150009 P4 ; Tylose MHS 150009 P4 ; Tylose MHS 150009 P4 ; Tlose Mhs 150003 p4; Tylose Mhs ; Tylose MHS 150009 P4 ; Tylose Mhs p4 150003 ; Tylose MHS 150009 P4 ;TYLOSE MHS 150009 P4 ; Rhomellose; Adulsin; Bagolax; Bulkaloid; Cellapret; Cellogel; Cellogran; Cellothyl; Cellumeth; Cethylose; Cethytin; Cologel; Hydrolose; Mellose; Methocel; Methulose; Napolone; Syncelose; Tylose; Viscol; Nicel; Methocel A; Bufapto methalose; Celacol M; Culminal MC; Methocel MC; Celacol MM; Celacol WA; Edisol M; Methocel CHG; Avicel SG; cellulose, methyl; Tylose MF; Tylose SL; Celacol MMPR; Tylose SAP; Tylose TWA; Viscontran L52; Methocel 10; Methyl cellulose-A; Mapolose M25; Metolose 60SH; Tylose A4S; TYLOSE MHS 150009 P4 ; Tylose MHS 150009 P4 ; thylose mhs 150003 p4; tylose mhs 150003 ; tylose mhs 15003 p4; TYLOSE MH 60027 P6; TYLOSE MH -60027 P6; TYLOSE -MHS- 150003 -P4; TYLOSEMHS150003P4; TYLOSE MHS 150009 P4 ; THYLOSE MHS 150003 P4; TYLOSEMHS 150003 P4; TYLOSE MHS 150003P4; TYLOSE150003 P4; TYLOSE MHS 150009 P4 ; Tylose MHS 150009 P4 ; Tylose MHS 150009 P4 ; Tylose MHS 150009 P4 ; Tylose MHS 150009 P4 ; Tlose Mhs 150003 p4; Tylose Mhs ; Tylose MHS 150009 P4 ; Tylose Mhs p4 150003 ; Tylose MHS 150009 P4 ;TYLOSE MHS 150009 P4 ; Celacol M20; Culminal K 42; Culminal MC 25S; 25; Metolose SM 15; Tylose MH20; Tylose MH50; Benecel M 02; tylose mh 60027 P6; TYLOSE mh 60027 P6; Selüloz Eter; hpmc; mhec; Tylose MH1000; Tylose MH2000; Tylose MH4000 ; Tylose SL 100; 2-hydroxyethyl methyl cellulose, Cellulose, 2-hydroxyethyl methyl ether, Methyl hydroxyethyl cellulose; TYLOSE MH 60027 P6; Rhomellose; Adulsin; Bagolax; Bulkaloid; Cellapret; Cellogel; Cellogran; Cellothyl; TYLOSE MH -60027 P6; TYLOSE -MHS- 150003 -P4; TYLOSEMHS150003P4; TYLOSE MHS 150009 P4 ; THYLOSE MHS 150003 P4; TYLOSEMHS 150003 P4; TYLOSE MHS 150003P4; TYLOSE150003 P4; TYLOSE MHS 150009 P4 ; Tylose MHS 150009 P4 ; Tylose MHS 150009 P4 ; Tylose MHS 150009 P4 ; Tylose MHS 150009 P4 ; Tlose Mhs 150003 p4; Tylose Mhs ; Tylose MHS 150009 P4 ; Tylose Mhs p4 150003 ; Tylose MHS 150009 P4 ;TYLOSE MHS 150009 P4 ; Cellumeth; TYLOSE MHS 150009 P4 ; Tylose MHS 150009 P4 ; thylose mhs 150003 p4; tylose mhs 150003 ; tylose mhs 15003 p4; TYLOSE MH 60027 P6; TYLOSE MH -60027 P6; TYLOSE -MHS- 150003 -P4; TYLOSEMHS150003P4; TYLOSE MHS 150009 P4 ; Tylose Mhs ; Tylose MHS 150009 P4 ; Tylose Mhs p4 150003 ; Tylose MHS 150009 P4 ;TYLOSE MHS 150009 P4 ; Cethylose; Cethytin; Cologel; Hydrolose; Mellose; Methocel; Methulose; Napolone; Syncelose; Tylose; Viscol; Nicel; Methocel A; Bufapto methalose; Celacol M; Culminal MC; Methocel MC; Celacol MM; Celacol WA; Edisol M; Methocel CHG; Avicel SG; cellulose, methyl; Tylose MF; TYLOSE MHS 150009 P4 ; Tylose MHS 150009 P4 ; thylose mhs 150003 p4; tylose mhs 150003 ; tylose mhs 15003 p4; TYLOSE MH 60027 P6; Rhomellose; Adulsin; Bagolax; Bulkaloid; TYLOSE MHS 150009 P4 ; Tylose MHS 150009 P4 ; thylose mhs 150003 p4; tylose mhs 150003 ; tylose mhs 15003 p4; TYLOSE MH 60027 P6; TYLOSE MH -60027 P6; TYLOSE -MHS- 150003 -P4; TYLOSEMHS150003P4; TYLOSE MHS 150009 P4 ; THYLOSE MHS 150003 P4; TYLOSEMHS 150003 P4; TYLOSE MHS 150003P4; TYLOSE150003 P4; TYLOSE MHS 150009 P4 ; Tylose MHS 150009 P4 ; Tylose MHS 150009 P4 ; Tylose MHS 150009 P4 ; Tylose MHS 150009 P4 ; Tlose Mhs 150003 p4; Tylose Mhs ; Tylose MHS 150009 P4 ; Tylose Mhs p4 150003 ; Tylose MHS 150009 P4 ;TYLOSE MHS 150009 P4 ;Cellapret; Cellogel; Cellogran; Cellothyl; Cellumeth; Cethylose; Cethytin; Cologel; Hydrolose; Mellose; Methocel; Methulose; Napolone; Syncelose; Tylose; Viscol; Nicel; Methocel A; Bufapto methalose; Celacol M; Culminal MC; Methocel MC; Celacol MM; Celacol WA; Edisol M; Methocel CHG; Avicel SG; cellulose, methyl; Tylose MF; Tylose SL; Celacol MMPR; Tylose SAP; Tylose TWA; Viscontran L52; Methocel 10; TYLOSE MHS 150009 P4 ; Tylose MHS 150009 P4 ; thylose mhs 150003 p4; tylose mhs 150003 ; tylose mhs 15003 p4; TYLOSE MH 60027 P6; TYLOSE MH -60027 P6; TYLOSE -MHS- 150003 -P4; TYLOSEMHS150003P4; TYLOSE MHS 150009 P4 ; THYLOSE MHS 150003 P4; TYLOSEMHS 150003 P4; TYLOSE MHS 150003P4; TYLOSE150003 P4; TYLOSE MHS 150009 P4 ; Tylose MHS 150009 P4 ; Tylose MHS 150009 P4 ; Tylose MHS 150009 P4 ; Tylose MHS 150009 P4 ; Tlose Mhs 150003 p4; Tylose Mhs ; Tylose MHS 150009 P4 ; Tylose Mhs p4 150003 ; Tylose MHS 150009 P4 ;TYLOSE MHS 150009 P4 ; Methyl cellulose-A; Mapolose M25; Metolose 60SH; Tylose A4S; Celacol M20; Culminal K 42; Culminal MC 25S; 25; Metolose SM 15; Tylose MH20; Tylose MH50; Benecel M 02; tylose mh 60027 P6; TYLOSE mh 60027 P6; Selüloz Eter; hpmc; mhec; Tylose MH1000; Tylose ; TYLOSE ; tylose ; HS ;hs ; Hs ;P2 ; P ;p2 ; 2p ; 2 ; Tylose Hs 10000 YP2 ; TYLOSE HS 100000 YP 2 i tylosehs 100000 yp 2 ; TYLOSEHS 100000YP2 ; TYLOSEHS 100000 YP2 ; TYLOSEHS100000YP2 ; tylose hs100000yp2 ; Tylose Hs100000YP2 ; diethanol disulfide, diethanol disulphide, bis(2-hydroxyethanol)disulfide ; 2-Hydroxyethyl cellulose ; Tris(2-hydroxyethyl)amine (triethanolamine) n-(2-hydroxyethyl)-N’-2-propenyl thiourea 1-(2-hydroxyethyl)-2-(heptadecenyl)imidazoline 1-(2-hydroxyethyl)-2-pyrrolidinone 1,3,5-tris(2-hydroxyethyl)triazine-2,4,6-trione Carboxymethyl cellulose Cellulose Cellulose acetate Ethyl cellulose ; Fuji HEC-HP;Fuji HEC-AG 15; NATRO-SOL 250HR; NATROSOL 250MH; NATROSOL 250G; CELLOSIZE QP 30000; TYLOSE H SERIES; NATROSOL 180L; NATROSOL 300H ; TYLOSE P-X; NATROSOL 250M; CELLOSIZE WP 4400; CELLOSIZE UT 40; NATROSOL 250H4R; Tylose H 20P; NATROSOL LR; TYLOSE MHB; NATROSOL 250HHP; HERCULES N 100; CELLOSIZE WP 300; TYLOSE P-Z SERIES; NATROSOL 250H; TYLOSE PS-X; Cellobond HEC 400; CELLOSIZE QP; CELLOSIZE QP 1500; NATRO-SOL 250; HYDROXYETHYL CELLULOSE ETHER; THYLOSE MHS 150003 P4; TYLOSEMHS 150003 P4; TYLOSE MHS 150003P4; TYLOSE150003 P4; TYLOSE MHS 150009 P4 ; Tylose MHS 150009 P4 ; Tylose MHS 150009 P4 ; Tylose MHS 150009 P4 ; Tylose MHS 150009 P4 ; Tlose Mhs 150003 p4; HESPAN; TYLOSE MHB-Y; NATROSOL 240JR; HYDROXYETHYL STARCH; CELLOSIZE WP; CELLOSIZE WP 300H; 2-HYDROXYETHYL CELLULOSE ETHER; BL 15; CELLOSIZE QP 4400; CELLOSIZE QP3; TYLOSE MB;CELLULOSE HYDROXY-ETHYLATE; CELLOSIZE WPO 9H17; CELLOSIZE 4400H16; CELLULOSE HYDROXYETHYL ETHER; Hydroxyethyl Cellulose ();Hydroxyl Ethyl Cellulose(HEC); Hydroxyethyl Cellulose 100H (celocell 100h); TYLOSE MH-XP; NATROSOL 250HX; Natrosol; Daicel EP 500;HEC-Unicel; HEC (Hydroxyethyl cellulose); Cellosize; HEC-Al 5000; Fuji HEC-AL 15; HEC-Unicel QP 09L; also Cellulose, ethers, 2-hydroxyethyl ether; Unicel QP 52000H; HEC-QP 4400;SP 250 (cellulose);Hetastarch; Cellulose, ethers, 2-hydroxyethyl ether; Glutofix 600; FL 52; Fuji HEC-AX 15F; Tylose H 300P; HEC-Unicel QP 300H;Tylose H 300;Daicel SP 550; Daicel SE 600;Unicel QP 15000;HEC-QP 100MH; HEC-QP 9H; OETs; Daicel EP 850; H. E. Cellulose; Cellobond 25T; Unicel QP 100MH; Tylose H 4000; polymer with oxirane ;; see;SE 850K; Tylomer H 20; Daicel SE 850K; Tylose H 30000YP; Unicel QP 4400; SP 407; Tylose H 100000; Daicel SP 200; Culminal HEC 5000PR; Tylopur H 300; Daicel SP 750;Sanhec; BL 15 (cellulose derivative); Unicel QP 300H; Tylomer H 200; J 164; Tylose H 10; Tylose H 20; AH 15; Daicel SP 600; Daicel SE 900; HEC-Unicel QP 4400H; AX 15; Daicel SP 800; Fuji HEC-AW 15F; HEC-SE 850; HEC-A 5-25CF; Metolose 90SEW;AW 15 (polysaccharide); Cellobond HEC 5000; HEC-QP 100M; Cellobond HEC 15A; Tylose H 15000YP2; Walocel HT 6.000PFV; 2-Hydroxyethyl cellulose (Natrosol Type 250HRCS); Fuji HEC-BL 20;Fuji HEC-SY 25F; Telhec;HEC-SP 200;HEC-AH 15;HEC-Unicel QP 30000H;polymer with cellulose ;; see;HEC 10A; Daicel SP 400; Admiral 3089FS; Fuji HEC-A 5000F; HEC-SP 400; Hydroxyethyl Methyl Cellulose(HEMC); HYDROXYETHYL CELLULOSE (HEC); Hydroxyethyl Starch (CAS No:9004-62-0); Hydroxy Ethyl Cellulose;”Natrosol” [Aqualon]; HEC; 2-HYDROXYETHYL CELLULOSE; NATROSOL 150L; TYLOSE MHB-YP; HYDROXYETHYL ETHER CELLULOSE; NATROSOL 250L; CELLOSIZE WP 400H; TYLOSE P; CELLULOSE, 2-HYDROXYETHYL ETHER; TYLOSE MH-K; NATROSOL 250HHR; TYLOSE HS 100000 YP2; TYLOSE HS 100 000 YP2; TYLOSEHS100000YP2; tylose 100 000 yp2; tylose 100000 yp2; Cellosize, Natrosol, Culminal, Walocel, Mecellose, Synonyms: Tylose ; TYLOSE ; tylose ; H ;hs ; Hs ; 15000 ; Yüzbin ; 100bin ; YP2 ; YP ;yp ; Yp ; 2 ; Tylose H 15000 YP2 ; TYLOSE H 15000 YP 2 ; tylosehs 15000 yp 2 ; TYLOSEH 15000YP2 ; TYLOSE MHS 150009 P4 ; Tylose MHS 150009 P4 ; thylose mhs 150003 p4; tylose mhs 150003 ; tylose mhs 15003 p4; TYLOSE MH 60027 P6; TYLOSE MH -60027 P6; TYLOSE -MHS- 150003 -P4; TYLOSEMHS150003P4; TYLOSE MHS 150009 P4 ; THYLOSE MHS 150003 P4; TYLOSEMHS 150003 P4; TYLOSE MHS 150003P4; TYLOSE150003 P4; TYLOSE MHS 150009 P4 ; Tylose MHS 150009 P4 ; Tylose MHS 150009 P4 ; Tylose MHS 150009 P4 ; Tylose MHS 150009 P4 ; Tlose Mhs 150003 p4; Tylose Mhs ; Tylose MHS 150009 P4 ; Tylose Mhs p4 150003 ; Tylose MHS 150009 P4 ;TYLOSE MHS 150009 P4 ; TYLOSEH 15000 YP2 ; TYLOSEH15000YP2 ; tylose h100000yp2 ; Tylose H15000YP2 diethanol disulfide, diethanol disulphide, bis(2-hydroxyethanol)disulfide ; 2-Hydroxyethyl cellulose ; Tris(2-hydroxyethyl)amine (triethanolamine) n-(2-hydroxyethyl)-N`-2-propenyl thiourea 1-(2-hydroxyethyl)-2-(heptadecenyl)imidazoline 1-(2-hydroxyethyl)-2-pyrrolidinone 1,3,5-tris(2-hydroxyethyl)triazine-2,4,6-trione Carboxymethyl cellulose Cellulose Cellulose acetate Ethyl cellulose ; Fuji HEC-HP;Fuji HEC-AG 15; NATRO-SOL 250HR; NATROSOL 250MH; NATROSOL 250G; CELLOSIZE QP 30000; TYLOSE H SERIES; NATROSOL 180L; NATROSOL 300H ; TYLOSE P-X; NATROSOL 250M; CELLOSIZE WP 4400; CELLOSIZE UT 40; NATROSOL 250H4R; Tylose H 20P; NATROSOL LR; TYLOSE MHB; NATROSOL 250HHP; HERCULES N 100; CELLOSIZE WP 300; TYLOSE P-Z SERIES; NATROSOL 250H; TYLOSE PS-X; Cellobond HEC 400; CELLOSIZE QP; CELLOSIZE QP 1500; NATRO-SOL 250; HYDROXYETHYL CELLULOSE ETHER; HESPAN; TYLOSE MHB-Y; NATROSOL 240JR; HYDROXYETHYL STARCH; CELLOSIZE WP; TYLOSE MHS 150009 P4 ; Tylose MHS 150009 P4 ; thylose mhs 150003 p4; tylose mhs 150003 ; tylose mhs 15003 p4; TYLOSE MH 60027 P6; TYLOSE MH -60027 P6; TYLOSE -MHS- 150003 -P4; TYLOSEMHS150003P4; TYLOSE MHS 150009 P4 ; THYLOSE MHS 150003 P4; TYLOSEMHS 150003 P4; TYLOSE MHS 150003P4; TYLOSE150003 P4; TYLOSE MHS 150009 P4 ; Tylose MHS 150009 P4 ; Tylose MHS 150009 P4 ; Tylose MHS 150009 P4 ; Tylose MHS 150009 P4 ; Tlose Mhs 150003 p4; Tylose Mhs ; Tylose MHS 150009 P4 ; Tylose Mhs p4 150003 ; Tylose MHS 150009 P4 ;TYLOSE MHS 150009 P4 ; CELLOSIZE WP 300H; 2-HYDROXYETHYL CELLULOSE ETHER; BL 15; CELLOSIZE QP 4400; CELLOSIZE QP3; TYLOSE MB;CELLULOSE HYDROXY-ETHYLATE; CELLOSIZE WPO 9H17; CELLOSIZE 4400H16; CELLULOSE HYDROXYETHYL ETHER; Hydroxyethyl Cellulose ();Hydroxyl Ethyl Cellulose(HEC); TYLOSE MH -60027 P6; TYLOSE -MHS- 150003 -P4; TYLOSEMHS150003P4; TYLOSE MHS 150009 P4 ; THYLOSE MHS 150003 P4; TYLOSEMHS 150003 P4; TYLOSE MHS 150003P4; TYLOSE150003 P4; TYLOSE MHS 150009 P4 ; Tylose MHS 150009 P4 ; Tylose MHS 150009 P4 ; Tylose MHS 150009 P4 ; Tylose MHS 150009 P4 ; Tlose Mhs 150003 p4; Tylose Mhs ; Tylose MHS 150009 P4 ; Tylose Mhs p4 150003 ; Tylose MHS 150009 P4 ;TYLOSE MHS 150009 P4 ; Hydroxyethyl Cellulose 100H (celocell 100h); TYLOSE MH-XP; NATROSOL 250HX; Natrosol; Daicel EP 500;HEC-Unicel; HEC (Hydroxyethyl cellulose); Cellosize; HEC-Al 5000; Fuji HEC-AL 15; HEC-Unicel QP 09L; also Cellulose, ethers, 2-hydroxyethyl ether; Unicel QP 52000H; HEC-QP 4400;SP 250 (cellulose);Hetastarch; Cellulose, ethers, 2-hydroxyethyl ether; Glutofix 600; FL 52; Fuji HEC-AX 15F; Tylose H 300P; HEC-Unicel QP 300H;Tylose H 300;Daicel SP 550; Daicel SE 600;Unicel QP 15000;HEC-QP 100MH; HEC-QP 9H; OETs; Daicel EP 850; H. E. Cellulose; Cellobond 25T; Unicel QP 100MH; Tylose H 4000; polymer with oxirane ;; see;SE 850K; Tylomer H 20; Daicel SE 850K; Tylose H 30000YP; Unicel QP 4400; SP 407; Tylose H 100000; Daicel SP 200; Culminal HEC ; Tylose MH2000; Tylose MH4000 ; Tylose SL 100; 2-hydroxyethyl methyl cellulose, Cellulose, 2-hydroxyethyl methyl ether, Methyl hydroxyethyl cellulose; TYLOSE MH 60027 P6; Rhomellose; Adulsin; Bagolax; Bulkaloid; Cellapret; Cellogel; Cellogran; Cellothyl; Cellumeth; Cethylose; Cethytin; Cologel; Hydrolose; Mellose; Methocel; Methulose; Tylose SL; TYLOSE MH -60027 P6; TYLOSE -MHS- 150003 -P4; TYLOSEMHS150003P4; TYLOSE MHS 150009 P4 ; THYLOSE MHS 150003 P4; TYLOSEMHS 150003 P4; TYLOSE MHS 150003P4; TYLOSE150003 P4; TYLOSE MHS 150009 P4 ; Tylose MHS 150009 P4 ; Tylose MHS 150009 P4 ; Tylose MHS 150009 P4 ; Tylose MHS 150009 P4 ; Tlose Mhs 150003 p4; Tylose Mhs ; Tylose MHS 150009 P4 ; Tylose Mhs p4 150003 ; Tylose MHS 150009 P4 ;TYLOSE MHS 150009 P4 ; Cellogel; Cellogran; Cellothyl; Cellumeth; Cethylose; Cethytin; Cologel; Hydrolose; Mellose; Methocel; Methulose; Napolone; Syncelose; Tylose; Viscol; Nicel; Methocel A; Bufapto methalose; Celacol M; Culminal MC; Methocel MC; Celacol MM; Celacol WA; Edisol M; Methocel CHG; Avicel SG; cellulose, methyl; Tylose MF; Tylose SL; Celacol MMPR; Tylose SAP; Tylose TWA; Viscontran L52; Methocel 10; Methyl cellulose-A; Mapolose M25; Metolose 60SH; Tylose A4S; Celacol M20; Culminal K 42; Culminal MC 25S; 25; Metolose SM 15; Tylose MH20; Tylose MH50; Benecel M 02; tylose mh 60027 P6; TYLOSE mh 60027 P6; Selüloz Eter; hpmc; mhec; Tylose MH1000; Tylose MH2000; Tylose MH4000 ; Tylose SL 100; 2-hydroxyethyl methyl cellulose, Cellulose, 2-hydroxyethyl methyl ether, Methyl hydroxyethyl cellulose; TYLOSE MH 60027 P6; Rhomellose; Adulsin; Bagolax; Bulkaloid; Cellapret; Cellogel; Cellogran; Cellothyl; Cellumeth; Cethylose; Cethytin; Cologel; Hydrolose; Mellose; Methocel; Methulose; Napolone; Syncelose; Tylose; Viscol; Nicel; Methocel A; Bufapto methalose; Celacol M; Culminal MC; Methocel MC; Celacol MM; Celacol WA; Edisol M; Methocel CHG; Avicel SG; cellulose, methyl; Tylose MF; TYLOSE MHS 150009 P4; tylose mhs 150009 p4; thylose mhs 150009 p4; tylose mhs 150009 ; tylose mhs 15003 p4; TYLOSE MH 60027 P6; Rhomellose; Adulsin; Bagolax; Bulkaloid; Cellapret; Cellogel; Cellogran; Cellothyl; Cellumeth; Cethylose; Cethytin; Cologel; Hydrolose; Mellose; Methocel; Methulose; Napolone; Syncelose; Tylose; Viscol; Nicel; Methocel A; Bufapto methalose; Celacol M; Culminal MC; Methocel MC; Celacol MM; Celacol WA; Edisol M; Methocel CHG; Avicel SG; cellulose, methyl; Tylose MF; Tylose SL; Celacol MMPR; Tylose SAP; Tylose TWA; Viscontran L52; Methocel 10; Methyl cellulose-A; Mapolose M25; Metolose 60SH; Tylose A4S; Celacol M20; Culminal K 42; Culminal MC 25S; 25; Metolose SM 15; Tylose MH20; Tylose MH50; Benecel M 02; tylose mh 60027 P6; TYLOSE mh 60027 P6; Selüloz Eter; hpmc; mhec; Tylose MH1000; Tylose ; TYLOSE ; tylose ; HS ;hs ; Hs ;P2 ; P ;p2 ; 2p ; 2 ; Tylose Hs 10000 YP2 ; TYLOSE HS 100000 YP 2 i tylosehs 100000 yp 2 ; TYLOSEHS 100000YP2 ; TYLOSEHS 100000 YP2 ; TYLOSEHS100000YP2 ; tylose hs100000yp2 ; Tylose Hs100000YP2 ; diethanol disulfide, diethanol disulphide, bis(2-hydroxyethanol)disulfide ; 2-Hydroxyethyl cellulose ; Tris(2-hydroxyethyl)amine (triethanolamine) n-(2-hydroxyethyl)-N’-2-propenyl thiourea 1-(2-hydroxyethyl)-2-(heptadecenyl)imidazoline 1-(2-hydroxyethyl)-2-pyrrolidinone 1,3,5-tris(2-hydroxyethyl)triazine-2,4,6-trione Carboxymethyl cellulose Cellulose Cellulose acetate Ethyl cellulose ; Fuji HEC-HP;Fuji HEC-AG 15; NATRO-SOL 250HR; NATROSOL 250MH; NATROSOL 250G; CELLOSIZE QP 30000; TYLOSE H SERIES; NATROSOL 180L; NATROSOL 300H ; TYLOSE P-X; NATROSOL 250M; CELLOSIZE WP 4400; CELLOSIZE UT 40; NATROSOL 250H4R; Tylose H 20P; NATROSOL LR; TYLOSE MHB; NATROSOL 250HHP; HERCULES N 100; CELLOSIZE WP 300; TYLOSE P-Z SERIES; NATROSOL 250H; TYLOSE PS-X; Cellobond HEC 400; CELLOSIZE QP; CELLOSIZE QP 1500; NATRO-SOL 250; HYDROXYETHYL CELLULOSE ETHER; HESPAN; TYLOSE MHB-Y; NATROSOL 240JR; HYDROXYETHYL STARCH; CELLOSIZE WP; CELLOSIZE WP 300H; 2-HYDROXYETHYL CELLULOSE ETHER; BL 15; CELLOSIZE QP 4400; CELLOSIZE QP3; TYLOSE MB;CELLULOSE HYDROXY-ETHYLATE; CELLOSIZE WPO 9H17; CELLOSIZE 4400H16; CELLULOSE HYDROXYETHYL ETHER; Hydroxyethyl Cellulose ();Hydroxyl Ethyl Cellulose(HEC); Hydroxyethyl Cellulose 100H (celocell 100h); TYLOSE MH-XP; NATROSOL 250HX; Natrosol; Daicel EP 500;HEC-Unicel; HEC (Hydroxyethyl cellulose); Cellosize; HEC-Al 5000; Fuji HEC-AL 15; HEC-Unicel QP 09L; also Cellulose, ethers, 2-hydroxyethyl ether; Unicel QP 52000H; HEC-QP 4400;SP 250 (cellulose);Hetastarch; Cellulose, ethers, 2-hydroxyethyl ether; Glutofix 600; FL 52; Fuji HEC-AX 15F; Tylose H 300P; HEC-Unicel QP 300H;Tylose H 300;Daicel SP 550; Daicel SE 600;Unicel QP 15000;HEC-QP 100MH; HEC-QP 9H; OETs; Daicel EP 850; H. E. Cellulose; Cellobond 25T; Unicel QP 100MH; Tylose H 4000; polymer with oxirane ;; see;SE 850K; Tylomer H 20; Daicel SE 850K; Tylose H 30000YP; Unicel QP 4400; SP 407; Tylose H 100000; Daicel SP 200; Culminal HEC 5000PR; Tylopur H 300; Daicel SP 750;Sanhec; BL 15 (cellulose derivative); Unicel QP 300H; Tylomer H 200; J 164; Tylose H 10; Tylose H 20; AH 15; Daicel SP 600; Daicel SE 900; HEC-Unicel QP 4400H; AX 15; Daicel SP 800; Fuji HEC-AW 15F; HEC-SE 850; HEC-A 5-25CF; Metolose 90SEW;AW 15 (polysaccharide); Cellobond HEC 5000; HEC-QP 100M; Cellobond HEC 15A; Tylose H 15000YP2; Walocel HT 6.000PFV; 2-Hydroxyethyl cellulose (Natrosol Type 250HRCS); Fuji HEC-BL 20;Fuji HEC-SY 25F; Telhec;HEC-SP 200;HEC-AH 15;HEC-Unicel QP 30000H;polymer with cellulose ;; see;HEC 10A; Daicel SP 400; Admiral 3089FS; Fuji HEC-A 5000F; HEC-SP 400; Hydroxyethyl Methyl Cellulose(HEMC); HYDROXYETHYL CELLULOSE (HEC); Hydroxyethyl Starch (CAS No:9004-62-0); Hydroxy Ethyl Cellulose;”Natrosol” [Aqualon]; HEC; 2-HYDROXYETHYL CELLULOSE; NATROSOL 150L; TYLOSE MHB-YP; HYDROXYETHYL ETHER CELLULOSE; NATROSOL 250L; CELLOSIZE WP 400H; TYLOSE P; CELLULOSE, 2-HYDROXYETHYL ETHER; TYLOSE MH-K; NATROSOL 250HHR; TYLOSE HS 100000 YP2; TYLOSE HS 100 000 YP2; TYLOSEHS100000YP2; tylose 100 000 yp2; tylose 100000 yp2; Cellosize, Natrosol, Culminal, Walocel, Mecellose, Synonyms: Tylose ; TYLOSE ; tylose ; H ;hs ; Hs ; 15000 ; Yüzbin ; 100bin ; YP2 ; YP ;yp ; Yp ; 2 ; Tylose H 15000 YP2 ; TYLOSE H 15000 YP 2 ; tylosehs 15000 yp 2 ; TYLOSEH 15000YP2 ; TYLOSEH 15000 YP2 ; TYLOSEH15000YP2 ; tylose h100000yp2 ; Tylose H15000YP2 diethanol disulfide, diethanol disulphide, bis(2-hydroxyethanol)disulfide ; 2-Hydroxyethyl cellulose ; Tris(2-hydroxyethyl)amine (triethanolamine) n-(2-hydroxyethyl)-N`-2-propenyl thiourea 1-(2-hydroxyethyl)-2-(heptadecenyl)imidazoline 1-(2-hydroxyethyl)-2-pyrrolidinone 1,3,5-tris(2-hydroxyethyl)triazine-2,4,6-trione Carboxymethyl cellulose Cellulose Cellulose acetate Ethyl cellulose ; Fuji HEC-HP;Fuji HEC-AG 15; NATRO-SOL 250HR; NATROSOL 250MH; NATROSOL 250G; CELLOSIZE QP 30000; TYLOSE H SERIES; NATROSOL 180L; NATROSOL 300H ; TYLOSE P-X; NATROSOL 250M; CELLOSIZE WP 4400; CELLOSIZE UT 40; NATROSOL 250H4R; Tylose H 20P; NATROSOL LR; TYLOSE MHB; NATROSOL 250HHP; HERCULES N 100; CELLOSIZE WP 300; TYLOSE P-Z SERIES; NATROSOL 250H; TYLOSE PS-X; Cellobond HEC 400; CELLOSIZE QP; CELLOSIZE QP 1500; NATRO-SOL 250; HYDROXYETHYL CELLULOSE ETHER; HESPAN; TYLOSE MHB-Y; NATROSOL 240JR; HYDROXYETHYL STARCH; CELLOSIZE WP; CELLOSIZE WP 300H; 2-HYDROXYETHYL CELLULOSE ETHER; BL 15; CELLOSIZE QP 4400; CELLOSIZE QP3; TYLOSE MB;CELLULOSE HYDROXY-ETHYLATE; CELLOSIZE WPO 9H17; CELLOSIZE 4400H16; CELLULOSE HYDROXYETHYL ETHER; Hydroxyethyl Cellulose ();Hydroxyl Ethyl Cellulose(HEC); Hydroxyethyl Cellulose 100H (celocell 100h); TYLOSE MH-XP; NATROSOL 250HX; Natrosol; Daicel EP 500;HEC-Unicel; HEC (Hydroxyethyl cellulose); Cellosize; HEC-Al 5000; Fuji HEC-AL 15; HEC-Unicel QP 09L; also Cellulose, ethers, 2-hydroxyethyl ether; Unicel QP 52000H; HEC-QP 4400;SP 250 (cellulose);Hetastarch; Cellulose, ethers, 2-hydroxyethyl ether; Glutofix 600; FL 52; Fuji HEC-AX 15F; Tylose H 300P; HEC-Unicel QP 300H;Tylose H 300;Daicel SP 550; Daicel SE 600;Unicel QP 15000;HEC-QP 100MH; HEC-QP 9H; OETs; Daicel EP 850; H. E. Cellulose; Cellobond 25T; Unicel QP 100MH; Tylose H 4000; polymer with oxirane ;; see;SE 850K; Tylomer H 20; Daicel SE 850K; Tylose H 30000YP; Unicel QP 4400; SP 407; Tylose H 100000; Daicel SP 200; Culminal HEC ; Tylose MH2000; Tylose MH4000 ; Tylose SL 100; 2-hydroxyethyl methyl cellulose, Cellulose, 2-hydroxyethyl methyl ether, Methyl hydroxyethyl cellulose; TYLOSE MH 60027 P6; Rhomellose; Adulsin; Bagolax; Bulkaloid; Cellapret; Cellogel; Cellogran; Cellothyl; Cellumeth; Cethylose; Cethytin; Cologel; Hydrolose; Mellose; Methocel; Methulose; Tylose SL; TYLOSE MH -60027 P6; TYLOSE -MHS- 150009 -P4; TYLOSEMHS150009P4; TYLOSE MHS 150009 P4; THYLOSE MHS 150009 P4; TYLOSEMHS 150009 P4; TYLOSE MHS 150009P4; TYLOSE150009 P4; TYLOSE MHS 150009 P4; tylose mhs 150009 p4; Tylose MHS 150009 p4; Tylose Mhs 150009 p4; Tylose mhs 150009 p4; Tlose Mhs 150009 p4; Tylose Mhs ; Tylose mhs 150009 p4; Tylose Mhs p4 150009 ; Tylose Mhs 150009 p4;TYLOSE MHS 150009 P4

Tylose MHS 150009 P4

DOCUMENTS

Tylose MHS 150009 P4

Tylose MHS 150009 P4 is a water-soluble, non-ionic, highly etherified, modified methyl hydroxyethyl cellulose powder.Tylose MHS 150009 P4 provides very fast consistency development, high water demand, water retention, and heat stability, and moderate sag resistance and influence on cement hydration. This grade Tylose MHS 150009 P4 is ideal for use in block laying adhesives and gypsum mounting binders and spray plasters.

water-soluble cellulose ethers under the Tylose® trade name – including methyl hydroxyethyl cellulose (MHEC), methyl hydroxypropyl cellulose (MHPC), and hydroxyethyl cellulose (HEC) – for applications such as construction and ceramic coatings & paints.

Tylose MHS 150009 P4

Technical Data Sheet

O OH CH, CH2, CH3

Product properties Product properties of Tylose MHS 150009 P4

Constitution: Methylhydroxyethyl cellulose modified

Appearance of Tylose MHS 150009 P4 : powder Delayed solubility: no

Etherification of Tylose MHS 150009 P4 : high etherification Thickening effect: moderate

Particle size of Tylose MHS 150009 P4 : fine powder Level of viscosity: 150000 mPas

according to Höppler

Product specification Product specification of Tylose MHS 150009 P4 Recommended fields of application Recommended fields of application

Moisture of Tylose MHS 150009 P4 : ≤ 6 %

Content of NaCl of Tylose MHS 150009 P4 : ≤ 1.5 %

Particle size of Tylose MHS 150009 P4 : <125µm: min. 85% Particle size of Tylose MHS 150009 P4 : <100µm: min. 70% Viscosity of Tylose MHS 150009 P4 : 5600 - 8000 mPas Brookfield RV,20rpM, 1.0%,20°C,20° GH Plasters, gypsum based Thin layer plasters, gypsum based Gypsum-Lime-Plasters Tile adhesives Product properties Constitution:Methyl hydroxyethyl cellulose modified Appearance:powder Etherification:high Particle size:fine powder Delayed solubility:no Level of viscosity: according to Höppler 150000 mPa•s Tylose® MHS grades - water soluble, non-ionic, highly etherified methyl hydroxyethyl cellulose Application performance Building materials Consistency development:very fast Final consistency:moderate Sag resistance:moderate Water demand:high Water retention:very high Influence on cement hydration:moderate Heat stability:high Tylose® MHS 150009 P4 Technical Data Sheet Application performance Application performance Consistency development of Tylose MHS 150009 P4 : fast Water retention: very high Final consistency of Tylose MHS 150009 P4 : moderate Influence on cement hydration: moderate Sag resistance of Tylose MHS 150009 P4 : moderate Heat stability: high Water demand: high Packaging, Storage, Safety instructions Packaging, Storage, Safety instructions of Tylose MHS 150009 P4 Like all fine-particle organic substances, of Tylose MHS 150009 P4 constitute a dust explosion hazard. Dust formation and deposits must be kept to a minimum so that no ignitable dust/air mixtures can form. Ignition sources such as naked flames, hot surfaces, sparks and static electricity should be avoided. Tylose starts to decompose at about 200°C. Its ignition temperature is >360°C. of Tylose MHS 150009 P4 burns easily and the fire may spread.

When stored in closed containers, or in its original packaging in a dry place at room temperature, of Tylose MHS 150009 P4 can

be kept for a long time. In the case of high viscosity grades, a slow loss of viscosity can be measured after

lengthy storage (>1 year). Tylose absorbs water from moist air. Once opened, container must be resealed and

kept tightly closed.

of Tylose MHS 150009 P4 is supplied in multi-ply paper bags with polyethylene intermediate layer and/or in big bags.

Tylose MHS 150009 P4

Product Properties

Constitution: Methyl hydroxyethyl cellulose modified

Appearance: powder

Etherification: high

Particle size: fine powder

Delayed solubility: no

Level of viscosity:

according to Höppler 15000 mPa•s

Tylose® MHS grades – water soluble, non-ionic, highly etherified methyl hydroxyethyl cellulose

Application Performance

Building Materials

Consistency development: very fast

Final consistency: moderate

Sag resistance: moderate

Water demand: high

Water retention: very high

Influence on cement hydration: moderate

Heat stability: high

Recommended Fields Of Application

Building Materials

Block laying adhesive

Gypsum mounting binder

Gypsum spray plaster

Nomenclature Information

Type of ether Viscosity level Chemical refinement

M Methyl 60000

The viscosity level

is based on

Hoeppler: 2%

solution of the

commercial product

with 5% moisture

content, 20ºC,

20º dH

(German hardness)

Y Delayed solubility products

H Hydroxyethyl 30000 K Readily soluble granules

O Hydroxypropyl 15000 N non-delayed solubility products

A Allyl 10000 (only for Tylose H grades) *

X Hydrophobe 6000

etherification 4000 Degree of particle size

2000 Types of granules:

Degree of 1000 G4 Granules (< 500 μm) B etherification 300 G6 Granules (< 400 μm) F Special higher 200 G6 Granules (< 400 μm) S degrees of . Powder types: T etherification, . P2 Powder (< 180 μm) depending on the . P3 Fine Powder (< 125 μm) individual type of 01 P4 Fine powder (< 125 μm) ether 02 P6 Ultra fine powder (< 100 μm) 03 04 Tylose MHS grades Grades Knowledge Base Tylose MHS 10012 P6 Tylose MHS 30024 P4 Tylose MHS 30027 P6 Tylose MHS 60000 YP4 Tylose MHS 100005 P3 Tylose MHS 100006 P3 Tylose MHS 150009 P4 Tylose MHS 150012 P4 Tylose MHS 300000 P4 , Gypsum Based Hand and Machine Plasters Product Name Chemical Description Usage Areas TYLOSE MH 10.001 P4 Methyl Hydroxy Ethyl Cellulose Höppler falling ball viscometer 10.000 mPas Decorative mineral based plasters, Smooth block adhesives, Tile adhesives, Exterior coating and insulation systems TYLOSE MH 10.007 P4 Methyl Hydroxy Ethyl Cellulose Höppler falling ball viscometer 10,000 mPas Decorative mineral based plasters, Smooth block adhesives, Tile adhesives, Exterior coating and insulation systems TYLOSE MH 15.000 P4 Methyl Hydroxy Ethyl Cellulose Höppler falling ball viscometer 15.000 mPas Ready-mixed concrete joint fillers, Tile adhesives External coating and insulation systems, Gypsum-based joint compounds, Insulation Plasters TYLOSE MH 15.002 P6 Methyl Hydroxy Ethyl Cellulose Höppler falling ball viscometer 15.000 mPas Cement-lime-based plasters, Gypsum-Lime-based plasters, Smooth block adhesives, Exterior Coating and insulation systems, thin layer plasters, Repair plasters TYLOSE MH 2.000 YP2 Methyl Hydroxy Ethyl Cellulose Höppler falling ball viscometer 2.000 mPas Cement-based screed plaster, Repair plasters, Cement-based plasters TYLOSE MH 30.000 P4 Methyl Hydroxy Ethyl Cellulose Höppler falling ball viscometer 30.000 mPas Cement Based plastering compounds, Masonry Mortars, Ready-mixed concrete grouting, Cement-based paints TYLOSE MH 6.000 YP4 Methyl Hydroxy Ethyl Cellulose Höppler falling ball viscometer 6.000 mPas Cement-based screed plaster, Cement-based Plastering compounds Decorative surface coatings TYLOSE MH 60.004 P6 Methyl Hydroxy Ethyl Cellulose Höppler falling ball viscometer 60.000 mPas. Tile adhesives, cement based hand applied plasters, cement lime based plasters, gypsum based plasters. TYLOSE MH 60.027 P6 Methyl Hydroxy Ethyl Cellulose Höppler falling ball viscometer 60.000 mPas. Tile adhesives, cement based hand applied plasters, cement lime based plasters, gypsum based plasters. TYLOSE MH 60.028 P6 Methyl Hydroxy Ethyl Cellulose Höppler falling ball viscometer 60.000 mPas. Tile adhesives, cement based hand applied plasters, cement lime based plasters, gypsum based plasters and jacketing products. TYLOSE MHS 150009 P4 Tylose MHS 150009 P4 DOCUMENTS Tylose MHS 150009 P4 Tylose MHS 150009 P4 is a water-soluble. Tylose MHS 150009 P4 is non-ionic. Tylose MHS 150009 P4 is highly etherified. Tylose MHS 150009 P4 is modified methyl hydroxyethyl cellulose powder. Tylose MHS 150009 P4 provides very fast consistency development, high water demand, water retention, and heat stability, and moderate sag resistance and influence on cement hydration. Tylose MHS 150009 P4 is a water-soluble, non-ionic, highly etherified, modified methyl hydroxyethyl cellulose powder.Tylose MHS 150009 P4 provides very fast consistency development, high water demand, water retention, and heat stability, and moderate sag resistance and influence on cement hydration. This grade Tylose MHS 150009 P4 is ideal for use in block laying adhesives and gypsum mounting binders and spray plasters. water-soluble cellulose ethers under the Tylose trade name - including methyl hydroxyethyl cellulose (MHEC), methyl hydroxypropyl cellulose (MHPC), and hydroxyethyl cellulose (HEC) - for applications such as construction and ceramic coatings & paints. Tylose MHS 150009 P4 of methyl hydroxyethyl cellulose (MHEC) is ideal for use in block laying adhesives and gypsum mounting binders and spray plasters. Tylose MHS 150009 P4 grades - water soluble, non-ionic, highly etherified methyl hydroxyethyl cellulose.Tylose MHS 150009 P4 is a water-soluble. Tylose MHS 150009 P4 is non-ionic. Tylose MHS 150009 P4 is highly etherified. Tylose MHS 150009 P4 is modified methyl hydroxyethyl cellulose powder. Tylose MHS 150009 P4 provides very fast consistency development, high water demand, water retention, and heat stability, and moderate sag resistance and influence on cement hydration. This grade Tylose MHS 150009 P4 of methyl hydroxyethyl cellulose (MHEC) is ideal for use in block laying adhesives and gypsum mounting binders and spray plasters. Tylose MHS 150009 P4 grades - water soluble, non-ionic, highly etherified methyl hydroxyethyl cellulose. Tylose MHS 150009 P4 is a water-soluble, non-ionic, highly etherified, modified methyl hydroxyethyl cellulose powder.Tylose MHS 150009 P4 provides very fast consistency development, high water demand, water retention, and heat stability, and moderate sag resistance and influence on cement hydration. This grade Tylose MHS 150009 P4 is ideal for use in block laying adhesives and gypsum mounting binders and spray plasters.. Tylose MHS 150009 P4 Technical Data Sheet MHS 150003 P4O OH CH, CH2, CH3 Product properties Product properties of Tylose MHS 150009 P4 Constitution: Methylhydroxyethyl cellulose modified Appearance of Tylose MHS 150009 P4 : powder Delayed solubility: no Etherification of Tylose MHS 150009 P4 : high etherification Thickening effect: moderate Particle size of Tylose MHS 150009 P4 : fine powder Level of viscosity: 150000 mPas according to Höppler Product specification Product specification of Tylose MHS 150009 P4 Recommended fields of application Recommended fields of application Moisture of Tylose MHS 150009 P4 : ≤ 6 % Content of NaCl of Tylose MHS 150009 P4 : ≤ 1.5 % Particle size of Tylose MHS 150009 P4 : <125µm: min. 85% Particle size of Tylose MHS 150009 P4 : <100µm: min. 70% Viscosity of Tylose MHS 150009 P4 : 5600 - 8000 mPas Brookfield RV,20rpM, 1.0%,20°C,20° GH Tylose MHS 150009 P4 is used as Plasters, gypsum based Tylose MHS 150009 P4 is used as Thin layer plasters, gypsum based Tylose MHS 150009 P4 is used as Gypsum-Lime-Plasters Tylose MHS 150009 P4 is used as Tile adhesives. Product properties Constitution:Methyl hydroxyethyl cellulose modified Appearance:powder Etherification:high Particle size:fine powder Delayed solubility:no Level of viscosity: according to Höppler 150000 mPa•s Tylose MHS grades - water soluble, non-ionic, highly etherified methyl hydroxyethyl cellulose Tylose MHS 150009 P4 of methyl hydroxyethyl cellulose (MHEC) is ideal for use in block laying adhesives and gypsum mounting binders and spray plasters. Tylose MHS 150009 P4 grades - water soluble, non-ionic, highly etherified methyl hydroxyethyl cellulose. Tylose MHS 150009 P4 provides very fast consistency development, high water demand, water retention, and heat stability, and moderate sag resistance and influence on cement hydration Tylose MHS 150009 P4 is a water-soluble. Tylose MHS 150009 P4 is non-ionic. Tylose MHS 150009 P4 is highly etherified. Tylose MHS 150009 P4 is modified methyl hydroxyethyl cellulose powder. Tylose MHS 150009 P4 provides very fast consistency development, high water demand, water retention, and heat stability, and moderate sag resistance and influence on cement hydration. This grade Tylose MHS 150009 P4 of methyl hydroxyethyl cellulose (MHEC) is ideal for use in block laying adhesives and gypsum mounting binders and spray plasters. Application performance of Building materials Consistency development:very fast Final consistency:moderate Sag resistance:moderate Water demand:high Water retention:very high Influence on cement hydration:moderate Heat stability:high Tylose® MHS 150003 P4 Technical Data Sheet Application performance Application performance Consistency development of Tylose MHS 150009 P4 : fast Water retention: very high Final consistency of Tylose MHS 150009 P4 : moderate Influence on cement hydration: moderate Sag resistance of Tylose MHS 150009 P4 : moderate Heat stability: high Water demand of Tylose MHS 150009 P4 : high Packaging, Storage, Safety instructions of Tylose MHS 150009 P4 Like all fine-particle organic substances, of Tylose MHS 150009 P4 constitute a dust explosion hazard. Dust formation and deposits must be kept to a minimum so that no ignitable dust/air mixtures can form. Ignition sources such as naked flames, hot surfaces, sparks and static electricity should be avoided. Tylose starts to decompose at about 200°C. Its ignition temperature is >360°C. of Tylose MHS 150009 P4 burns easily and the fire may spread. When stored in closed containers, or in its original packaging in a dry place at room temperature, of Tylose MHS 150009 P4 can be kept for a long time. In the case of high viscosity grades, a slow loss of viscosity can be measured after lengthy storage (>1 year). Tylose absorbs water from moist air. Once opened, container must be resealed and kept tightly closed. of Tylose MHS 150009 P4 is supplied in multi-ply paper bags with polyethylene intermediate layer and/or in big bags.

TYLOSE MHS 150009 P4

Tylose MHS 150009 P4

Tylose MHS 150009 P4 is a water soluble substance. Tylose MHS 150009 P4 is non-ionic. Tylose MHS 150009 P4 is highly etherified. Tylose MHS 150009 P4 is a modified methyl hydroxyethyl cellulose powder. Tylose MHS 150009 P4 provides very fast consistency development, high water demand, water retention and heat stability, and an effect on moderate sag resistance and cement hydration. Consisting of methyl hydroxyethyl cellulose (MHEC), this Tylose MHS 150009 P4 grade is ideal for use in block floor adhesives and gypsum mounting binders and spray plasters. Tylose MHS 150009 P4 grades – water soluble, nonionic, highly etherified methyl hydroxyethyl cellulose. Tylose MHS 150009 P4 Like all fine organic matter, Tylose MHS 150009 P4 poses a dust explosion hazard. Deposits should be kept to a minimum so that no sediment / air mixture is formed. Tylose MHS 150009 P4 Sources of ignition: bare flames, hot surfaces, sparks and static electricity should be avoided. Tylose MHS 150009 P4 begins to decompose about 200 ° C. Ignition temperature> 360 ° C. Tylose MHS 150009 P4 easily burns and a fire could occur. Tylose MHS 150009 P4 should be stored for a long time when stored in closed containers or Tylose MHS 150009 P4 in its original packaging in a dry place at room temperature. This type of Tylose MHS 150009 P4 is ideal for use in block flooring adhesives and gypsum mounting binders and spray plasters. Tylose MHS 150009 P4 for applications such as construction and ceramic coatings and paints, including water soluble cellulose ethers – methyl hydroxyethyl cellulose (MHEC), methyl hydroxypropyl cellulose (MHPC) and hydroxyethyl cellulose (HEC) under the trade name Tylose MHS 150009 P4 .

Tylose MHS 150009 P4

Technical data sheet Tylose MHS 150009 P4 OOH CH, CH2, CH3

Tylose MHS 150009 P4 Product features

Constitution: Methylhydroxyethyl cellulose modified

The appearance of Tylose MHS 150009 P4 : powder Delayed resolution: no

Tylose MHS 150009 P4 : high etherification Thickening effect: medium

Tylose MHS 150009 P4 particle size: fine powder Viscosity level: 150000 mPas

Moisture of Tylose MHS 150009 P4 : 6%

NaCl content of Tylose MHS 150009 P4 : ≤ 1.5%

Particle size of Tylose MHS 150009 P4 : <125um: min. 85% Particle size of Tylose MHS 150009 P4 : <100um: min. 70% Viscosity of Tylose MHS 150009 P4 : 5600-8000 mPas Tylose MHS 150009 P4 Brookfield RV, 20rpM, 1.0%, 20 ° C, 20 ° GH Tylose MHS 150009 P4 Used in gypsum based plasters. Tylose MHS 150009 P4 Thin layer plasters are used based on gypsum. Used in Tylose MHS 150009 P4 Gypsum-Lime-Plasters. Tylose MHS 150009 P4 is used in tile adhesives. Tylose MHS 150009 P4 Technical data sheet Application performance Application performance Consistent development of Tylose MHS 150009 P4 : fast Water retention: very high Final consistency of Tylose MHS 150009 P4 : moderate Effect on cement hydration: medium Tylose MHS 150009 P4 sag resistance: medium Heat stability: high Tylose MHS 150009 P4 Water demand: high Tylose MHS 150009 P4 long-term storage (> 1 year). Tylose absorbs water from moist air. Tylose MHS 150009 P4 After opening, the container should be closed and kept tightly closed. Tylose MHS 150009 P4 is supplied in multi-layer paper bags with a polyethylene interlayer and / or big bags. Tylose MHS 150009 P4 is a water soluble substance. Tylose MHS 150009 P4 is non-ionic. Tylose MHS 150009 P4 is highly etherified. Tylose MHS 150009 P4 is a modified methyl hydroxyethyl cellulose powder. Tylose MHS 150009 P4 provides very fast consistency development, high water demand, water retention and heat stability, and an effect on moderate sag resistance and cement hydration. Consisting of methyl hydroxyethyl cellulose (MHEC), this Tylose MHS 150009 P4 grade is ideal for use in block flooring adhesives and gypsum mounting binders and spray plasters. Tylose MHS 150009 P4 grades – water soluble, non-ionic, highly etherified methyl hydroxyethyl cellulose..Tylose MHS 150009 P4 Application Performance.Tylose MHS 150009 P4 Used in building materials. Consistency improvement of Tylose MHS 150009 P4 : very fast Tylose MHS 150009 P4 Final consistency: medium.Tylose Tylose MHS 150009 P4 Packaging, Storage, Safety instructions Packaging, Storage, Safety instructions Tylose MHS 150009 P4

Tylose MHS 150009 P4 Like all fine organic matter, Tylose MHS 150009 P4 poses a dust explosion hazard. Deposits should be kept to a minimum so that no sediment / air mixture is formed. Tylose MHS 150009 P4 Sources of ignition: bare flames, hot surfaces, sparks and static electricity should be avoided. Tylose MHS 150009 P4 begins to decompose about 200 ° C. Ignition temperature> 360 ° C. Tylose MHS 150009 P4 easily burns and a fire could occur. Tylose MHS 150009 P4 should be stored for a long time when stored in closed containers or Tylose MHS 150009 P4 in its original packaging in a dry place at room temperature. In case of high viscosity grades, a slow loss of viscosity

TYLOSE MHS 150009 P4

Tylose MHS 150009 P4

Tylose MHS 150009 P4 Application Performance.Tylose MHS 150009 P4 Used in building materials. Consistency improvement of Tylose MHS 150009 P4 : very fast Tylose MHS 150009 P4 Final consistency: medium. Deposits should be kept to a minimum so that no sediment / air mixture is formed. Tylose MHS 150009 P4 Sources of ignition: bare flames, hot surfaces, sparks and static electricity should be avoided. Tylose MHS 150009 P4 begins to decompose about 200 ° C. Ignition temperature> 360 ° C. Tylose MHS 150009 P4 easily burns and a fire could occur. Tylose MHS 150009 P4 should be stored for a long time when stored in closed containers or Tylose MHS 150009 P4 in its original packaging in a dry place at room temperature. This type of Tylose MHS 150009 P4 is ideal for use in block flooring adhesives and gypsum mounting binders and spray plasters. Tylose MHS 150009 P4 for applications such as construction and ceramic coatings and paints, including water soluble cellulose ethers – methyl hydroxyethyl cellulose (MHEC), methyl hydroxypropyl cellulose (MHPC) and hydroxyethyl cellulose (HEC) under the trade name Tylose MHS 150009 P4 . Tylose MHS 150009 P4 is a water soluble substance. Tylose MHS 150009 P4 is non-ionic. Tylose MHS 150009 P4 is highly etherified. Tylose MHS 150009 P4 is a modified methyl hydroxyethyl cellulose powder. Tylose MHS 150009 P4 provides very fast consistency development, high water demand, water retention and heat stability, and an effect on moderate sag resistance and cement hydration. Consisting of methyl hydroxyethyl cellulose (MHEC), this Tylose MHS 150009 P4 grade is ideal for use in block floor adhesives and gypsum mounting binders and spray plasters. Tylose MHS 150009 P4 grades – water soluble, nonionic, highly etherified methyl hydroxyethyl cellulose. Tylose MHS 150009 P4 Like all fine organic matter, Tylose MHS 150009 P4 poses a dust explosion hazard. Tylose MHS 150009 P4 provides very fast consistency development, high water demand, water retention and heat stability, and an effect on moderate sag resistance and cement hydration. Consisting of methyl hydroxyethyl cellulose (MHEC), this Tylose MHS 150009 P4 grade is ideal for use in block flooring adhesives and gypsum mounting binders and spray plasters. Tylose MHS 150009 P4 grades – water soluble, non-ionic, highly etherified methyl hydroxyethyl cellulose..

Tylose MHS 150009 P4

Technical data sheet Tylose MHS 150009 P4 OOH CH, CH2, CH3

Tylose MHS 150009 P4 Brookfield RV, 20rpM, 1.0%, 20 ° C, 20 ° GH

Tylose MHS 150009 P4 Used in gypsum based plasters.

Tylose MHS 150009 P4 Thin layer plasters are used based on gypsum. Used in Tylose MHS 150009 P4 Gypsum-Lime-Plasters.

Tylose MHS 150009 P4 is used in tile adhesives.

Tylose MHS 150009 P4

Technical data sheet

Consistent development of Tylose MHS 150009 P4 : fast Water retention: very high

Tylose MHS 150009 P4 Product features

Constitution: Methylhydroxyethyl cellulose modified

The appearance of Tylose MHS 150009 P4 : powder Delayed resolution: no

Tylose MHS 150009 P4 : high etherification Thickening effect: medium

Tylose MHS 150009 P4 particle size: fine powder Viscosity level: 150000 mPas

Moisture of Tylose MHS 150009 P4 : 6%

NaCl content of Tylose MHS 150009 P4 : ≤ 1.5%

Particle size of Tylose MHS 150009 P4 : <125um: min. 85% Particle size of Tylose MHS 150009 P4 : <100um: min. 70% Viscosity of Tylose MHS 150009 P4 : 5600-8000 mPas Final consistency of Tylose MHS 150009 P4 : moderate Effect on cement hydration: medium Tylose MHS 150009 P4 sag resistance: medium Heat stability: high Tylose MHS 150009 P4 Water demand: high Tylose MHS 150009 P4 Packaging, Storage, Safety instructions Packaging, Storage, Safety instructions Tylose MHS 150009 P4 Tylose MHS 150009 P4 Like all fine organic matter, Tylose MHS 150009 P4 poses a dust explosion hazard. Deposits should be kept to a minimum so that no sediment / air mixture is formed. Tylose MHS 150009 P4 Sources of ignition: bare flames, hot surfaces, sparks and static electricity should be avoided. Tylose MHS 150009 P4 begins to decompose about 200 ° C. Ignition temperature> 360 ° C. Tylose MHS 150009 P4 easily burns and a fire could occur. Tylose MHS 150009 P4 should be stored for a long time when stored in closed containers or Tylose MHS 150009 P4 in its original packaging in a dry place at room temperature. In case of high viscosity grades, a slow loss of viscosity

long-term storage (> 1 year). Tylose absorbs water from moist air. Tylose MHS 150009 P4 After opening, the container should be closed and kept tightly closed. Tylose MHS 150009 P4 is supplied in multi-layer paper bags with a polyethylene interlayer and / or big bags. Tylose MHS 150009 P4 is a water soluble substance. Tylose MHS 150009 P4 is non-ionic. Tylose MHS 150009 P4 is highly etherified. Tylose MHS 150009 P4 is a modified methyl hydroxyethyl cellulose powder. Tylose MHS 150009 P4 provides very fast consistency development, high water demand, water retention and heat stability, and an effect on moderate sag resistance and cement hydration. Consisting of methyl hydroxyethyl cellulose (MHEC), this Tylose MHS 150009 P4 grade is ideal for use in block flooring adhesives and gypsum mounting binders and spray plasters. Tylose MHS 150009 P4 grades – water soluble, non-ionic, highly etherified methyl hydroxyethyl cellulose..Tylose MHS 150009 P4 Application Performance.Tylose MHS 150009 P4 Used in building materials. Consistency improvement of Tylose MHS 150009 P4 : very fast Tylose MHS 150009 P4 Final consistency: medium.

Tylose MHS 150009 P4

Product Properties

Constitution: Methyl hydroxyethyl cellulose modified

Appearance: powder

Etherification: high

Particle size: fine powder

Delayed solubility: no

Level of viscosity:

according to Höppler 15000 mPa•s

Tylose® MHS grades – water soluble, non-ionic, highly etherified methyl hydroxyethyl cellulose

Application Performance

Building Materials

Consistency development: very fast

Final consistency: moderate

Sag resistance: moderate

Water demand: high

Water retention: very high

Influence on cement hydration: moderate

Heat stability: high

Recommended Fields Of Application

Building Materials

Block laying adhesive

Gypsum mounting binder

Gypsum spray plaster

Nomenclature Information

MHS 150003 P4 Sag resistance: medium.Tylose MHS 150009 P4 Water demand: high.Tylose MHS 150009 P4 Water retention: very high.Tylose MHS 150009 P4 Effect on cement hydration: medium.Tylose MHS 150009 P4 Heat stability: high.Tylose MHS 150009 P4 Recommended Application Areas. Tylose MHS 150009 P4 is used in building materials.

Tylose MHS 150009 P4

TYLOSE MH 150003 P4 Physical State: Free Powder

TYLOSE MH 150003 P4 Humidity: ≤ 6%

TYLOSE MH 150003 P4 NaCl content: ≤ 1.5%

TYLOSE MH 150003 P4 Grain size: <100μm: min. 90% TYLOSE MH 150003 P4 Grain size: <63μm: min. 65% Tylose MHS 150009 P4 Properties: Methyl hydroxyethyl cellulose modified Tylose MHS 150009 P4 Appearance: powder Tylose MHS 150009 P4 Etherification: High Tylose MHS 150009 P4 Particle size: fine powder Tylose MHS 150009 P4 Delayed resolution: no Tylose MHS 150009 P4 Viscosity level: according to Höppler 15000 mPa s Tylose MHS 150009 P4 is soluble in water, Tylose MHS 150009 P4 nonionic, highly etherified methyl hydroxyethyl cellulose Tylose MHS 150009 P4 Application Performance Tylose MHS 150009 P4 Used in building materials. Consistency improvement of Tylose MHS 150009 P4 : very fast Tylose MHS 150009 P4 Final consistency: medium Tylose MHS 150009 P4 Sag resistance: medium Tylose MHS 150009 P4 Water demand: high Tylose MHS 150009 P4 Water retention: very high Tylose MHS 150009 P4 Effect on cement hydration: medium Tylose MHS 150009 P4 Heat stability: high Tylose MHS 150009 P4 Recommended Application Areas Tylose MHS 150009 P4 Used in building materials. Tylose MHS 150009 P4 is used as block flooring adhesive. Tylose MHS 150009 P4 Used as plaster mounting binders. Tylose MHS 150009 P4 is used in plaster spray plaster. Nomenclature Information Gypsum Based Hand and Machine Plasters Product Name Chemical Description Uses Type MH Tylose MHS 150009 P4 Packaging, Storage, Safety instructions Packaging, Storage, Safety instructions Tylose MHS 150009 P4 Tylose MHS 150009 P4 begins to decompose about 200 ° C. Ignition temperature> 360 ° C. Tylose MHS 150009 P4 easily burns and a fire could occur. Tylose MHS 150009 P4 should be stored for a long time when stored in closed containers or Tylose MHS 150009 P4 in its original packaging in a dry place at room temperature. In case of high viscosity grades, a slow loss of viscosity. Long-term storage (> 1 year). Tylose absorbs water from moist air. Tylose MHS 150009 P4 After opening, the container should be closed and kept tightly closed. Tylose MHS 150009 P4 is supplied in multi-layer paper bags with a polyethylene interlayer and / or big bags. Tylose MHS 150009 P4 is a water soluble substance. Tylose MHS 150009 P4 is non-ionic. Tylose MHS 150009 P4 is highly etherified. Tylose MHS 150009 P4 should be stored for a long time when stored in closed containers or Tylose MHS 150009 P4 in its original packaging in a dry place at room temperature. In case of high viscosity grades, a slow loss of viscosity long-term storage (> 1 year). Tylose absorbs water from moist air. Tylose MHS 150009 P4 After opening, the container should be closed and kept tightly closed. Tylose MHS 150009 P4 is supplied in multi-layer paper bags with a polyethylene interlayer and / or big bags. Tylose MHS 150009 P4 is a water soluble substance. Tylose MHS 150009 P4 is non-ionic. Tylose MHS 150009 P4 is highly etherified. Tylose MHS 150009 P4 is a modified methyl hydroxyethyl cellulose powder. Tylose MHS 150009 P4 is a modified methyl hydroxyethyl cellulose powder. Tylose MHS 150009 P4 provides very fast consistency development, high water demand, water retention and heat stability, and an effect on moderate sag resistance and cement hydration. Consisting of methyl hydroxyethyl cellulose (MHEC), this Tylose MHS 150009 P4 grade is ideal for use in block flooring adhesives and gypsum mounting binders and spray plasters. Tylose MHS 150009 P4 grades – water soluble, nonionic, highly etherified methyl hydroxyethyl cellulose..Tylose MHS 150009 P4 Application Performance.Tylose MHS 150009 P4 Used in building materials. Consistency improvement of Tylose MHS 150009 P4 : very fast. 150003 P4 Final consistency: medium Tylose MHS 150009 P4 Sagging resistance: medium.Tylose MHS 150009 P4 Water demand: high.Tylose MHS 150009 P4 Water retention: very high Tylose MHS 150009 P4 Effect on cement hydration: medium.Tylose MHS 150009 P4 Heat Tylose MHS 150009 P4 Recommended Application Areas Tylose MHS 150009 P4 Used in building materials Tylose MHS 150009 P4 Like all fine organic materials, Tylose MHS 150009 P4 poses a dust explosion hazard. Deposits should be kept to a minimum so that no sediment / air mixture is formed. Tylose MHS 150009 P4 Sources of ignition: bare flames, hot surfaces, sparks and static electricity should be avoided.

Gypsum Based Hand and Machine Plasters

Product Name Chemical Description Uses

TYLOSE MH 10.001 P4 Methyl Hydroxy Ethyl Cellulose Höppler falling ball viscometer 10.000 mPas Decorative mineral based plasters, Smooth block adhesives, Tile adhesives, Exterior coating and insulation systems

TYLOSE MH 10.007 P4 Methyl Hydroxy Ethyl Cellulose Höppler falling ball viscometer 10.000 mPas Decorative mineral based plasters, Smooth block adhesives, Tile adhesives, Exterior coating and insulation systems

TYLOSE MH 15.000 P4 Methyl Hydroxy Ethyl Cellulose Höppler falling ball viscometer 15.000 mPas Ready-mixed concrete joint fillers, Tile adhesives Exterior coating and insulation systems, Gypsum-based joint compounds, Insulation Plasters

TYLOSE MH 15.002 P6 Methyl Hydroxy Ethyl Cellulose Höppler falling ball viscometer 15.000 mPas Cement-lime based plaster, Gypsum-Lime based plaster, Smooth bl

Y Delayed solubility products

H Hydroxyethyl 30000 K Readily soluble granules

O Hydroxypropyl 15000 N non-delayed solubility products

A Allyl 10000 (only for Tylose H grades) *

X Hydrophobe 6000

etherification 4000 Degree of particle size

2000 Types of granules:

Tylose MHS 150009 P4 kapalı kaplarda veya orijinal ambalajında oda sıcaklığında kuru bir yerde saklandığında,

uzun süre saklanmalıdır. Yüksek viskozite dereceleri durumunda, yavaş bir viskozite kaybı

uzun süreli depolama (> 1 yıl). Tylose suyu nemli havadan emer. Açıldıktan sonra kap kapatılmalı ve

sıkıca kapalı tutulur.

of Tylose MHS 150009 P4 polietilen ara tabakalı çok katlı kağıt torbalarda ve / veya büyük torbalarda tedarik edilmektedir.

Tylose MHS 150009 P4

Tylose MHS 150009 P4 Özellikleri

: Metil hidroksietil selüloz modifiye

Tylose MHS 150009 P4 Görünüm: toz

Tylose MHS 150009 P4 Eterifikasyonun: Yüksek

Tylose MHS 150009 P4 Partikül boyutu: ince toz

Tylose MHS 150009 P4 Gecikmiş çözünürlük: hayır

Tylose MHS 150009 P4 Viskozite seviyesi:

Höppler 15000 mPa • s uyarınca

Tylose MHS 150009 P4 suda çözünür,

tylose MHS 150009 P4 iyonik olmayan, yüksek oranda eterlenmiş metil hidroksietil selüloz

Uygulama Performansı

Yapı malzemeleri

Tutarlılık gelişimi: çok hızlı

Son tutarlılık: orta

Sarkma direnci: orta

Su talebi: yüksek

Su tutma: çok yüksek

Çimento hidrasyonuna etkisi: orta

Isı stabilitesi: yüksek

Önerilen Uygulama Alanları

Yapı malzemeleri

Blok döşeme yapıştırıcısı

Alçı montaj binderleri

Alçı sprey sıva

İsimlendirme Bilgileri

Eter tipi Viskozite seviyesi Kimyasal arıtma

M Metil 60000

Viskozite seviyesi

dayanır

Hoeppler:% 2

çözümü

ticari ürün

% 5 nem ile

içerik, 20ºC,

20º dH

Alçı Esaslı El ve Makine Sıvaları

Ürün Adı Kimyasal Tanım Kullanım Alanları

MH yazın

Alçı Esaslı El ve Makine Sıvaları

Ürün Adı Kimyasal Tanım Kullanım Alanları

TYLOSE MH 10.001 P4 Metil Hidroksi Etil Selüloz Höppler düşen bilyalı viskozimetre 10.000 mPas Dekoratif mineral esaslı sıvalar, Pürüzsüz blok yapıştırıcılar, Fayans yapıştırıcıları, Dış cephe kaplama ve yalıtım sistemleri

TYLOSE MH 10.007 P4 Metil Hidroksi Etil Selüloz Höppler düşen bilyalı viskozimetre 10.000 mPas Dekoratif mineral esaslı sıvalar, Pürüzsüz blok yapıştırıcılar, Fayans yapıştırıcılar, Dış cephe kaplama ve yalıtım sistemleri

TYLOSE MH 15.000 P4 Metil Hidroksi Etil Selüloz Höppler düşen bilyalı viskozimetre 15.000 mPas Hazır beton derz dolguları, Fayans yapıştırıcıları Dış kaplama ve yalıtım sistemleri, Alçı bazlı derz bileşikleri, İzolasyon Sıvaları

TYLOSE MH 2.000 YP2 Metil Hidroksi Etil Selüloz Höppler düşen bilyalı viskozimetre 2.000 mPas Çimento bazlı şap sıva, Onarım sıvaları, Çimento bazlı sıvalar

TYLOSE MH 30.000 P4 Metil Hidroksi Etil Selüloz Höppler düşen bilyalı viskozimetre 30.000 mPas Çimento Esaslı sıva bileşikleri, Duvar Harçları, Hazır beton derz dolgu, Çimento bazlı boyalar

TYLOSE MH 6.000 YP4 Metil Hidroksi Etil Selüloz Höppler düşen bilyalı viskozimetre 6.000 mPas Çimento bazlı şap sıva, Çimento bazlı Sıva bileşikleri Dekoratif yüzey kaplamaları

TYLOSE MH 60.004 P6 Metil Hidroksi Etil Selüloz Höppler düşen bilye viskozimetresi 60.000 mPas. Fayans yapıştırıcıları, çimento esaslı el sıvaları, çimento kireç esaslı sıvalar, alçı esaslı sıvalar.

TYLOSE MH 60.027 P6 Metil Hidroksi Etil Selüloz Höppler düşen bilye viskozimetresi 60.000 mPas. Fayans yapıştırıcıları, çimento esaslı el sıvaları, çimento kireç esaslı sıvalar, alçı esaslı sıvalar.

TYLOSE MH 60.028 P6 Metil Hidroksi Etil Selüloz Höppler düşen bilye viskozimetresi 60.000 mPas. Fayans yapıştırıcıları, çimento esaslı el sıvaları, çimento kireç esaslı sıvalar, alçı esaslı sıvalar ve mantolama ürünleri.

TYLOSE MH 150009 P4 Metil Hidroksi Etil Selüloz.

TYLOSE MH 150009 P4 Fiziksel Hali : Serbest Toz

TYLOSE MH 150009 P4 Nem: ≤% 6

TYLOSE MH 150009 P4 NaCl içeriği:≤ 1.5%

TYLOSE MH 150009 P4 Tane boyutu:<100μm: min. % 90 TYLOSE MH 150009 P4 Tane boyutu: <63μm: min. % 65 TYLOSE MH 150009 P4 Vizkozitesi Grade, Höppler falling ball viscometer 150.000 mPas(1.9% absolutely dry, 20°C, 20°GH) Range, Brookfield RV, 20 rpm, sp. 4 5600 - 8000 mPas(1,0% absolutely dry, 20°C, 20°GH) TYLOSE MH 150009 P4 Kullanım Alanları: Alçı esaslı el ve Makine sıvaları Alçı esaslı saten (İnce tabaka)sıvası Alçı-Kireç bazlı sıvalar Fayans yapıştırıcıları Tylose MHS 150009 P4 ayrışmaya başlar yaklaşık 200 ° C. Tutuşma sıcaklığı> 360 ° C’dir. Tylose MHS 150009 P4 kolayca yanar ve yangın çıkabilir. Tylose MHS 150009 P4 kapalı kaplarda veya Tylose MHS 150009 P4 orijinal ambalajında oda sıcaklığında kuru bir yerde saklandığında, uzun süre saklanmalıdır. Bu tip Tylose MHS 150009 P4 , blok döşeme yapıştırıcıları ve alçı montaj bağlayıcıları ve sprey sıvalarda kullanım için idealdir. Tylose MHS 150009 P4 inşaat ve seramik kaplamalar ve boyalar gibi uygulamalar için, Tylose MHS 150009 P4 ticari ismi altında suda çözünür selüloz eterler – metil hidroksietil selüloz (MHEC), metil hidroksipropil selüloz (MHPC) ve hidroksietil selüloz (HEC) dahil. Tylose MHS 150009 P4 Tylose MHS 150009 P4 , suda çözünür bir maddedir. Tylose MHS 150009 P4 iyonik değildir. Tylose MHS 150009 P4 yüksek derecede eterifiye edilmiştir. Tylose MHS 150009 P4 , modifiye edilmiş metil hidroksietil selüloz tozudur. Tylose MHS 150009 P4 , çok hızlı tutarlılık gelişimi, yüksek su talebi, su tutma ve ısı stabilitesi ve orta derecede sarkma direnci ve çimento hidrasyonu üzerinde etki sağlar. Metil hidroksietil selülozdan (MHEC) oluşan bu Tylose MHS 150009 P4 sınıfı, blok döşeme yapıştırıcılarında ve alçı montaj bağlayıcılarında ve sprey sıvalarda kullanım için idealdir. Tylose MHS 150009 P4 sınıfları – suda çözünür, iyonik olmayan, yüksek oranda eterlenmiş metil hidroksietil selüloz. Tylose MHS 150009 P4 Tüm ince parçacık organik maddeler gibi, Tylose MHS 150009 P4 de toz patlaması tehlikesi oluşturur. Toz oluşumu hiçbir tortu / hava karışımı oluşmaması için tortular minimumda tutulmalıdır. Tylose MHS 150009 P4 Ateşleme kaynaklarıçıplak alev, sıcak yüzey, kıvılcım ve statik elektrikten kaçınılmalıdır.

Tylose MHS 150009 P4

Teknik veri sayfası Tylose MHS 150009 P4 OOH CH, CH2, CH3

Tylose MHS 150009 P4 Ürün özellikleri

Anayasa: Metilhidroksietil selüloz modifiye

Tylose MHS 150009 P4 ‘ün görünümü: toz Gecikmiş çözünürlük: hayır

Tylose MHS 150009 P4 : yüksek eterifikasyon Kalınlaşma etkisi: orta

Tylose MHS 150009 P4 partikül boyutu: ince toz Viskozite seviyesi: 150000 mPas

Tylose MHS 150009 P4 ‘ün nemi: ≤% 6

Tylose MHS 150009 P4 ‘ün NaCl içeriği: ≤% 1.5

Tylose MHS 150009 P4 ‘ün partikül büyüklüğü: <125um: min. % 85 Tylose MHS 150009 P4 'ün partikül büyüklüğü: <100um: min. % 70 Tylose MHS 150009 P4 'ün viskozitesi: 5600-8000 mPas Tylose MHS 150009 P4 Brookfield RV, 20rpM,% 1.0, 20 ° C, 20 ° GH Tylose MHS 150009 P4 Alçı bazlı sıvalarda kullanılır. Tylose MHS 150009 P4 İnce tabaka sıvalar, alçı esaslı kullanılır. Tylose MHS 150009 P4 Alçı-Kireç-Sıvalarında kullanılır. Tylose MHS 150009 P4 Fayans yapıştırıcılarında kullanılır. Tylose MHS 150009 P4 Tylose MHS 150009 P4 'ün tutarlı gelişimi: hızlı Su tutma: çok yüksek Tylose MHS 150009 P4 'ün nihai kıvamı: ılımlı Çimento hidrasyonuna etkisi: orta Tylose MHS 150009 P4 'ün sarkma direnci: orta Isı stabilitesi: yüksek Tylose MHS 150009 P4 Su talebi: yüksek Tylose MHS 150009 P4 Ambalaj, Depolama, Güvenlik talimatları Ambalaj, Depolama, Güvenlik talimatları Tylose MHS 150009 P4 Tylose MHS 150009 P4 Açıldıktan sonra kap kapatılmalı ve sıkıca kapalı tutulur. Tylose MHS 150009 P4 polietilen ara tabakalı çok katlı kağıt torbalarda ve / veya büyük torbalarda tedarik edilmektedir. Tylose MHS 150009 P4 , suda çözünür bir maddedir. Tylose MHS 150009 P4 iyonik değildir. Tylose MHS 150009 P4 yüksek derecede eterifiye edilmiştir. Tylose MHS 150009 P4 , modifiye edilmiş metil hidroksietil selüloz tozudur. Tylose MHS 150009 P4 , çok hızlı tutarlılık gelişimi, yüksek su talebi, su tutma ve ısı stabilitesi ve orta derecede sarkma direnci ve çimento hidrasyonu üzerinde etki sağlar. Metil hidroksietil selülozdan (MHEC) oluşan bu Tylose MHS 150009 P4 sınıfı, blok döşeme yapıştırıcılarında ve alçı montaj bağlayıcılarında ve sprey sıvalarda kullanım için idealdir. Tylose MHS 150009 P4 sınıfları - suda çözünür, iyonik olmayan, yüksek oranda eterlenmiş metil hidroksietil selüloz..Tylose MHS 150009 P4 Uygulama Performansı.Tylose MHS 150009 P4 Yapı malzemelerinde kullanılır..Tylose MHS 150009 P4 'ün Tutarlılık gelişimi: çok hızlı.Tylose MHS 150009 P4 Son tutarlılık: orta.Tylose MHS 150009 P4 Sarkma direnci: orta.Tylose MHS 150009 P4 Su talebi: yüksek.Tylose MHS 150009 P4 Su tutma: çok yüksek.Tylose MHS 150009 P4 Çimento hidrasyonuna etkisi: orta.Tylose MHS 150009 P4 Isı stabilitesi: yüksek.Tylose MHS 150009 P4 Önerilen Uygulama Alanları.Tylose MHS 150009 P4 Yapı malzemelerinde kullanılır. Tylose MHS 150009 P4 Tüm ince parçacık organik maddeler gibi, Tylose MHS 150009 P4 de toz patlaması tehlikesi oluşturur. Toz oluşumu hiçbir tortu / hava karışımı oluşmaması için tortular minimumda tutulmalıdır. Tylose MHS 150009 P4 Ateşleme kaynaklarıçıplak alev, sıcak yüzey, kıvılcım ve statik elektrikten kaçınılmalıdır. Tylose MHS 150009 P4 ayrışmaya başlar yaklaşık 200 ° C. Tutuşma sıcaklığı> 360 ° C’dir. Tylose MHS 150009 P4 kolayca yanar ve yangın çıkabilir. Tylose MHS 150009 P4 kapalı kaplarda veya Tylose MHS 150009 P4 orijinal ambalajında oda sıcaklığında kuru bir yerde saklandığında, uzun süre saklanmalıdır. Yüksek viskozite dereceleri durumunda, yavaş bir viskozite kaybı uzun süreli depolama (> 1 yıl). Tylose suyu nemli havadan emer.

Tylose MHS 150009 P4

TYLOSE MH 150003 P4 Fiziksel Hali : Serbest Toz

TYLOSE MH 150003 P4 Nem: ≤% 6

TYLOSE MH 150003 P4 NaCl içeriği:≤ 1.5%

TYLOSE MH 150003 P4 Tane boyutu:<100μm: min. % 90 TYLOSE MH 150003 P4 Tane boyutu: <63μm: min. % 65 Tylose MHS 150009 P4 Özellikleri : Metil hidroksietil selüloz modifiye Tylose MHS 150009 P4 Görünüm: toz Tylose MHS 150009 P4 Eterifikasyonun: Yüksek Tylose MHS 150009 P4 Partikül boyutu: ince toz Tylose MHS 150009 P4 Gecikmiş çözünürlük: hayır Tylose MHS 150009 P4 Viskozite seviyesi: Höppler 15000 mPa s uyarınca Tylose MHS 150009 P4 suda çözünür, Tylose MHS 150009 P4 iyonik olmayan, yüksek oranda eterlenmiş metil hidroksietil selüloz Tylose MHS 150009 P4 Uygulama Performansı Tylose MHS 150009 P4 Yapı malzemelerinde kullanılır. Tylose MHS 150009 P4 'ün Tutarlılık gelişimi: çok hızlı Tylose MHS 150009 P4 Son tutarlılık: orta Tylose MHS 150009 P4 Sarkma direnci: orta Tylose MHS 150009 P4 Su talebi: yüksek Tylose MHS 150009 P4 Su tutma: çok yüksek Tylose MHS 150009 P4 , modifiye edilmiş metil hidroksietil selüloz tozudur. Tylose MHS 150009 P4 , çok hızlı tutarlılık gelişimi, yüksek su talebi, su tutma ve ısı stabilitesi ve orta derecede sarkma direnci ve çimento hidrasyonu üzerinde etki sağlar. Metil hidroksietil selülozdan (MHEC) oluşan bu Tylose MHS 150009 P4 sınıfı, blok döşeme yapıştırıcılarında ve alçı montaj bağlayıcılarında ve sprey sıvalarda kullanım için idealdir. Tylose MHS 150009 P4 sınıfları - suda çözünür, iyonik olmayan, yüksek oranda eterlenmiş metil hidroksietil selüloz..Tylose MHS 150009 P4 Uygulama Performansı.Tylose MHS 150009 P4 Yapı malzemelerinde kullanılır..Tylose MHS 150009 P4 'ün Tutarlılık gelişimi: çok hızlı.Tylose MHS 150009 P4 Son tutarlılık: orta.Tylose MHS 150009 P4 Sarkma direnci: orta.Tylose MHS 150009 P4 Su talebi: yüksek.Tylose MHS 150009 P4 Su tutma: çok yüksek.Tylose MHS 150009 P4 Çimento hidrasyonuna etkisi: orta.Tylose MHS 150009 P4 Isı stabilitesi: yüksek.Tylose MHS 150009 P4 Önerilen Uygulama Alanları.Tylose MHS 150009 P4 Yapı malzemelerinde kullanılır.Tylose MHS 150009 P4 Tüm ince parçacık organik maddeler gibi, Tylose MHS 150009 P4 de toz patlaması tehlikesi oluşturur. Tylose MHS 150009 P4 Çimento hidrasyonuna etkisi: orta Tylose MHS 150009 P4 Isı stabilitesi: yüksek Tylose MHS 150009 P4 Önerilen Uygulama Alanları Tylose MHS 150009 P4 Yapı malzemelerinde kullanılır. Tylose MHS 150009 P4 Blok döşeme yapıştırıcısı olarak kullanılır. Tylose MHS 150009 P4 Alçı montaj binderleri olarak kullanılır. Tylose MHS 150009 P4 Alçı sprey sıvasında kullanılır. İsimlendirme Bilgil Alçı Esaslı El ve Makine Sıvaları Ürün Adı Kimyasal Tanım Kullanım Alanları MH yazın Tylose MHS 150009 P4 Ambalaj, Depolama, Güvenlik talimatları Ambalaj, Depolama, Güvenlik talimatları Tylose MHS 150009 P4 Toz oluşumu hiçbir tortu / hava karışımı oluşmaması için tortular minimumda tutulmalıdır. Tylose MHS 150009 P4 Ateşleme kaynaklarıçıplak alev, sıcak yüzey, kıvılcım ve statik elektrikten kaçınılmalıdır. Tylose MHS 150009 P4 ayrışmaya başlar yaklaşık 200 ° C. Tutuşma sıcaklığı> 360 ° C’dir. Tylose MHS 150009 P4 kolayca yanar ve yangın çıkabilir. Tylose MHS 150009 P4 kapalı kaplarda veya Tylose MHS 150009 P4 orijinal ambalajında oda sıcaklığında kuru bir yerde saklandığında, uzun süre saklanmalıdır. Yüksek viskozite dereceleri durumunda, yavaş bir viskozite kaybı zun süreli depolama (> 1 yıl). Tylose suyu nemli havadan emer. Tylose MHS 150009 P4 Açıldıktan sonra kap kapatılmalı ve sıkıca kapalı tutulur. Tylose MHS 150009 P4 polietilen ara tabakalı çok katlı kağıt torbalarda ve / veya büyük torbalarda tedarik edilmektedir. Tylose MHS 150009 P4 , suda çözünür bir maddedir. Tylose MHS 150009 P4 iyonik değildir. Tylose MHS 150009 P4 yüksek derecede eterifiye edilmiştir.

Alçı Esaslı El ve Makine Sıvaları

Ürün Adı Kimyasal Tanım Kullanım Alanları

TYLOSE MH 15.002 P6 Metil Hidroksi Etil Selüloz Höppler düşen bilyalı viskozimetre 15.000 mPas Çimento-kireç esaslı sıva, Alçı-Kireç esaslı sıva, Pürüzsüz blok yapıştırıcı, Dış Cephe Kaplama ve yalıtım sistemleri, ince tabaka sıva, Onarım sıva TYLOSE MH 2.000 YP2 Metil Hidroksi Etil Selüloz Höppler düşen bilyalı viskozimetre 2.000 mPas Çimento bazlı şap sıva, Onarım sıvaları, Çimento bazlı sıvalar

TYLOSE MH 6.000 YP4 Metil Hidroksi Etil Selüloz Höppler düşen bilyalı viskozimetre 6.000 mPas Çimento bazlı şap sıva, Çimento bazlı Sıva bileşikleri Dekoratif yüzey kaplamaları

TYLOSE MHS 150009 P4 Metil Hidroksi Etil Selüloz.

TYLOSE MHS 150009 P4 Fiziksel Hali : Serbest Toz

TYLOSE MHS 150009 P4 Nem: ≤% 6

TYLOSE MHS 150009 P4 NaCl içeriği:≤ 1.5%

TYLOSE MHS 150009 P4 Tane boyutu:<100μm: min. % 90 TYLOSE MHS 150009 P4 Tane boyutu: <63μm: min. % 65 TYLOSE MHS 150009 P4 Vizkozitesi Grade, Höppler falling ball viscometer 150.000 mPas(1.9% absolutely dry, 20°C, 20°GH) Range, Brookfield RV, 20 rpm, sp. 4 5600 - 8000 mPas(1,0% absolutely dry, 20°C, 20°GH) TYLOSE MHS 150009 P4 Kullanım Alanları: Alçı esaslı el ve Makine sıvaları Alçı esaslı saten (İnce tabaka)sıvası Alçı-Kireç bazlı sıvalar Fayans yapıştırıcıları Tylose MHS 150009 P4 Méthylhydroxyéthylcellulose MHEC similaire à Tylose MHS 150 000 P4 Description rapide Tylose MHS 150009 P4 Classification: Tylose MHS 150009 P4 Auxiliaires chimiques Tylose MHS 150009 P4 CAS No.: 9032-42-2 Tylose MHS 150009 P4 Autres Noms: Méthylhydroxyéthylcellulose; CELLULOSE, 2-hydroxyethylmethylether MF: C2H6O2xCH4Ox Tylose MHS 150009 P4 EINECS No.: 220-971-6 Tylose MHS 150009 P4 Pureté: 99.9% Tylose MHS 150009 P4 Point d'origine: Shanghai, China Tylose MHS 150009 P4 Type: Méthylhydroxyéthylcellulose Tylose MHS 150009 P4 Utilisation: additif de peinture, Produits chimiques pour papier, Adjuvants aux produits pétroliers, agent auxiliaire plastique, additif de textile, Produits chimiques de traitement de l'eau Tylose MHS 150009 P4 Marque nom: Honnête Tylose MHS 150009 P4 Numéro de Type: MF40000 Tylose MHS 150009 P4 Apparence: Poudre blanche Tylose MHS 150009 P4 Matériel: Coton raffinée ou bois Tylose MHS 150009 P4 Avantage: Vente directe d'usine Tylose MHS 150009 P4 Est une poudre ou des granules blancs, blancs jaunâtre ou gris-gris-blanc, c'est un éther de cellulose à base de méthylcellulose. Propriétés du Tylose MHS 150009 P4 Une. Stabilité à haute température B. prise de ciment plus lente, influence mineure sur le plâtre de gypse (économie de coûts: le dosage des retardateurs pourrait être abaissé, si utilisé) C. Rétention d'eau suffisante (dépendant de la viscosité) D. Bonne maniabilité globale Tylose MHS 150009 P4 peuvent être utilisés avec de nombreux additifs organiques et inorganiques comme la substance active de surface (Agents de liaison aérienne), agents d'entraînement d'air réactif accélérateur et autres polymères solubles dans l'eau (éthers d'amidon) Type MF40000 MF70000 Base chimique: Methylhydroxyrthyl cellulose Methylhydroxyrthyl cellulose Apparence Blanc à la poudre jaunâtre Blanc à la poudre jaunâtre Viscosité 34000-46000 zpm 60000 zpm Min L'humidité 8% Max 8% Max PH 5.0-7.5 5.0-7.5 Application de Tylose MHS 150009 P4 A, boue de plâtre à base de ciment; 1, améliorer l'uniformité, ce qui facilite le revêtement de boue de plâtre, tout en augmentant la capacité anti-affaissement. Améliorer la mobilité et la pompabilité, améliorant ainsi l'efficacité. 2, rétention d'eau élevée, peut prolonger les heures de travail du mortier, améliorer l'efficacité du travail, et aider à former un mortier dans la solidification de haute résistance mécanique. 3, contrôler l'infiltration d'air, éliminant ainsi les micro-fissures du revêtement, la surface lisse souhaitée est formée. B, boues de plâtre et produits en plâtre; 1, améliorer l'uniformité, ce qui facilite le revêtement de boue de plâtre, tout en augmentant la liquidité anti-affaissement et la capacité d'améliorer la pompabilité. Améliorer ainsi l'efficacité du travail. 2, la rétention d'eau élevée peut prolonger le temps de travail du mortier et la solidification produisent une résistance mécanique élevée. 3, en contrôlant la consistance de l'uniforme de mortier, un revêtement de haute qualité est formé. C, mortier de maçonnerie; 1, adhérence améliorée et surfaces de maçonnerie, et peut améliorer la rétention d'eau, la résistance améliorée du mortier. 2, améliorer le pouvoir lubrifiant et la plasticité pour améliorer la maniabilité, le mortier amélioré d'éther de cellulose de marque "security right" et une application plus facile pour gagner du temps et améliorer la rentabilité. 3, avec un modèle de rétention d'eau particulièrement élevé pour les carreaux très absorbants. D, charges de feuille; 1, excellente rétention d'eau, temps de refroidissement et de réglage prolongé et améliorer l'efficacité du travail. Haut pouvoir lubrifiant, rendant l'administration plus facile et plus lisse. 2, améliorer la résistance au rétrécissement et à la résistance aux fissures, améliorer la qualité de surface. 3, pour fournir la texture lisse et uniforme, et l'adhérence de surface engageante plus forte. E, adhésifs pour carreaux; 1, facile à mélanger les ingrédients secs mélangés, pas de grumeaux, ainsi gagner du temps de travail grâce à une utilisation plus rapide et plus efficace, pour améliorer la construction et réduire les coûts. 2, refroidir et régler en prolongeant le temps et améliorer l'efficacité du carrelage. Fournit d'excellents résultats d'adhérence. 3, fournit une résistance élevée au glissement des modèles particulièrement développés. F, dalle de béton extrudé; 1, facilité de travail améliorée des produits extrudés, avec une force d'adhérence et un pouvoir lubrifiant élevés. 2, améliorer la résistance à l'humidité et l'adhérence après l'extrusion de la feuille. Éthers de cellulose: La caractéristique la plus importante de ce produit chimique, qui a différents types tels que hpmc, mhec, sur le marché, est la rétention d'eau. Ils facilitent le processus de cardage en les développant, ils confèrent une résistance au glissement au mortier si l'on considère les différentes valeurs de viscosité dues à la modification issue de sa fabrication.Les propriétés sont également sélectionnées pour le produit souhaité en fonction des résultats des essais en temps ouvert et en traction. Nom du produit Description chimique Domaines d'utilisation TYLOSE MH 10.001 P4 Viscosimètre à bille tombante méthylhydroxyéthylcellulose Höppler 10.000 mPas Enduits décoratifs à base de minéraux, Adhésifs en blocs lisses, Adhésifs pour carreaux, Revêtements extérieurs et systèmes d'isolation TYLOSE MH 10,007 P4 Méthyl Hydroxy Ethyl Cellulose Höppler visquimètre à bille tombante 10 000 mPas Enduits décoratifs à base de minéraux, Adhésifs en blocs lisses, Adhésifs pour carreaux, Revêtements extérieurs et systèmes d'isolation Viscosimètre à bille tombante TYLOSE MH 15.000 P4 Methyl Hydroxy Ethyl Cellulose Höppler 15.000 mPas Enduit de jointoiement pour béton prêt à l'emploi, Adhésifs pour carrelage Systèmes de revêtement et d'isolation externes, Composés à base de gypse, Enduits isolants Viscosimètre à bille tombante TYLOSE MH 15.002 P6 méthylhydroxyéthylcellulose Höppler 15.000 mPas Enduits à base de ciment et de chaux, Enduits à base de gypse et de chaux, Adhésifs en blocs lisses, Systèmes de revêtement et d'isolation extérieurs, Enduits en couches minces, Enduits de réparation TYLOSE MH 2.000 YP2 Viscosimètre à bille tombante méthylhydroxyéthylcellulose Höppler 2.000 mPas Enduit de chape à base de ciment, Enduits de réparation, Enduits à base de ciment TYLOSE MH 30.000 P4 Méthyl Hydroxy Ethyl Cellulose Höppler visquimètre à bille tombante 30.000 mPas Enduits à base de ciment, mortiers de maçonnerie, coulis de béton prêt à l'emploi, peintures à base de ciment TYLOSE MH 6.000 YP4 Viscosimètre à bille tombante méthylhydroxyéthylcellulose Höppler 6.000 mPas Enduit de chape à base de ciment, Enduits à base de ciment Enduits décoratifs pour surfaces TYLOSE MH 60.004 P6 Viscosimètre à boule tombante méthylhydroxyéthylcellulose Höppler 60.000 mPas. Adhésifs pour carreaux, enduits à base de ciment appliqués à la main, enduits à base de chaux-ciment, enduits à base de gypse. TYLOSE MH 60.027 P6 Viscosimètre à boule tombante méthylhydroxyéthylcellulose Höppler 60.000 mPas. Adhésifs pour carreaux, enduits à base de ciment appliqués à la main, enduits à base de chaux-ciment, enduits à base de gypse. TYLOSE MH 60.028 P6 Viscosimètre à boule tombante méthylhydroxyéthylcellulose Höppler 60.000 mPas. Adhésifs pour carreaux, enduits à base de ciment appliqués à la main, enduits à base de chaux-ciment, enduits à base de gypse et produits de revêtement. Tylose MHS 150009 P4 Tylose MHS 150009 P4 est une poudre de méthylhydroxyéthylcellulose modifiée, non ionique, hautement ionique soluble dans l'eau.Tylose MHS 150009 P4 offre un développement de consistance très rapide, une demande en eau élevée, une rétention d'eau et une stabilité à la chaleur, ainsi qu'une résistance et une influence d'affaissement modérées. sur l'hydratation du ciment. Ce grade Tylose MHS 150009 P4 est idéal pour une utilisation dans les adhésifs de pose de blocs et les liants de montage de gypse et les enduits de pulvérisation. éthers de cellulose hydrosolubles sous le nom commercial Tylose® - y compris la méthylhydroxyéthylcellulose (MHEC), la méthylhydroxypropylcellulose (MHPC) et l'hydroxyéthylcellulose (HEC) - pour des applications telles que la construction et les revêtements et peintures céramiques. Tylose MHS 150009 P4 Fiche technique O OH CH, CH2, CH3 Propriétés du produit - Propriétés du Tylose MHS 150009 P4 Constitution: méthylhydroxyéthylcellulose modifiée Aspect de Tylose MHS 150009 P4: poudre Solubilité différée: non Ethérification de Tylose MHS 150009 P4: éthérification élevée Effet épaississant: modéré Taille des particules de Tylose MHS 150009 P4: poudre fine Niveau de viscosité: 150000 mPas selon Höppler Spécifications du produit Spécifications du produit de Tylose MHS 150009 P4 Domaines d'application recommandés Champs d'application recommandés Humidité de Tylose MHS 150009 P4: ≤ 6% Teneur en NaCl de Tylose MHS 150009 P4: ≤ 1,5% Taille des particules de Tylose MHS 150009 P4: <125 µm: min. 85% Taille des particules de Tylose MHS 150009 P4: <100 µm: min. 70% Viscosité du Tylose MHS 150009 P4: 5600 - 8000 mPas Brookfield RV, 20rpM, 1,0%, 20 ° C, 20 ° GH Enduits à base de gypse Enduits en couche mince, à base de gypse Enduits de plâtre et de chaux Adhésifs pour carreaux Tylose MHS 150009 P4 Fiche technique Performances des applications Performances des applications Développement de cohérence de Tylose MHS 150009 P4: rétention d'eau rapide: très élevé Consistance finale du Tylose MHS 150009 P4: modérée Influence sur l'hydratation du ciment: modérée Résistance à l'affaissement du Tylose MHS 150009 P4: modérée Stabilité thermique: élevée Demande en eau: élevée Emballage, stockage, Consignes de sécurité Emballage, stockage, Consignes de sécurité de Tylose MHS 150009 P4 Comme toutes les substances organiques à particules fines, le Tylose MHS 150009 P4 constitue un risque d'explosion de poussières. Formation de poussière et les dépôts doivent être réduits au minimum afin qu'aucun mélange inflammable poussière / air ne puisse se former. Sources d'inflammation telles car les flammes nues, les surfaces chaudes, les étincelles et l'électricité statique doivent être évitées. Tylose commence à se décomposer à environ 200 ° C. Sa température d'inflammation est> 360 ° C. de Tylose MHS 150009 P4 brûle facilement et le feu peut se propager.

Stocké dans des conteneurs fermés ou dans son emballage d’origine dans un endroit sec à température ambiante, le Tylose MHS 150009 P4 peut

être conservé longtemps. Dans le cas de grades à viscosité élevée, une perte de viscosité lente peut être mesurée après

stockage long (> 1 an). Tylose absorbe l’eau de l’air humide. Une fois ouvert, le contenant doit être refermé et

bien fermé.

de Tylose MHS 150009 P4 est fourni dans des sacs en papier multicouches avec une couche intermédiaire en polyéthylène et / ou dans des big bags.

Tylose® MHS 150009 P4

Propriétés du Tylose MHS 150009 P4

Constitution: méthylhydroxyéthylcellulose modifiée

Aspect: poudre

Ethérification: élevée

Taille des particules: poudre fine

Solubilité retardée: non

Niveau de viscosité:

selon Höppler 15000 mPa • s

Grades Tylose MHS – méthylhydroxyéthylcellulose hydrosoluble, non ionique et hautement éthérifiée

Performances des applications de Tylose MHS 150009 P4

Matériaux de construction

Développement de cohérence: très rapide

Consistance finale: modérée

Résistance à l’affaissement: modérée

Demande en eau: élevée

Rétention d’eau: très élevée

Influence sur l’hydratation du ciment: modérée

Stabilité thermique: élevée

Domaines d’application recommandés

Matériaux de construction

Adhésif de pose de blocs

Liant de montage en gypse

Enduit de pulvérisation de gypse

Informations sur la nomenclature

Type d’éther Niveau de viscosité Raffinement chimique

escom Chemie GmbH

TYLOSE MHS 150009 P4

Office

+49 171 9597560

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