TYLOSE MHB 3000 P2

CAS No.: 9032-42-2

Synonyms:
TYLOSE MHB 3000 P2; Tylose MHB 3000 P2; ; TYLOSE MHB 3000 P2; TYLOSEMHB 3000 P2; TYLOSE MHB3000 P2; TYLOSEMHB3000 P2; TYLOSE MHB 3000; TYLOSE MHB 3000-P2; Tylose mhb 3000 P2; TYLOSE MHB P2; Tylose MHB 3000 P2; Tylose Mhb 3000 P2; Tylose ; TYLOSE ; tylose ; MHb; H ;hs ; Hs ; 15000 ; Yüzbin ; 100bin ; YP2 ; YP ;yp ; Yp ; 2 ; Tylose H 15000 YP2 ; TYLOSE H 15000 YP 2 ; tylosehs 15000 yp 2 ; TYLOSE MHB 3000 P2; TYLOSEH 15000YP2 ; TYLOSEH 15000 YP2 ; TYLOSEH15000YP2 ; tylose h100000yp2 ; Tylose H15000YP2 diethanol disulfide, diethanol disulphide, bis(2-hydroxyethanol)disulfide ; 2-Hydroxyethyl cellulose ; Tylose mhb 3000 P2 ; 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; Tylose MHB 3000 P2; ; TYLOSE MHB 3000 P2; TYLOSEMHB 3000 P2; TYLOSE MHB3000 P2; TYLOSEMHB3000 P2; TYLOSE MHB 3000; TYLOSE MHB 3000-P2; Tylose mhb 3000 P2; TYLOSE MHB P2; Tylose MHB 3000 P2; Tylose Mhb 3000 P2; 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; Tylose MHB 3000 P2; ; TYLOSE MHB 3000 P2; TYLOSEMHB 3000 P2; TYLOSE MHB3000 P2; TYLOSEMHB3000 P2; TYLOSE MHB 3000; TYLOSE MHB 3000-P2; Tylose mhb 3000 P2; TYLOSE MHB P2; Tylose MHB 3000 P2; Tylose Mhb 3000 P2; 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; TYLOSE MHB 3000 P2; TYLOSEMHB 3000 P2; TYLOSE MHB3000 P2; TYLOSEMHB3000 P2; TYLOSE MHB 3000; TYLOSE MHB 3000-P2; Tylose mhb 3000 P2; TYLOSE MHB P2; Tylose MHB 3000 P2; Tylose Mhb 3000 P2; Tylose MHB 3000 P2; ; TYLOSE MHB 3000 P2; TYLOSEMHB 3000 P2; TYLOSE MHB3000 P2; TYLOSEMHB3000 P2; TYLOSE MHB 3000; TYLOSE MHB 3000-P2; Tylose mhb 3000 P2; TYLOSE MHB P2; Tylose MHB 3000 P2; Tylose Mhb 3000 P2; HYDROXYETHYL CELLULOSE ETHER; HESPAN; TYLOSE MHB-Y; NATROSOL 240JR; HYDROXYETHYL STARCH; CELLOSIZE WP; CELLOSIZE WP 300H; Tylose MHB 3000 P2; ; TYLOSE MHB 3000 P2; TYLOSEMHB 3000 P2; TYLOSE MHB3000 P2; TYLOSEMHB3000 P2; TYLOSE MHB 3000; TYLOSE MHB 3000-P2; Tylose mhb 3000 P2; TYLOSE MHB P2; Tylose MHB 3000 P2; Tylose Mhb 3000 P2;  2-HYDROXYETHYL CELLULOSE ETHER; BL 15; CELLOSIZE QP 4400; CELLOSIZE QP3; TYLOSE MB;CELLULOSE HYDROXY-ETHYLATE; CELLOSIZE WPO 9H17; CELLOSIZE 4400H16; Tylose MHB 3000 P2; ; TYLOSE MHB 3000 P2; TYLOSEMHB 3000 P2; TYLOSE MHB3000 P2; TYLOSEMHB3000 P2; TYLOSE MHB 3000; TYLOSE MHB 3000-P2; Tylose mhb 3000 P2; TYLOSE MHB P2; Tylose MHB 3000 P2; Tylose Mhb 3000 P2; Tylose MHB 3000 P2; ; TYLOSE MHB 3000 P2; TYLOSEMHB 3000 P2; TYLOSE MHB3000 P2; TYLOSEMHB3000 P2; TYLOSE MHB 3000; TYLOSE MHB 3000-P2; Tylose mhb 3000 P2; TYLOSE MHB P2; Tylose MHB 3000 P2; Tylose Mhb 3000 P2;  CELLULOSE HYDROXYETHYL ETHER; Hydroxyethyl Cellulose ();HEMC;Hymetellose;'Tylose'® MH 300;Hydroxythyl Methyl Cellulose;METHYL HYDROXYETHYL CELLULOSE;HYDROXYETHYL METHYL CELLULOSE;METHYL 2HYDROXYETHYLCELLULOSE;HydroxythylMethylCellulose (Hemc); HYDROETHYLMETHYL CELLULOSE (HEMC);Methyl Hydroxyethyl Cellulose ;Hydroxyl Ethyl Cellulose(HEC); ; TYLOSE MHB 3000 P2; TYLOSEMHB 3000 P2; TYLOSE MHB3000 P2; TYLOSEMHB3000 P2; TYLOSE MHB 3000; TYLOSE MHB 3000-P2; Tylose mhb 3000 P2; TYLOSE MHB P2; Tylose MHB 3000 P2; TYLOSEMHB3000 P2; TYLOSE MHB 3000; TYLOSE MHB 3000-P2; Tylose mhb 3000 P2; TYLOSE MHB P2; Tylose MHB 3000 P2; Tylose Mhb 3000 P2; Tylose MHB 3000 P2; ; TYLOSE MHB 3000 P2; TYLOSEMHB 3000 P2; TYLOSE MHB3000 P2; TYLOSEMHB3000 P2; TYLOSE MHB 3000; TYLOSE MHB 3000-P2; Tylose mhb 3000 P2; TYLOSE MHB P2; Tylose MHB 3000 P2; Tylose Mhb 3000 P2; HYDROXYETHYL CELLULOSE ETHER; HESPAN; TYLOSE MHB-Y; NATROSOL 240JR; HYDROXYETHYL STARCH; CELLOSIZE WP; CELLOSIZE WP 300H; Tylose MHB 3000 P2; ; TYLOSE MHB 3000 P2; TYLOSEMHB 3000 P2; TYLOSE MHB3000 P2; TYLOSEMHB3000 P2; TYLOSE MHB 3000; TYLOSE MHB 3000-P2; Tylose mhb 3000 P2; TYLOSE MHB P2; Tylose MHB 3000 P2; Tylose Mhb 3000 P2;  2-HYDROXYETHYL CELLULOSE ETHER; BL 15; CELLOSIZE QP 4400; CELLOSIZE QP3; TYLOSE MB;CELLULOSE HYDROXY-ETHYLATE; CELLOSIZE WPO 9H17; CELLOSIZE 4400H16; Tylose MHB 3000 P2; ; TYLOSE MHB 3000 P2; TYLOSEMHB 3000 P2; TYLOSE MHB3000 P2; TYLOSEMHB3000 P2; TYLOSE MHB 3000; TYLOSE MHB 3000-P2; Tylose mhb 3000 P2; TYLOSE MHB P2; Tylose MHB 3000 P2; Tylose Mhb 3000 P2; Tylose MHB 3000 P2; ; TYLOSE MHB 3000 P2; TYLOSEMHB 3000 P2; TYLOSE MHB3000 P2; TYLOSEMHB3000 P2; TYLOSE MHB 3000; TYLOSE MHB 3000-P2; Tylose mhb 3000 P2; TYLOSE MHB P2; Tylose Mhb 3000 P2; Hydroxyethyl Cellulose 100H (celocell 100h); TYLOSE MH-XP; NATROSOL 250HX; Natrosol; Daicel EP 500;HEC-Unicel; Tylose MHB 3000 P2; ; TYLOSE MHB 3000 P2; TYLOSEMHB 3000 P2; TYLOSE MHB3000 P2; TYLOSEMHB3000 P2; TYLOSE MHB 3000; TYLOSE MHB 3000-P2; Tylose mhb 3000 P2; TYLOSE MHB P2; Tylose MHB 3000 P2; Tylose Mhb 3000 P2;  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; Tylose MHB 3000 P2; ; TYLOSE MHB 3000 P2; TYLOSEMHB 3000 P2; TYLOSE MHB3000 P2; TYLOSEMHB3000 P2; TYLOSE MHB 3000; TYLOSE MHB 3000-P2; Tylose mhb 3000 P2; TYLOSE MHB P2; Tylose MHB 3000 P2; Tylose Mhb 3000 P2; SP 250 (cellulose);Hetastarch; Cellulose, ethers, 2-hydroxyethyl ether; Glutofix 600; FL 52; Fuji HEC-AX 15F; Tylose H 300P; Tylose MHB 3000 P2; ; TYLOSE MHB 3000 P2; TYLOSEMHB 3000 P2; TYLOSE MHB3000 P2; TYLOSEMHB3000 P2; TYLOSE MHB 3000; TYLOSE MHB 3000-P2; Tylose mhb 3000 P2; TYLOSE MHB P2; Tylose MHB 3000 P2; Tylose Mhb 3000 P2; 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; ; TYLOSE MHB 3000 P2; Tylose MHB 3000 P2; ; TYLOSE MHB 3000 P2; TYLOSEMHB 3000 P2; TYLOSE MHB3000 P2; TYLOSEMHB3000 P2; TYLOSE MHB 3000; TYLOSE MHB 3000-P2; Tylose mhb 3000 P2; TYLOSE MHB P2; Tylose MHB 3000 P2; Tylose Mhb 3000 P2;  TYLOSEMHB 3000 P2; TYLOSE MHB3000 P2; TYLOSEMHB3000 P2; TYLOSE MHB 3000; TYLOSE MHB 3000-P2; Tylose mhb 3000 P2; TYLOSE MHB P2; Tylose MHB 3000 P2; Tylose Mhb 3000 P2; polymer with oxirane ;; see;SE 850K; Tylomer H 20; Daicel SE 850K; TYLOSE MHB 3000; TYLOSE MHB 3000-P2; Tylose mhb 3000 P2; TYLOSE MHB P2; Tylose MHB 3000 P2; Tylose Mhb 3000 P2; 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; Tylose MHB 3000 P2; ; TYLOSE MHB 3000 P2; TYLOSEMHB 3000 P2; TYLOSE MHB3000 P2; TYLOSEMHB3000 P2; TYLOSE MHB 3000; TYLOSE MHB 3000-P2; Tylose mhb 3000 P2; TYLOSE MHB P2; Tylose MHB 3000 P2; Tylose Mhb 3000 P2; 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; Tylose MHB 3000 P2; ; TYLOSE MHB 3000 P2; TYLOSEMHB 3000 P2; TYLOSE MHB3000 P2; TYLOSEMHB3000 P2; TYLOSE MHB 3000; TYLOSE MHB 3000-P2; Tylose mhb 3000 P2; TYLOSE MHB P2; Tylose MHB 3000 P2; Tylose Mhb 3000 P2;  CELLOSIZE WP 400H; TYLOSE P; CELLULOSE, 2-HYDROXYETHYL ETHER; TYLOSE MH-K; NATROSOL 250HHR ;TYLOSE H 20 P2; THYLOSE H20 P2; TYLOSE H 20 P2; THYLOSE H20 P2; TYLOSE H20P2; TYLOSE H 20P2; Tylose MHB 3000 P2; ; TYLOSE MHB 3000 P2; TYLOSEMHB 3000 P2; TYLOSE MHB3000 P2; TYLOSEMHB3000 P2; TYLOSE MHB 3000; TYLOSE MHB 3000-P2; Tylose mhb 3000 P2; TYLOSE MHB P2; Tylose MHB 3000 P2; Tylose Mhb 3000 P2;  TIYLOSE H 20 P2; TIHYLOSE H 20 P2; TYLOSE MHB 3000 P2; TYLOSEMHB 3000 P2; TYLOSE MHB3000 P2; TYLOSEMHB3000 P2; TYLOSE MHB 3000; TYLOSE MHB 3000-P2; Tylose mhb 3000 P2; TYLOSE MHB P2; Tylose MHB 3000 P2; Tylose Mhb 3000 P2;

TYLOSE MHB 3000 P2
 
Metil hidroksi etil selüloz, Methyl hydroxyethyl cellusoze, 2-hidroksi metil ether
 
TYLOSE MHB 3000 P2 CAS Number: 9032-42-2
TYLOSE MHB 3000 P2 Decorative renders, mineral based
TYLOSE MHB 3000 P2 Tile adhesives, standard
TYLOSE MHB 3000 P2 Trowelling compounds, cement based
TYLOSE MHB 3000 P2 Grouts, cement based
TYLOSE MHB 3000 P2
TYLOSE MHB 3000 P2 Usage Areas:
In paint removers
Chafing fuel thickener
 
CELLULOSE ETER (HEC) HYDROXYETHYL CELLULOSE
TYLOSE MHB 3000 P2 is a nonionic cellulose ether that is produced using natural polymer cellulose as a raw material and through a series of etherization reactions.
 The high viscosity TYLOSE MHB 3000 P2 is mainly used as an adhesive for finishing and finishing fluids in oil drilling. Low viscosity TYLOSE MHB 3000 P2 is used as a liquid loss additive. Among the various solutions required for drilling, completion, cementing and crushing, TYLOSE MHB 3000 P2 provides good fluidity and stability to mud. TYLOSE MHB 3000 P2 is used as a binder, thickener, stabilizer and dispersant in toothpaste, detergent and cosmetic products. TYLOSE MHB 3000 P2 is used as a binder, thickener, stabilizer TYLOSE MHB 3000  and dispersant in toothpaste, detergent and cosmetic products. T YLOSE MHB 3000 P2 stabilizes the latex paint and increases the viscosity of the component. TYLOSE MHB 3000 P2 has good compatibility with other ingredients in the components such as pigments, excipients, fillers and salts. The high viscosity TYLOSE MHB 3000 P2 is mainly used as an adhesive for finishing and finishing fluids in oil drilling. TYLOSE MHB 3000 P2 Provides easy application with its shear strength and binding effect in products with its feature of holding water in its structure. TYLOSE MHB 3000 P2 Helps create movies. TYLOSE MHB 3000 P2 is used as a thickener in toothpaste, detergent and cosmetic products.
 
TYLOSE MHB 3000 P2 prevents the pigment from gelling in the latex paint composition, contributes to its dispersion, stabilizes the latex paint and increases the viscosity of the component. TYLOSE MHB 3000 P2 has good compatibility with other ingredients in the components such as pigments, excipients, fillers and salts.
When the pH of the TYLOSE MHB 3000 P2 water solution is between 2 and 12, the viscosity is stable. If TYLOSE MHB 3000 P2 exceeds this range, acidic or alkaline oxidative degradation will occur and viscosity will decrease. TYLOSE MHB 3000 P2 It has thickening feature. TYLOSE MHB 3000 P2 has the adhesive feature. TYLOSE MHB 3000 P2 has the ability to form dispersion. TYLOSE MHB 3000 P2 has film formation and suspension properties. The viscosity of the TYLOSE MHB 3000 P2 aqueous solution decreases as the temperature increases, and the viscosity can be recovered when the temperature drops to the original temperature. TYLOSE MHB 3000 P2 If there is no high salt concentration, when the solution is heated to boiling point, no gel or precipitate is formed; ie TYLOSE MHB 3000 P2 is very resistant to temperature.
TYLOSE MHB 3000 P2 aqueous solution is a nonionic system and can be used for other water soluble polymers, surfactants, salts, etc. can be found together with. Therefore TYLOSE MHB 3000 P2 is widely used in the daily chemical industry
 
TYLOSE MHB 3000 P2 is used as a binder in toothpaste, detergent and cosmetic products. TYLOSE MHB 3000 P2 is used as a thickener in toothpaste, detergent and cosmetic products. TYLOSE MHB 3000 P2 is used as a stabilizer in toothpaste, detergent and cosmetic products. TYLOSE MHB 3000 P2 is used as a dispenser in toothpaste, detergent and cosmetic products.
 
TYLOSE MHB 3000 P2
USAGE AREAS:
 
TYLOSE MHB 3000 P2 in the latex paint composition prevents the gel from gelling, contributes to its dispersion, stabilizes the latex paint and increases the viscosity of the component. TYLOSE MHB 3000 P2 has good compatibility with other materials such as pigments, auxiliary substances, fillers and salts in its components.
Coatings thickened with TYLOSE MHB 3000 P2 have good rheology at various cutting speeds and are pseudoplastic.
 
Machinability and leveling properties of TYLOSE MHB 3000 P2 are good: Brush, roller, spray and can be applied with other construction methods; it does not easily drip, sag or bounce.
 
TYLOSE MHB 3000 P2 Used in paint removers.
TYLOSE MHB 3000 P2 Used as chafing fuel thickener.

TYLOSE MHB 3000 P2 is used as a binder, thickener, stabilizer and dispersant in toothpaste, detergent and cosmetic products.

TYLOSE MHB 3000 P2 Provides easy application with its shear strength and binding effect in products with its feature of holding water in its structure.
High viscosity TYLOSE MHB 3000 P2 is mainly used as an adhesive for finishing and finishing fluids in oil drilling. Low viscosity TYLOSE MHB 3000 P2 is used as a fluid loss additive. Among the various solutions required for drilling, finishing, cementing and crushing, TYLOSE MHB 3000 P2 provides good fluidity and stability to the mud.
TYLOSE MHB 3000 P2 is used as binder, thickener, stabilizer and dispersant in toothpaste, detergent and cosmetic products.
 
TYLOSE MHB 3000 P2 provides easy application with its shear strength and binding effect in the products with its water retention feature.
TYLOSE MHB 3000 P2 helps to create movies.
 
TYLOSE MHB 3000 P2 FEATURES:
TYLOSE MHB 3000 P2 has thickening, bonding, dispersion, film formation and suspension properties.
 
When the pH of the TYLOSE MHB 3000 P2 water solution is between 2 and 12, the viscosity is stable. If TYLOSE MHB 3000 P2 exceeds this range, acidic or alkaline oxidative degradation occurs and viscosity decreases.
The viscosity of the TYLOSE MHB 3000 P2 aqueous solution decreases as the temperature increases, and viscosity can be recovered when the temperature drops to the original temperature. TYLOSE MHB 3000 P2 If there is no high salt concentration, no gel or precipitate forms when the solution is heated to the boiling point; so TYLOSE MHB 3000 P2 is very resistant to temperature.
 
TYLOSE MHB 3000 P2 aqueous solution is a nonionic system and can be used in other water-soluble polymers, surfactants, salts, etc. can be found with. For this reason, TYLOSE MHB 3000 P2 is widely used in the daily chemical industry.
 TYLOSE MHB 3000 P2 Has the feature of thickening. TYLOSE MHB 3000 P2 has the adhesive feature. TYLOSE MHB 3000 P2 has the ability to form dispersion. TYLOSE MHB 3000 P2 has film formation and suspension properties.

When the pH of the TYLOSE MHB 3000 P2 water solution is between 2 and 12, the viscosity is stable. If TYLOSE MHB 3000 P2 exceeds this range, acidic or alkaline oxidative degradation will occur and viscosity will decrease. TYLOSE MHB 3000 P2 has good workability and leveling properties: TYLOSE MHB 3000 P2 can be applied by brush, roller, spray and other construction methods; does not easily drip, sag or splash.

TYLOSE MHB 3000 P2 CAS Number is: 9032-42.

The viscosity of the TYLOSE MHB 3000 P2 aqueous solution decreases as the temperature increases, and the viscosity can be recovered when the temperature drops to the original temperature. TYLOSE MHB 3000 P2 If there is no high salt concentration, when the solution is heated to boiling point, no gel or precipitate is formed; ie TYLOSE MHB 3000 P2 is very resistant to temperature.
TYLOSE MHB 3000 P2 aqueous solution is a nonionic system and can be used for other water soluble polymers, surfactants, salts, etc. can be found together with. Therefore, TYLOSE MHB 3000 P2 is widely used in the daily chemical industry.
Methyl hydroxy ethyl cellulose, Methyl hydroxyethyl cellusoze, 2-hydroxy methyl ether
 TYLOSE MHB 3000 P2 is very resistant to temperature.