HPMC por

A HPMC port lúgosítás után finomítják pamutból. Eteresítőszerként propilén-oxidot és metil-kloridot használ nem ionos cellulóz kevert éter előállítására egy sor reakció után. A Milestone Industrial Co. Ltd. 20 éves tapasztalattal rendelkezik a HPMC por gyártásában, professzionális laboratóriumokkal és műhelyekkel, valamint hatékony értékesítés utáni szolgáltatási garanciával. Testreszabhatja a különböző viszkozitású HPMC port az ügyfelek igényeinek megfelelően.

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termékleírás

HPMC por

HPMC por is refined from cotton after alkalization. It uses propylene oxide and methyl chloride as etherification agents to produce non-ionic cellulose mixed ether after a series of reactions. Milestone Industrial Co. Ltd. has 20 years of experience in the production of HPMC powder, with professional laboratories and workshops, and efficient after-sales service guarantee. It can customize HPMC por with different viscosities according to customer needs.

Termék név:	Hidroxi-propil-metil-cellulóz (HPMC)
Más nevek	Hipromellóz
Appreance	fehér por
CAS-szám	9004-65-3
EINECS-szám:	220-971-6
MF:	C12H20O10
Tisztaság:	99%

Felületi feszültség	4225-230	Hamutartalom	â ‰ ¤5%
Karbonizációs hőmérséklet	225-230 ° C	Víztartalom	â ‰ ¤5%
Termokróm hőmérséklet	190-200 ° C	PH érték	6,5-8,0
Bomló hőmérséklet	200 ° C	Fényáteresztés	â ‰ ¥ 80
Gél hőmérséklete (â „ƒ)	50-68 ° C	Fehérség	â ‰ ¥ 75
A hidroxipropil tartalma	9.0-12.0	Viszkozitás	100-200000 lehet custmized
A metoxi tartalma	24,0-30,0	Fitness	80-100List

HPMC por product features:

1. HPMC por is easily soluble in cold water, hot water will dissolve. Its gelation temperature in hot water is significantly higher than that of methyl cellulose. The dissolution in cold water is also much better than methyl cellulose.

2. The viscosity of HPMC por is related to the molecular weight. When the molecular weight is large, the viscosity is high. Temperature will also affect its viscosity, as the temperature increases, the viscosity decreases. But the high viscosity of HPMC por is lower than that of methyl cellulose.

3. The water retention capacity of HPMC por depends on its added amount, viscosity, etc.; the water retention rate is higher than that of methyl cellulose.

4. HPMC por is stable to acid and alkali, and its aqueous solution is stable in the range of pH = 2-12. Caustic soda and lime water have little effect on its performance, but alkali can accelerate its dissolution and slightly increase its viscosity. HPMC por is stable to ordinary salt, but when the concentration of the salt solution is high, the viscosity of the HPMC por solution tends to increase.

5. HPMC por can be mixed with water-soluble polymer to form a uniform and high viscosity solution. Such as polyvinyl alcohol, lake water powder ether, vegetable glue, etc.

6. HPMC por has better enzyme resistance than methyl cellulose, and the possibility of enzymatic degradation of its solution is lower than that of methyl cellulose.

7. The adhesion between HPMC por and mortar structure is higher than that of methyl cellulose.

HPMC por produced by MST is used in the fields of water-resistant putty powder, putty paste, tempered putty, paint glue and thermal insulation mortar.