Basic Info.

Model NO.:HPMC

Classification:Chemical Additives

Appearance:Powder

Color:White

Type:Hydroxy Propyl Methyl Cellulose

Export Markets:Global

Additional Info.

Trademark:Apollo

Packing:25kg/Bag

Standard:ISO, SGS Test

Origin:China

HS Code:3412010000

Production Capacity:50000 Ton Per Monthly

Product Description

HPMC 
Hydroxypropyl Methyl Cellulose 
1, Brief introduction: 
Hydroxypropyl Methyl Cellulose ( HPMC ) and Methyl Cellulose is a natural polymer cellulose as raw material, made of a series of chemical processing and non-ionic cellulose ether. They are an odorless, tasteless non-toxic white powder in cold water swelling into a clear or slightly muddy colloid solution, A thickening, binding, dispersing, emulsifying, film, suspension, adsorption, gel, surface activity, such as maintaining water and protective colloid properties. 
Hydroxypropyl Methyl Cellulose, Methyl Cellulose can be applied to building materials, industrial coatings, synthetic resin, ceramic industry, medicine, food, textile, agricultural, cosmetic and other industries. 
2, Physical and chemical index: As below 
3, Building Materials Industry Application Guide 
3.1 External wall insulation system (EIFS) 
3.1. 1 Bond strength: Select the appropriate Headcel Hydrosypropy Methyl Cellulose can provide the greatest degree of high adhesive bond strength of mortar. 
3.1. 2 Performance: The use of distrib 
Ution method, add the Hydroxypropyl Methyl cellulose with Headcel mortar with the right consistency, not sagging in use, making the mortar easy to comb, coutinuous. Uninterrupted. 
3.1. 3 Water retention: The ability to easily wetted wall insulation, easy to paste and make other additional materials to achieve the best results. 
3.1. 4 Absorbent: Select the appropriate Headcel Hydroxypropyl Methyl Cellulose can minimize the air-entraining volume, lower water absorption of martar. 
3.2 Interior and exterior bonding agents pointing agent 
3.2. 1 Easy to mix, no agglomeration: Water in the mixing process, Headcel Hydroxypropyl Methyl Cellulose can significantly reduce friction in the dry powder to make it easier to mix, mixing time saving. 
3.2. 2 Excellent water retention: Headcel Hydroxypropyl Methyl Cellulose can significantly reduce the absorption of the water on the wall. Good water retention, one can ensure the cement compound with a longer time, on the other hand, can ensure that workes are able to carry out many of putty on the wall scrpe. 3.2. 3 Good consruction performance: High temperature environment Headcel Hydroxypropy Methyl Cellulose can still maintain a good water retention, it is suitable for construction in the summer or hot areas. 
3.2. 4 Increased water demand: Headcel Hydroxypropyl Methyl Cellulose putty materials significantly improve the water demand volume, on the one hand improve the putty on the wall of the operational time on the other hand, can increase add putty coating area, so that formula is more economical. 
3.3 Tile adhesive 
3.31 Water retention: Headcel Hydroxypropyl Methyl Cellulose can be Reduced by the substrte and the tile mortar smoke collection of water, the water retained in the binder as possible, making mortar coating after a long time remained adhesion. Significantly extend the opening hours, can work more people each coating area, to improve construction efficiency. 
3.32 Improve bond strength, improve anti-slip performance: Headcel Hydroxypropyl Methyl Cellulose grades, to ensure that the construction of tile will not fall, espeicially for heavy-duty porcelain brick, marble and other stone. 
3.33 Work performance: Headcel Hydroxypropyl Methyl Cellulose, significantly increased lubricity sand pulp of the work, so that is easy to sort out the steamed bread coated with mortar to improve efficiency. 
3.34 Improve the mortar wetting: Headcel Hydroxypropyl Methyl Cellulose to give mortar consistency, omprove mortar and tile and substrate wetting, improves the wet mortar bond strength, especially in high water-cement ratio formula. 
3.4 Crack Filler 
3.5Self-leveling mortar 
3.6 Gypsum-based plaster 
3.7 Ceramic Extrusion