HPMC building materials application

Hydroxypropyl Methylcellulose HPMC is High water retention properties which make cement fully hydrated, significantly increase bond strength, while appropriately increase tensile strength and shear strength, greatly improve the construction effect, improve work efficiency.

1. Building mortar, plastering mortar

High water retention properties make cement fully hydrated, significantly increase bond strength, while appropriately increase tensile strength and shear strength, greatly improve the construction effect, improve work efficiency.

2. Water resistant putty

The putty in cellulose ether is mainly bonded and lubricated from water, to avoid excessive dehydration caused by dehydration, and enhance the adhesion of putty, reduce the sagging phenomenon in the construction process, and the construction is more smooth.

3 gypsum series

In gypsum series products, cellulose ether mainly plays the role of water, thickening, lubrication, but also has the role of flame retardant, to solve the drum cracking construction process, the initial strength can not be extended, prolong the working time.

4. Interface proxy

Mainly used as thickener, it can improve tensile strength and shear strength, improve surface coating, and enhance adhesion and bond strength.

5. Exterior wall insulation mortar

Cellulose ether in this material plays a key role in bonding, increase the role of sand, will be easier to coating, improve work efficiency, at the same time anti-flow hanging effect, water retention performance is higher, can prolong the working time of mortar, improve sand control – shrinkage and resist turtle crack, improve surface quality, improve bond strength.

6.Ceramic tile adhesive

Higher water retention ability can eliminate the need for predipping or wetting tile and base, significantly improve the bonding strength, slurry can be made into a long and delicate, uniform and convenient structure, while having good anti-migration performance.

7. Caulking agent, grooving agent

The addition of cellulose ether gives it good edge adhesion, low shrinkage and high wear resistance, protects the substrate from mechanical damage and avoids the effect of infiltration throughout the building.

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