Application of Hydroxypropyl Methylcellulose (HPMC) in Building Materials

 

Application of Hydroxypropyl Methylcellulose (HPMC) in Building Materials

1. Cement-based plaster

⑴ Improve uniformity, make plaster easier to apply, improve anti-sagging, enhance fluidity and pumpability, and improve work efficiency.

⑵ High water retention, extend the placement time of mortar, improve work efficiency, and facilitate the hydration and solidification of mortar to produce high mechanical strength.

⑶ Control the introduction of air to eliminate cracks on the coating surface and form an ideal smooth surface.

2. Gypsum-based plaster and gypsum products

⑴ Improve uniformity, make plaster easier to apply, improve anti-sagging, enhance fluidity and pumpability, and improve work efficiency.

⑵ High water retention, extend the placement time of mortar, improve work efficiency, and facilitate the hydration and solidification of mortar to produce high mechanical strength.

⑶ Control the consistency of mortar to form an ideal surface coating.

3. Masonry mortar

⑴ Hydroxypropyl methylcellulose manufacturers enhance the adhesion to the masonry surface, enhance water retention, and improve the strength of the mortar.

⑵ Improve lubricity and plasticity, improve construction performance; mortar improved with cellulose ether is easier to construct, saves construction time, and reduces construction costs.

⑶ Cellulose ether with extremely high water retention is suitable for highly absorbent floor tiles.

4. Board filler

⑴ Excellent water retention, extended open time, and improved work efficiency. High lubricant, easier to mix.

⑵ Improve shrinkage resistance and crack resistance, and improve the surface quality of the coating.

⑶ Improve the adhesion of the bonding surface and provide a smooth and smooth texture.

5. Tile adhesive

⑴ Easy to dry mix ingredients, no lumps, increase application speed, improve construction performance, save work time, and reduce work costs.

⑵ Improve tile efficiency by extending the open time and provide optimal adhesion.

6. Self-leveling floor materials

⑴ Provide viscosity and can be used as an anti-settling aid.

⑵ Enhance the pumpability of fluidity and improve the efficiency of floor paving.

⑶ Control water retention and shrinkage to reduce cracking and shrinkage of the floor.

7. Water-based coatings

⑴ Prevent solid precipitation and extend the shelf life of the product. High biological stability and excellent compatibility with other components.

⑵ Improve fluidity, provide good anti-splashing, anti-sagging and leveling properties, and ensure excellent surface finish.