Hydroxypropyl Methylcellulose
Hydroxypropyl Methylcellulose (HPMC) is a high-viscosity cellulose ether developed for construction and industrial applications. It provides excellent water retention, thickening, anti-sagging performance, adhesion, and smooth workability.
HPMC is widely used in mortar, putty powder, gypsum products, gunite, ceramic tile adhesives, thermal insulation mortar, plastering mortar, and selected daily-use chemical formulations.
40,000 · 60,000 · 80,000 · 100,000 · 150,000 · 200,000 mPa·s
Customized viscosity grades are available upon request.
Basic Physical Properties
- Appearance: Powdery
- Gel Temperature: 68–75°C
- Water Retention: ≥90%
Core Performance
- High water retention
- Anti-sagging performance
- Excellent workability
- Good consistency
- Strong weather resistance
Viscosity System
- Low viscosity grades
- Medium viscosity grades
- High viscosity grades
- Application-specific grades
- Customized specifications
Designed for Diverse Applications
HPMC provides reliable performance across multiple construction and industrial formulations.
Mortar
Improves water retention, workability, adhesion, consistency, and sag resistance.
Putty Powder
Enhances smoothness, adhesion, spreadability, water retention, and surface finishing.
Gypsum
Provides thickening, water retention, smooth application, and improved consistency.
Gunite
Supports cohesion, pumpability, water retention, anti-sagging, and weather resistance.
Ceramic Tile Adhesive
Provides high water retention, longer open time, strong adhesion, and anti-slip performance.
Daily Use Chemicals
Functions as a thickener and stabilizer in selected cosmetic, detergent, and personal care formulations.
Reliable Performance. Consistent Supply.
Our HPMC system combines multiple viscosity grades with strict quality control to provide consistent performance for both standard applications and large-scale industrial procurement.
