In modern construction, adhesion is the foundation of durability and strength. Whether you’re formulating tile adhesives, skim coats, or repair mortars, the right combination of performance additives makes all the difference. Kingmax HPMC (Hydroxypropyl Methylcellulose) and RDP (Redispersible Polymer Powder) work hand in hand to deliver superior bonding power, flexibility, and consistency — ensuring every structure stands the test of time.
Enhanced Bond Strength for Reliable Results
Kingmax HPMC improves the water retention and workability of mortars, keeping the mixture stable and easy to apply. It allows for optimal hydration of cement particles, resulting in a stronger chemical bond between the substrate and adhesive. When combined with Kingmax RDP, the result is outstanding cohesion and long-lasting adhesion across all surfaces — from tiles and concrete to plaster walls.
Flexibility That Prevents Cracking
Construction materials often face stress from temperature changes, substrate movement, and load variations. Kingmax RDP enhances flexibility and elasticity, allowing mortars and adhesives to absorb these movements without cracking or detaching. This flexibility ensures structural integrity and reduces maintenance costs over time.
Consistency You Can Count On
Every batch of Kingmax HPMC and RDP is produced under precise process control and strict quality standards. The result is consistent viscosity, purity, and performance — critical for maintaining stable formulation results in industrial-scale production. Manufacturers trust Kingmax because our additives perform the same way, every time.
Proven Performance Across Applications
From tile adhesives and plasters to EIFS systems and repair mortars, Kingmax additives ensure strong adhesion, smooth application, and durable results. Builders worldwide rely on our cellulose ethers and polymer powders to deliver professional-quality performance that enhances both efficiency and end results.
Kingmax HPMC and RDP — the perfect combination for stronger adhesion, superior flexibility, and lasting construction strength.