Modern construction demands more than just strength — it requires precision, performance, and reliability. Kingmax additives, including HPMC (Hydroxypropyl Methylcellulose), MHEC (Methyl Hydroxyethyl Cellulose), and RDP (Redispersible Polymer Powder), are designed to meet these evolving needs. As the backbone of high-quality building materials, Kingmax products enhance workability, improve adhesion, and ensure durability across a wide range of applications.
Enhancing Performance Across All Applications
From tile adhesives and wall putty to plasters and insulation mortars, Kingmax additives play a critical role in improving both the performance and consistency of construction materials. HPMC and MHEC improve water retention and open time, allowing for smoother application and better bonding. Meanwhile, RDP enhances flexibility and crack resistance, ensuring stronger and longer-lasting finishes.
Engineered for Quality and Stability
Each batch of Kingmax additives is manufactured under strict quality control using advanced technology and automated production lines. This ensures stable viscosity, uniform particle size, and high purity — key factors that guarantee consistent results in every formulation. Builders and manufacturers trust Kingmax because our materials deliver the same superior performance, batch after batch.
Supporting Sustainable Construction
Kingmax is committed to greener, more efficient building practices. Our cellulose ethers and polymer powders are designed to reduce material waste, optimize mixing efficiency, and improve overall durability — helping builders minimize environmental impact without compromising quality. Sustainable construction starts with reliable raw materials, and Kingmax leads the way.
Trusted Worldwide by Professionals
With a global distribution network and a reputation for reliability, Kingmax additives are trusted by manufacturers and contractors across multiple markets. Whether used in hot, humid regions or cold, dry environments, our additives maintain stable performance — supporting modern construction with strength, flexibility, and confidence.