Unleash Superior Performance with HN-167T: The Advanced Silicone-Modified Styrene-Acrylic Emulsion for High Elastic Sealants, Durable Adhesives, and Resilient Coatings – Your Eco-Friendly Solution for Construction Excellence

Experience the next generation of construction materials with HN-167T, engineered for unparalleled flexibility, lasting durability, and strong adhesion. This eco-friendly, water-based polymer delivers high-performance solutions for sealants, adhesives, and coatings, ensuring superior results in every project.

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Product Advantages

Unmatched Elasticity & Durability

HN-167T ensures high elastic acrylic sealant emulsion performance, providing crucial flexibility and resilience for sealants and adhesives under dynamic stress, significantly enhancing product lifespan.

Eco-Friendly & Versatile

As a water-based polymer emulsion supplier, HN-167T offers an environmentally responsible solution with low VOC, making it easy to handle and suitable for a wide range of construction adhesive applications.

Superior Adhesion & Weather Resistance

Experience superior adhesion for construction grade sealants across diverse substrates like concrete, wood, and metal, combined with excellent weather-resistant emulsion properties against UV and moisture.

Key Applications

Construction Sealants

Ideal for high elastic sealants in construction, HN-167T provides flexible and durable solutions for sealing and joint applications, enhancing structural integrity.

Adhesive Formulations

Integrate HN-167T into your water-based acrylic adhesive formulations to achieve superior bonding strength across various materials, crucial for diverse manufacturing processes.

Protective Coatings

Develop durable acrylic coatings with enhanced weather resistance and flexibility, perfect for protecting surfaces in both indoor and demanding outdoor environments.

Building Repairs & Expansion Joints

Specifically designed for building repairs and expansion joints, this emulsion ensures long-lasting, flexible seals that accommodate movement and prevent material degradation.