Adhesives for DoorsGlobal Adhesives Manufacturer Operating in Many Markets & Applications Innovative Adhesive Products and Solutions

Discover new production alternatives with our broad range of high performance industrial adhesives for residential and commercial doors.

Door manufacturing continues to evolve with new materials, process efficiencies and innovations while consumer expectations continue to grow. Whether they are replacing doors for safety, curb appeal, or updating the look for their building, consumers today are faced with more choices than ever. Today’s adhesives must provide flexibility, speed and wider adhesion performance with high-end use reliability.

Our current product offerings include many new adhesives developed by understanding the needs of the industry and then rapidly prototyping new concepts in our world class R&D and applications facilities where our comprehensive formulating knowledge is used to build in performance that exceeds required industry certifications.

From polyvinyl acetates to hot melt polyurethane adhesives to 100-percent solid liquid moisture cure polyurethanes, our adhesive technologies improve the look and durability of both interior and exterior doors.

Oversized Glass and Patio Doors 

Oversized glass and patio doors maximize views and create a seamless connection between indoor and outdoor spaces. While commercial and residential design is trending toward larger glass doors, there also is a consumer expectation that such design elements will be durable and energy efficient.   

Our Ködispace 4SG reactive thermoplastic spacer offers high energy efficiency and superior gas retention. Its automated manufacturing process results in more precise spacer placement, even for large units up to 130” x 230”. Plus, it creates a harmonious connection between the glass and the frame, greatly improving spacer aesthetics.

The low thermal conductivity in our Ködispace 4SG reactive thermoplastic spacer results in excellent warm edge performance. Its superior gas retention results in a longer IG life and maintained thermal performance.

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