Specify a revolution in structural resilience with Climate® Non-Slump (NS) Adhesive.

Architects’ and Structural Engineers’ social contract with homeowners obliges structural designs able to weather the reality of today's increasingly violent-wind events and unpredictable earthquakes.

With the majority of the globe either vulnerable to seismic or increasingly prevalent extreme-wind loads, insist on advancing resilience for your clients the cost-effective, non-toxic, and durable way: specify Climate® Non-Slump (NS) Adhesive in all of your light-frame wood or offsite-constructed projects to build the reinforced structures of tomorrow, now.

In the process of receiving our ICC-ESR, having obtained state-level product acceptance, and educating inspectors, lenders, and insurers, we offer an economical and innovative 'chemistry over catastrophe' solution via a monocoque ("single shell" or stressed skin) framing system.

Wherever outer envelope and subfloor construction components are bonded via a continuous bead of our elastomeric polyether, its ASTM D412-tested 950%+ elongation enables the envelope to behave like a shock absorber against external loads, dissipating force laterally to the ground with intact bond lines.  Climate® NS Adhesive also enables advanced framing optimization for reduced material and labor, decreasing carbon and financial burdens to produce a structure made to deliver modern performance.  Reducing thermal bridging and enabling novel levels of ductility, Climate® NS Adhesive offers builders' easy ability to provide clients a certified* Climate®-Hardened Home™ to weather reality, avoiding unnecessary loss and damage by applying a single bead of innovation today. 

We can't wait for you to be a part of the Climate®-Hardened Home™ revolution, resilient by design.

* Homeowner insurance and/or state grant risk-mitigation benefits may apply.

Call 844.450.9604 to learn how easy it is to protect your clients' projects and loved ones by specifying Climate® NS Adhesive. 

Because when buildings survive, people survive.