Adhesive
Technology

Choosing the right adhesive is vital in ensuring your panels perform well in their intended environment. Our team uses a range of advanced adhesive solutions that are specifically engineered to maintain bond integrity across a diverse range of applications.

Polyurethane Hot Melt Adhesive (PUR) 

While many manufacturers rely on thermoplastic EVA (Ethylene-Vinyl Acetate), which involves melting plastic granules to reduce viscosity before application, Lambson Innovate refuses to cut corners. EVA can soften and fail when exposed to heat, so we use advanced thermoset PUR adhesives, which undergo a unique curing process.

PUR is melted and applied at high temperatures. The PUR cures over 24 to 72 hours, developing a ‘green strength’ that gives it post-cure stability across temperatures from -40°C to 140°C.

This remarkable temperature resistance ensures your installations maintain their structural integrity across even the most extreme environmental conditions, making PUR the ideal choice for those who prioritise longevity.

Better for the planet, the product, and the team

Many adhesive technologies pose severe risks to operators through the isocyanates, carcinogens, and CO2 released during the adhesion process. 

For this reason, we use only micro-emission (ME) adhesives. These ME PUR adhesives are more effective than cheaper, more harmful options, as the curing process provides additional moisture resistance. However, they are far more environmentally friendly, they align with our policy against animal testing, and they pose no risk at all to the health of our team members. 

Plasma Treatment Technology 

Our innovative plasma treatment process revolutionises surface preparation for adhesive application. Rather than relying on traditional solvents, we harness the power of electrical discharge technology to modify surface energy characteristics at a molecular level.

This process alters the surface energy of panels to ensure that adhesives and panels are compatible, overcoming natural adhesion resistance in certain materials. The process avoids environmentally harmful solvents and ensures consistent bonding across the entire surface.