EKOSPRAY
Polyurethane foam insulation
is a versatile and energy-efficient material with numerous construction and industrial applications. Depending on the formulation, it can serve as a vapor barrier, reinforce structural elements, or provide effective insulation against heat and cold. Polyurethane foam doesn’t require additional fasteners, base leveling, or taping, making it a highly cost-efficient solution.
Even the most complex shapes and structures can be fully insulated using polyurethane spray foam. The foam is quick to apply, allowing other work phases to proceed without delay.
EKOSPRAY® products are CE-approved, ensuring top quality. Whatever the job, the EKOSPRAY® product range has the right solution for your needs!
News
April 14, 2025
Our team at Estbuild 2025
Polyurethanes by Bang & Bonsomer team participated at Estbuild 2025 on 10-12 April together with our partners Anpe Oy. We had fantastic time showcasing innovative Ekospray solutions in polyurethane industry and connecting with industry professionals. We look forward to seeing you again next year!
READ MOREFebruary 3, 2025
Estbuild 2025
Polyurethanes by Bang & Bonsomer will be exhibiting Ekospray products and other services at the Estbuild 2025 exhibition, taking place on 10-12 April, 2025 at Estonian Exhibition Centre in Tallinn. Stand: C-14
READ MOREOctober 11, 2024
Our team et Finnbuild 2024
Polyurethanes by Bang & Bonsomer team participated at Finnbuild from October 8–10, 2024 together with our partners Viking Solutions Oy and Anpe oy. We had a fantastic time connecting with industry professionals, sharing insights and showcasing how our Ekospray products and other services can support various projects. We look forward to seeing you again next… Continue reading Our team et Finnbuild 2024
READ MOREJune 17, 2024
Finnbuild 2024
Polyurethanes by Bang & Bonsomer will be exhibiting Ekospray products and other services at the Finnbuild 2024 exhibition, taking place from October 8–10, 2024, at the Helsinki Exhibition and Convention Centre, stand 6K91.
READ MORE