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Regufoam

Regufoam Foundation Isolation

Engineered, Tunable Isolation for Precision Vibration Control

UNISORB® Regufoam is an advanced polyurethane foundation isolation material designed to control structure-borne vibration and noise in both source and sensitive equipment applications. Engineered as a structural isolation element, Regufoam provides a reliable, cost-effective solution for preventing vibration transmission between machinery and the surrounding building.

Manufactured with a specialized combination of open and closed cell foam, Regufoam delivers exceptional vibration isolation and superior damping characteristics across a wide range of operating conditions. Available in multiple material grades (12 variations), it allows for precise tuning of isolation performance to match specific load and frequency requirements.

With a typical natural frequency range of approximately 7–15 Hz, Regufoam is well-suited for industrial foundations requiring consistent, predictable isolation performance. Its proven long-term durability and resistance to creep make it a dependable choice for both new installations and retrofit applications.

Regufoam is easy to install and supported by full engineering and field expertise from UNISORB®, ensuring proper material selection and optimal system performance.

Applications and Benefits of Regufoam

Regufoam foundation isolation is designed for industrial machinery and equipment where controlling structure-borne vibration is critical. Its engineered polyurethane construction helps isolate machinery from surrounding foundations and structures while maintaining reliable performance under varying operating conditions.

Regufoam is suitable for both new machine foundations and retrofit projects. Multiple material grades allow the isolation system to be selected according to equipment load, operating frequency, and required vibration performance.

By reducing vibration transmission through the foundation, Regufoam can help protect sensitive equipment, improve operating conditions, and reduce structure-borne noise. Its durable construction and resistance to creep provide dependable long-term performance in demanding industrial environments.