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Elastomeric Cryogenic Insulation Main material: ULT alkadiene polymer LT NBR/PVC Density: 60-80kg/m3 Recommend operating temperature: -200℃ to +120℃ Percentage of close area: >95%

Product Description

Cryogenic Systems & Insulation Properties

  • Cryogenic Systems are suitable for temperatures as low as -200°C.

  • Inner layers of ULT provide optimum mechanical properties at cryogenic temperatures, while outer layers of NBR-based insulation provide excellent thermal efficiency.

  • ULT is a purpose-built, low-temperature Diene Terpolymer, providing low-temperature flexibility to minimize thermal stress.

  • The distinctive color of ULT facilitates installation and inspection.

  • An integral feature of the system is the closed-cell foam technology which offers a high water vapor resistance. This may eliminate or reduce the need for additional vapor barriers.

  • Cryogenic Systems can be fitted under compression so traditional open-cell, fibrous in-fill pieces for contraction and expansion joints are unnecessary.

Frequently Asked Questions

What temperature limits are these cryogenic systems designed for?

Cryogenic Systems are suitable for extreme environments, performing effectively at temperatures as low as -200°C.

How do the inner and outer layers work together in this insulation system?

The inner layers of ULT provide optimum mechanical properties at cryogenic temperatures, while the NBR-based outer layers deliver excellent thermal efficiency.

What is ULT and what are its key structural benefits?

ULT is a purpose-built, low-temperature Diene Terpolymer. It is engineered to provide excellent low-temperature flexibility, which helps to minimize thermal stress on the systems.

Does the insulation system require extra vapor barriers?

Due to the built-in closed-cell foam technology that offers high water vapor resistance, the need for additional vapor barriers is often reduced or completely eliminated.

Why is the insulation system fitted under compression?

Fitting the system under compression eliminates the need for traditional open-cell, fibrous in-fill pieces for contraction and expansion joints.

How are the products tested for quality and safety standards?

The products undergo rigorous testing at independent laboratories to comply with standards including BS476, DIN5510, CE, REACH, ROHS, and UL94.

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