ULT is a flexible, high density and mechanically robust, closed cell cryogenic thermal insulation material based on extruded elastomeric foam. The product has been specially developed for use on the import/export pipelines and process areas of liquefied natural gas (LNG) facilities. It is part of the Cryogenic multi-layer configuration, providing low temperature flexibility to the system.
Insulation maintains flexibility at extreme temperatures from -200℃ to +200℃.
Reduces the risk of crack development and propagation.
Reduces the risk of corrosion under insulation (CUI).
Protects against mechanical impact and shock.
Low thermal conductivity performance.
Low glass transition temperature.
Easy installation process even for complex shapes.
Fewer joints ensure system air tightness and efficient installation.
Highly competitive comprehensive cost structure.
Built-in moisture proofing eliminates extra moisture barrier needs.
Formulated without fiber, dust, CFC, and HCFC.
No expansion joint is required.
Quality Control & Standards
A sound and strict Quality Control System is maintained throughout the production line. Every order undergoes inspection starting from the raw materials up to the final product stage. To ensure stable quality, customized testing standards are established, which impose higher requirements than standard domestic or international metrics.
Closed cell polyethylene foam or rubber
Closed cell polyethylene foam or rubber
Frequently Asked Questions (FAQ)
Q1 What is the temperature range of the ULT insulation material?
The ULT insulation material is designed to maintain its flexibility at extremely low and high temperatures ranging from -200℃ to +200℃.
Q2 Does this insulation require an additional moisture barrier?
No, it has built-in moisture proofing, meaning there is no need to install an extra moisture barrier during installation.
Q3 Where is this cryogenic insulation material typically applied?
It has been specially developed for use on import/export pipelines and process areas of liquefied natural gas (LNG) facilities, providing system flexibility at low temperatures.
Q4 How does the product minimize the risk of corrosion under insulation (CUI)?
Its closed-cell structure and reduced joint setup ensure high air tightness, which effectively reduces the risk of corrosion under the insulation layer.
Q5 Is it safe for the environment and installation staff?
Yes, this insulation material is clean and formulated completely without fiber, dust, CFCs, or HCFCs.
Q6 How do the testing standards ensure product reliability?
A rigorous Quality Control System is applied from raw material to final packaging. The testing standards are set to higher requirements than standard domestic or foreign benchmarks to ensure consistent quality.
Kingflex
