With each of the individual insulation materials used in our thermal insulation system comes with its own set of features and benefits, superior performance is achieved when optimally engineered together.
- Resistance to water and water vapour ingress, plus an optimal system design that delivers long-term predictable thermal and acoustic stability and enhanced process performace.
- Our insulation materials combine thermal and acoustic performance and can also be engineered with traditional insulation material for specific demands.
- Flexible materials that do not crack, break or crumble and are resistant to vibration and mechanical abuse.
What is Cryogenic Insulation?
Cryogenic pipe insulation is needed on sub zero applications including ammonia refrigeration & LNG projects. Closed-cell, elastomeric rubber foam insulation system is a superior solution for cryogenic pipe installations. It is a great choice for ammonia refrigeration as these lines have to operate at a specific temperature range to maintain the process control throughout the system. These situations require high-performance cryogenic insulation that will:
- Maintain its integrity in frigid temperatures
- Absorb high-mechanical forces
- Ensure superior low-thermal conductivity
Frequently Asked Questions (FAQ)
Why is cryogenic pipe insulation necessary?
Cryogenic pipe insulation is essential for sub-zero applications such as ammonia refrigeration and LNG projects to maintain specific operating temperatures and ensure process control.
What are the advantages of closed-cell elastomeric rubber foam?
It offers high resistance to water and water vapor ingress, provides thermal and acoustic stability, and is highly flexible, making it resistant to cracking, breaking, and mechanical vibrations.
Can these insulation materials handle mechanical stress?
Yes, the flexible design of these materials is engineered to absorb high-mechanical forces and resist structural abuse without crumbling or breaking.
Does this insulation system support acoustic performance?
Yes, our insulation materials are engineered to combine both thermal and acoustic performance, helping to mitigate noise transmission in industrial setups.
How does the system ensure long-term thermal efficiency?
By preventing moisture and water vapour ingress through its closed-cell structure, the insulation preserves its low-thermal conductivity and prevents performance degradation over time.
Kingflex
