Reliably insulates LNG storage tanks, fuel tanks and pipe systems and thus, contributes towards the efficiency, durability and reliability of these applications.
This flexible ultra-low temperature adiabatic system has the inherent characteristics of impact resistance, and its cryogenic elastomer material can absorb the impact and vibration energy caused by the external machine to protect the system structure.
Global demand for liquefied natural gas (LNG) is rising. High-performance technology is required for reliable transport and storage. Engineers have to develop plants that are safe and efficient. The extremely low temperature, at which natural gas is in a liquid state, places high demands on the technical infrastructure throughout the entire value chain of LNG. All the plant components and systems coming into contact with the liquefied gas have to be extremely well insulated.
Thermal Conductivity
0℃: 0.033 | -50℃: 0.028
Density
40-60 kg/m³
Recommended Operation Temp.
-50℃ to +105℃
Closed Cell Area
>95%
Tensile Strength
0℃: 0.15 MPa | -40℃: 0.218 MPa
Compressive Strength
-40℃: ≤0.16 MPa
We participate in many exhibitions every year and have made many customers and friends from all over the world. Growth in the construction and remodeling industries, combined with concerns over rising energy costs and noise pollution, are fueling market demand for thermal insulation.
With over 40 years of dedicated experience in manufacturing and applications, our solution is riding on top of the wave. We focus on all verticals in the commercial and industrial market. Our scientists and engineers are always at the forefront of the industry. New products and applications are continuously rolled out to make people's living more comfortable and businesses more profitable.
Frequently Asked Questions
What are the primary applications of this ultra-low temperature insulation system?
This flexible system is designed to provide reliable thermal insulation for LNG storage tanks, fuel tanks, and piping systems, ensuring safety and operational efficiency at extremely low temperatures.
How does the cryogenic elastomer absorb external mechanical vibrations?
The cryogenic elastomer material possesses inherent impact resistance. It effectively absorbs vibration energy and impact forces generated by external machinery, shielding the integrity of the underlying system structure.
What is the thermal conductivity of this insulation material?
The material demonstrates low thermal conductivity values of 0.033 W/(m·K) at 0℃ and 0.028 W/(m·K) at -50℃, which restricts heat transfer effectively.
What is the recommended operating temperature range?
The recommended continuous operation temperature range for this insulation system spans from -50℃ up to +105℃, making it ideal for liquefied natural gas (LNG) applications.
What are the mechanical properties, such as density and close cell percentage?
It features a density between 40-60 kg/m³, a close cell area percentage exceeding 95%, and robust compressive strength of ≤0.16 Mpa at -40℃.
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