Wholesale Cryogenic Rubber Foam Insulation For the ULT Systems Supplier, Factories

Kingflex ULT is a flexible, high density and mechanically robust, closed cell cryogenic thermal insulation material based on extruded elastomeric foam.

Product Description

Cryogenic thermal insulation material Thermal insulation roll close up Cryogenic insulation application
Industrial insulation installation Insulated piping network Flexible elastomeric insulation foam
Insulation testing Industrial processing piping Insulated valves and fittings
Alkadiene cryogenic thermal insulation materials in cryogenic environment, has a lower coefficient of thermal conductivity, lower density and good elasticity. It offers no crack, effective insulation, good flame-retardant performance, good moisture resistance, durable and long lasting capabilities.
Cryogenic material layout Flexible insulation rolls
Dimensions
Thickness Size (L*W) ㎡/Roll
Inches mm
3/4" 20 10 × 1 10
1" 25 8 × 1 8
Applications
  • Coal chemical MOT
  • Low temperature storage tank
  • FPSO floating production storage oil unloading device
  • Industrial gas and agricultural chemical production plants
  • Platform pipe
  • Gas station
  • Ethylene pipe
  • LNG
  • Nitrogen plant
Technical drawing of cryogenic insulation
Production Capacity & Mission

Mission: More comfortable life, more profitable business through energy conservation.

With 5 large automatic assembly lines and more than 600,000 cubic meters of annual production capacity, the enterprise is specified as the designated production plant of thermal insulation materials for the National Energy Department, Ministry of Electric Power, and Ministry of Chemical Industry.

Main Properties
Main Property ULT Grade LT Grade Test Method / Standard
Thermal Conductivity -100°C: 0.028
-165°C: 0.021
0°C: 0.033
-50°C: 0.028
ASTM C177
Density Range 60-80 Kg/m³ 40-60 Kg/m³ ASTM D1622
Recommend Operation Temp. -200°C to 125°C -50°C to 105°C -
Percentage Of Close Areas >95% >95% ASTM D2856
Moisture Performance Factor NA <1.96x10 g(m.m.Pa) ASTM E 96
Wet resistance Factor (μ) NA >10000 EN12086 / EN13469
Water Vapor Permeability NA 0.0039g/h.m² (25mm thickness) ASTM E 96
PH ≥8.0 ≥8.0 ASTM C871
Tensile Strength (Mpa) -100°C: 0.30
-165°C: 0.25
0°C: 0.15
-50°C: 0.218
ASTM D1623
Compressive Strength (Mpa) -100°C: ≤0.3 -40°C: ≤0.16 ASTM D1621
Frequently Asked Questions

What are the main performance benefits of Alkadiene cryogenic insulation materials?

These materials feature a very low coefficient of thermal conductivity, lower density, and excellent elasticity under cryogenic environments. They prevent cracking, offer effective thermal insulation, and provide outstanding flame-retardant performance and moisture resistance for long-lasting durability.

What is the difference in temperature range between the ULT and LT grades?

The ULT Grade (Ultra-Low Temperature) is designed for critical operations ranging from -200°C to 125°C. The LT Grade (Low Temperature) is suitable for applications operating between -50°C to 105°C.

What typical industries and applications utilize these insulation materials?

They are widely applied in key energy and industrial sectors including LNG systems, ethylene piping, coal chemical MOT, low-temperature storage tanks, FPSO unloading systems, platform piping, gas stations, nitrogen plants, and agricultural chemical production facilities.

What dimensions and thicknesses are standard for the insulation rolls?

Standard thicknesses include 3/4" (20mm) and 1" (25mm). A 20mm thick roll has dimensions of 10m x 1m (10 ㎡/Roll), while a 25mm thick roll is sized at 8m x 1m (8 ㎡/Roll).

How well do these materials resist water vapor and moisture absorption?

Both grades feature a closed cell structure exceeding 95% (tested under ASTM D2856). The LT grade has a wet resistance factor (μ) greater than 10,000 (tested under EN12086/EN13469), ensuring reliable protection against moisture ingress in cold operating environments.

What test methods verify the thermal conductivity of the material?

The thermal conductivity values (such as 0.021 W/m·K at -165°C for the ULT grade and 0.028 W/m·K at -50°C for the LT grade) are officially measured and verified using the ASTM C177 standard test method.

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