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PIR Polyisocyanurate Foam Pipe Insulation Multifunctional For Low Temperature Industry

Place of Origin Changzhou, Jiangsu,China
Brand Name Kaff Rees
Certification SGS
Minimum Order Quantity 20 Cubic Meters
Price Negotiable
Packaging Details Carton packaging/Wooden case packaging/according to the requirements
Delivery Time Negotiable
Payment Terms EXW/FOB/CIF
Supply Ability According to products
Product Details
Name PIR Pipe Insulation Feature Easy Processing
Cold Insulation Material Polyisocyanurate PIR PH Value 5.5-7
Service Temp. -196~+120℃ Application Low Temperature Industries
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Multifunctional Polyisocyanurate Foam Pipe Insulation

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PIR Polyisocyanurate Foam Pipe Insulation

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Product Description
PIR Polyisocyanurate Foam Pipe Insulation for Low Temperature Applications
PIR (Polyisocyanurate) foam, also known as polyisocyanuric acid ester foam, is produced through the reaction of isocyanate with polyether under catalysis. This advanced insulation material offers superior physical and fireproof properties compared to standard polyurethane, making it an ideal organic thermal insulation solution for low-temperature environments.
Key Advantages
  • Exceptionally low thermal conductivity for optimal insulation performance
  • Lightweight construction with excellent shock resistance
  • Superior fire resistance properties
  • High adaptability for various industrial applications
  • Widely used in LNG, ethylene, and cold storage industries
Thermal Conductivity Characteristics
The thermal conductivity curve of PIR material at different temperatures:
Thermal conductivity performance graph of PIR insulation at varying temperatures
Technical Specifications
No. Item Unit Standard Technical Parameters
1 Density kg/m³ ASTM D1622 ≥40
2 Closed Cell Ratio % ASTM D6226 ≥90%
3 Water Absorption by Vol % ASTM C272 ≤1%
4 Thermal Conductivity W/m.K ASTM C177 24℃ ≤0.029
-46℃ ≤0.027
-101℃ ≤0.022
5 Cl content ppm ASTM C871 ≤60
6 Water Vapor Permeability porm-inch ASTM E96 ≤3.5
7 Compressive Strength kg/cm² ASTM D1621 ≥240
8 Flame Spread Index ASTME84 FSI ≤25
9 Thermal Surface Performance ASTMC591 passed the 149℃ test
10 Dimensional stability, max % linear change % ASTMC 591 158 + 4°F (70 + 2°C), 97 + 3 % relative humidity: 4
−40 + 6°F (−40+ 3°C), ambient relative humidity: 1
212 + 4°F (100 + 2°C), ambient relative humidity: 2