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Tailored Polyurethane Foam Insulating Pipe Covering for Versatile Uses
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66241.

Tailored Polyurethane Foam Insulating Pipe Covering for Versatile Uses Open Details in New Window [Sep 15, 2026]

Thermal conductivity W/(m.k) 0.023 water absorption % 3.9 percentage of close area % 96.2 compression strength Mkpa 233 oxygen index % 27.6 density kg/m3 40-70 Fire resistance coefficient B1/ASTM Product Description ...

Company: Herence New Material Technology Co., Ltd

Custom Insulating Pipe Covering with Polyurethane Foam for High Efficiency
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66242.

Custom Insulating Pipe Covering with Polyurethane Foam for High Efficiency Open Details in New Window [Sep 15, 2026]

Thermal conductivity W/(m.k) 0.023 water absorption % 3.9 percentage of close area % 96.2 compression strength Mkpa 233 oxygen index % 27.6 density kg/m3 40-70 Fire resistance coefficient B1/ASTM Product Description ...

Company: Herence New Material Technology Co., Ltd

Advanced Insulating Pipe Covering with Polyurethane Foam for Extreme Conditions
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66243.

Advanced Insulating Pipe Covering with Polyurethane Foam for Extreme Conditions Open Details in New Window [Sep 15, 2026]

Thermal conductivity W/(m.k) 0.023 water absorption % 3.9 percentage of close area % 96.2 compression strength Mkpa 233 oxygen index % 27.6 density kg/m3 40-70 Fire resistance coefficient B1/ASTM Product Description ...

Company: Herence New Material Technology Co., Ltd

Custom Polyisocyanurate Foam Insulation Pipes with Fast Delivery Options
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66244.

Custom Polyisocyanurate Foam Insulation Pipes with Fast Delivery Options Open Details in New Window [Sep 15, 2026]

Thermal conductivity W/(m.k) 0.023 water absorption % 3.9 percentage of close area % 96.2 compression strength Mkpa 233 oxygen index % 27.6 density kg/m3 40-70 Fire resistance coefficient B1/ASTM Product Description ...

Company: Herence New Material Technology Co., Ltd

High-Performance PIR Composite Panel Insulation for Mixed-Density Pipe Systems
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66245.

High-Performance PIR Composite Panel Insulation for Mixed-Density Pipe Systems Open Details in New Window [Sep 15, 2026]

Thermal conductivity W/(m.k) 0.023 water absorption % 3.9 percentage of close area % 96.2 compression strength Mkpa 233 oxygen index % 27.6 density kg/m3 40-70 Fire resistance coefficient B1/ASTM Product Description ...

Company: Herence New Material Technology Co., Ltd

Super Cold Insulation Polyurethane Foam Mixed-Density Pipes for Efficient Energy Saving
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66246.

Super Cold Insulation Polyurethane Foam Mixed-Density Pipes for Efficient Energy Saving Open Details in New Window [Sep 15, 2026]

Thermal conductivity W/(m.k) 0.023 water absorption % 3.9 percentage of close area % 96.2 compression strength Mkpa 233 oxygen index % 27.6 density kg/m3 40-70 Fire resistance coefficient B1/ASTM Product Description ...

Company: Herence New Material Technology Co., Ltd

Advanced Foam Shells for High-Efficiency Cryogenic Pipeline Insulation
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66247.

Advanced Foam Shells for High-Efficiency Cryogenic Pipeline Insulation Open Details in New Window [Sep 15, 2026]

Thermal conductivity W/(m.k) 0.023 water absorption % 3.9 percentage of close area % 96.2 compression strength Mkpa 233 oxygen index % 27.6 density kg/m3 40-70 Fire resistance coefficient B1/ASTM Product Description ...

Company: Herence New Material Technology Co., Ltd

Durable PIR Foam Shells for Optimal Pipeline Insulation Solutions
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66248.

Durable PIR Foam Shells for Optimal Pipeline Insulation Solutions Open Details in New Window [Sep 15, 2026]

Thermal conductivity W/(m.k) 0.023 water absorption % 3.9 percentage of close area % 96.2 compression strength Mkpa 233 oxygen index % 27.6 density kg/m3 40-70 Fire resistance coefficient B1/ASTM Product Description ...

Company: Herence New Material Technology Co., Ltd

Engineered Foam Insulation Panels for Reliable Cooling Pipeline Solutions
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66249.

Engineered Foam Insulation Panels for Reliable Cooling Pipeline Solutions Open Details in New Window [Sep 15, 2026]

Thermal conductivity W/(m.k) 0.023 water absorption % 3.9 percentage of close area % 96.2 compression strength Mkpa 233 oxygen index % 27.6 density kg/m3 40-70 Fire resistance coefficient B1/ASTM Product Description ...

Company: Herence New Material Technology Co., Ltd

Engineered Foam Solutions for Reliable Deep Cryogenic Insulation Needs
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66250.

Engineered Foam Solutions for Reliable Deep Cryogenic Insulation Needs Open Details in New Window [Sep 15, 2026]

Thermal conductivity W/(m.k) 0.023 water absorption % 3.9 percentage of close area % 96.2 compression strength Mkpa 233 oxygen index % 27.6 density kg/m3 40-70 Fire resistance coefficient B1/ASTM Product Description ...

Company: Herence New Material Technology Co., Ltd

Deep Cryogenic Insulation Pipe Covers with Polyisocyanurate Technology
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66251.

Deep Cryogenic Insulation Pipe Covers with Polyisocyanurate Technology Open Details in New Window [Sep 15, 2026]

Thermal conductivity W/(m.k) 0.023 water absorption % 3.9 percentage of close area % 96.2 compression strength Mkpa 233 oxygen index % 27.6 density kg/m3 40-70 Fire resistance coefficient B1/ASTM Product Description ...

Company: Herence New Material Technology Co., Ltd

High-Efficiency PIR Foam Covers for Insulating Cryogenic Pipelines
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66252.

High-Efficiency PIR Foam Covers for Insulating Cryogenic Pipelines Open Details in New Window [Sep 15, 2026]

Thermal conductivity W/(m.k) 0.023 water absorption % 3.9 percentage of close area % 96.2 compression strength Mkpa 233 oxygen index % 27.6 density kg/m3 40-70 Fire resistance coefficient B1/ASTM Product Description ...

Company: Herence New Material Technology Co., Ltd

Polyisocyanurate Foam Shells for Enhanced Cryogenic Pipeline Insulation
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66253.

Polyisocyanurate Foam Shells for Enhanced Cryogenic Pipeline Insulation Open Details in New Window [Sep 15, 2026]

Thermal conductivity W/(m.k) 0.023 water absorption % 3.9 percentage of close area % 96.2 compression strength Mkpa 233 oxygen index % 27.6 density kg/m3 40-70 Fire resistance coefficient B1/ASTM Product Description ...

Company: Herence New Material Technology Co., Ltd

Advanced PIR Foam Insulation for Effective Pipeline Cooling Solutions
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66254.

Advanced PIR Foam Insulation for Effective Pipeline Cooling Solutions Open Details in New Window [Sep 15, 2026]

Thermal conductivity W/(m.k) 0.023 water absorption % 3.9 percentage of close area % 96.2 compression strength Mkpa 233 oxygen index % 27.6 density kg/m3 40-70 Fire resistance coefficient B1/ASTM Product Description ...

Company: Herence New Material Technology Co., Ltd

Durable PIR Composite Panel Insulation for Cryogenic Pipeline Use
Contact Now

66255.

Durable PIR Composite Panel Insulation for Cryogenic Pipeline Use Open Details in New Window [Sep 15, 2026]

Thermal conductivity W/(m.k) 0.023 water absorption % 3.9 percentage of close area % 96.2 compression strength Mkpa 233 oxygen index % 27.6 density kg/m3 40-70 Fire resistance coefficient B1/ASTM Product Description ...

Company: Herence New Material Technology Co., Ltd