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Advanced PIR Foam Insulation for Effective Pipeline Cooling Solutions
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11971.

Advanced PIR Foam Insulation for Effective Pipeline Cooling Solutions Open Details in New Window [Oct 31, 2025]

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

Premium Fire Proof B1 Insulating Covers for Cryogenic Pipeline Needs
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11972.

Premium Fire Proof B1 Insulating Covers for Cryogenic Pipeline Needs Open Details in New Window [Oct 31, 2025]

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 Insulating Cover for Deep Cryogenic Insulation Needs
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11973.

High-Performance Insulating Cover for Deep Cryogenic Insulation Needs Open Details in New Window [Oct 31, 2025]

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 Energy Saving Pipes with Durable PIR Foam Insulation
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11974.

Advanced Energy Saving Pipes with Durable PIR Foam Insulation Open Details in New Window [Oct 31, 2025]

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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11975.

Durable PIR Foam Shells for Optimal Pipeline Insulation Solutions Open Details in New Window [Oct 31, 2025]

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

Reliable PIR Foam Insulation Cover for Cryogenic Pipeline Safety
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11976.

Reliable PIR Foam Insulation Cover for Cryogenic Pipeline Safety Open Details in New Window [Oct 31, 2025]

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 Mixed-Density Pipes with Advanced Polyurethane Insulation Features
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11977.

Durable Mixed-Density Pipes with Advanced Polyurethane Insulation Features Open Details in New Window [Oct 31, 2025]

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 High-Performance Insulation Pipe Covering with PIR Foam
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11978.

Custom High-Performance Insulation Pipe Covering with PIR Foam Open Details in New Window [Oct 31, 2025]

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 Shells for Optimal Deep Cryogenic Pipeline Insulation
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11979.

Engineered Foam Shells for Optimal Deep Cryogenic Pipeline Insulation Open Details in New Window [Oct 31, 2025]

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 High-Efficiency Covers for Insulating Cryogenic Pipeline Systems
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11980.

Advanced High-Efficiency Covers for Insulating Cryogenic Pipeline Systems Open Details in New Window [Oct 31, 2025]

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 Cryogenic Foam Cover for Enhanced Insulation Performance
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11981.

High-Efficiency Cryogenic Foam Cover for Enhanced Insulation Performance Open Details in New Window [Oct 31, 2025]

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

PIR Composite Insulation Panels for Flexible Cryogenic Pipeline Applications
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11982.

PIR Composite Insulation Panels for Flexible Cryogenic Pipeline Applications Open Details in New Window [Oct 31, 2025]

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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11983.

High-Performance PIR Composite Panel Insulation for Mixed-Density Pipe Systems Open Details in New Window [Oct 31, 2025]

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 Insulating Cover for Cryogenic Pipelines and Equipment
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11984.

High-Performance Insulating Cover for Cryogenic Pipelines and Equipment Open Details in New Window [Oct 31, 2025]

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 Energy Saving Pipes with Advanced Polyurethane Insulation
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11985.

Super Cold Energy Saving Pipes with Advanced Polyurethane Insulation Open Details in New Window [Oct 31, 2025]

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