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Low Thermal Conductivity Fire Resistant Polyisocyanurate Foam Pipe Insulation with High Dimensional Stability

Lugar de origem Changzhou, Jiangsu, China
Marca JSHESOL
Certificação SGS
Quantidade de ordem mínima 20 medidores cúbicos
Preço Negociável
Detalhes da embalagem Embalagem de caixa/embalagem de caixa de madeira/de acordo com os requisitos
Tempo de entrega Negociável
Termos de pagamento EXW/FOB/CIF
Habilidade da fonte De acordo com produtos
Detalhes do produto
Faixa de temperatura operacional -40 ° C a 120 ° C. Condutividade térmica 0,02 W/MK
Material Espuma poliissocianurada Classificação de incêndio Classe 1
Tipo de isolamento isolação da tubulação Método de instalação Auto-adesivo ou fixação mecânica
Densidade 30 Kg/M3 Resistência a UV Excelente
Força de compressão 150 KPa Absorção de umidade 0,2% em volume
Permeabilidade ao vapor de água 0,03 ng/pa.s.m2 Comprimento 6 pés (1,8 metros)
Resistência química Resistente à maioria dos produtos químicos Absorção de som Excelente
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Low Thermal Conductivity Polyisocyanurate Foam

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Fire Resistant Pipe Insulation

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High Dimensional Stability PIR Foam

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Descrição de produto
Low Thermal Conductivity Polyisocyanurate Foam
Why Choose Us?
  • China's largest manufacturer and industry leader
  • Multiple style options available
  • Consistently high quality at competitive prices
  • Short production lead times
  • Sample orders and small quantities welcome
  • Dedicated customer service
Product Introduction

Polyisocyanurate (PIR) is a foaming material created through the polymerization of isocyanate and polyether. With superior physical and fire resistance properties compared to polyurethane, PIR offers excellent thermal insulation with minimal conductivity and outstanding dimensional stability, making it an ideal organic rigid insulation material.

Key Features
  • B1 fire resistance rating
  • Operating temperature range: -196℃ to +120℃
  • Exceptional dimensional stability
  • Customizable as panels or pipes to meet specific requirements
Technical Properties
Item Unit Technical Data Test Mode
Density kg/m³ ≥40 ASTM D1622 / ISO 845
Thermal Conductivity W/(m*K) ≤0.035 (+100℃)
≤0.029 (+50℃)
≤0.025 (+10℃)
≤0.024 (0℃)
≤0.023 (-50℃)
≤0.022 (-100℃)
≤0.017 (-150℃)
≤0.016 (-170℃)
ASTM C177
Compressive Strength kPa +23℃: ≥200
-165℃: ≥280
ASTM D 1621
Tensile Strength kPa +23℃: ≥320
-165℃: ≥265
ASTM D 1623
Flame Spread Index ﹤25 ASTM E84
Oxygen index ≥30 GB/T 2406.2
Water Absorption by Vol. % ≤2 ASTM D2842
Water Vapor Permeability ng/(Pa*s*m) ≤5.5 ASTM E96
Closed Cell Ratio % ≥95 ASTM D6226
Lineal Thermal Expansion Coefficient m/(m*K) ≤70×10⁻⁶ ASTM D696
PH Value 5.5-7 ASTM C871
Chloride Content ppm ≤60 GB/T 11835
Elastic Modulus MPa ≤16 ASTM D1623
Service Temp. -196~+120
Applications

As an ideal organic low-temperature insulation material with minimal thermal conductivity and excellent dimensional stability, PIR foam is widely used in LNG, ethylene production, cold storage, and other low-temperature industrial applications.

Typical PIR Insulation System Structure
PIR Polyisocyanurate Insulation Board Structure
  • PIR Shell: inner layer + middle layer (if needed) + outer layer
  • Secondary Vapor Barrier: PAP aluminum foil
  • Main Vapor Barrier: mastic + fiberglass meshes + mastic
  • Metal Protective Layer: aluminum alloy, stainless steel, aluminized steel, or GRP
  • Sealant: HS-10-02, Foster 95-50, etc.
  • Strapping Material: stainless steel tape or sub sensitive tape
Packing and Storage
  • Store in dry, shaded, well-ventilated areas away from heat sources and direct sunlight
  • Inner packaging: black polyethylene bags; Outer packaging: cartons
Handling Cautions
  • Handle gently to avoid rolling, collisions, or heavy pressure during transport
  • Secure with glass fiber tape or steel bands when insulating pipes and equipment
  • Use saws for cutting during installation
Production Process
PIR Polyisocyanurate Insulation Board Production Flow
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