XPE FOAM MSX30

¿Qué es XPE FOAM?
"X" se refiere a enlaces cruzados
"PE" se refiere a la materia prima resina PE de baja densidad
Así que espuma XPE significa espuma de PE reticulado

Application scenarios for XPE, special performance indicators and parameter requirements for this product, and processes involved in these application scenarios:

Basic Physical Properties:

ParámetroTypical Value RangeTest StandardFunction
Density60-120 kg/m³ISO 845Balance between lightweight and strength
Espesor1.0-3.0 mmISO 23529Adapt to door sheet metal gap
Resistencia a la tracción≥1.5 MPaISO 527-3Prevent tearing during installation or use
Alargamiento a la rotura≥150%ISO 527-3Fit door surface deformation

 

Waterproof and Environmental Resistance Performance
ParámetroTypical Value RangeTest Standard
Water Vapor Transmission Rate<0.05 g/(m²·24h)ASTM E96
Closed Cell Content≥95%ASTM D6226
Temperature Resistance Range-40℃~120℃ISO 6722
Oil Resistance (soaked in engine oil)Volume change rate <2%ISO 1817

 

Adhesion and Process Performance
ParámetroTypical Value RangeTest Standard
Peel Strength (with sheet metal)≥1.2 N/mmASTM D903
Flame Retardant RatingUL94 HF-1 or GB 8410UL94/GB 8410
VOC EmissionMeet automobile factory standards (e.g., PV 3341)VDA 278
Manufacturing Process: Vacuum Forming

Physical Properties:
Performance ParametersTypical Value/RangeTest StandardCeiling Adaptability Description
Density60-120 kg/m³ISO 845Low density (60-80kg/m³) for lightweight, high density (80-120kg/m³) for enhanced rigidity
Espesor5-15 mmActual measurementRegular 8-10mm (balancing sound insulation and space occupation)
Resistencia a la tracción0.8-2.5 MPaISO 527Prevent ceiling skin from collapsing
Alargamiento a la rotura100-300%ISO 527Adapt to ceiling curved surface modeling
Compressive Strength30-100 kPa (50% compression)ISO 604Support ceiling structure, resist compression and deformation
Conductividad térmica0.035-0.045 W/(m·K)ISO 8301Thermal insulation performance better than EPE
Temperature Resistance-40℃~+85℃ (105℃ for short term)ASTM D746Adapt to high temperature of car roof in summer
Flame RetardancyUL94 HF-1 / GB 8410UL94 / National StandardVertical burning speed ≤100mm/min
Absorción de agua≤1.0% (24h)ISO 2896Closed-cell structure for moisture proofing and mildew prevention
VOC EmissionFormaldehyde ≤100μg/m³VDA 270Need to meet automobile manufacturer's air quality standards
Manufacturing Process: Hot Press Molding

Physical Properties:
Performance ParametersTypical Value/RangeTest StandardAdaptability Description for Tea Packaging
Density25-60 kg/m³ISO 845Low density (25-40kg/m³) for lightness and portability; high density (40-60kg/m³) for enhanced protection
Espesor2-10 mmActual measurementRegular 3-5mm (balancing buffering and space occupation)
Resistencia a la tracción0.5-1.5 MPaISO 527Prevent tearing during transportation
Alargamiento a la rotura100-250%ISO 527Elasticity to adapt to the shape of tea cans
Compression Set≤15% (50% compression, 22h)ISO 1856Good recovery after long-term compression
Conductividad térmica0.035-0.045 W/(m·K)ISO 8301Moderate heat insulation to avoid sudden temperature changes
Temperature Resistance-40℃~+85℃ (105℃ for short term)ASTM D746Adapt to cold chain and high-temperature storage
Absorción de agua≤0.5% (24h)ISO 2896Closed-cell structure for moisture proofing to keep tea dry
VOC EmissionFormaldehyde ≤50μg/m³GB 4806.7Food contact grade safety
Environmental FriendlinessRecyclable, no plasticizersFDA 21 CFR 177.1520Meet tea packaging hygiene standards
Manufacturing Process: Die Cutting

Physical Properties:
Performance ParameterTypical Value/RangeTest StandardPipe Insulation Adaptability Description
Density30-100 kg/m³ISO 845Low density (30-50kg/m³) for light pipes; high density (60-100kg/m³) for high-temperature/high-pressure pipes
Espesor10-50 mmASTM C518Standard 20-30mm (for low-temperature pipes); thicker for high-temperature pipes
Conductividad térmica0.032-0.040 W/(m·K)ISO 8301Better than EPE (0.045-0.055), similar to rubber-plastic (0.034-0.038)
Temperature Resistance-40℃~+85℃ (105℃ short-term)ASTM D746Suitable for standard HVAC pipes (chilled water ≤7℃, hot water ≤85℃)
Resistencia a la tracción0.8-2.0 MPaISO 527Prevents installation tearing; longitudinal tensile strength ≥1.5MPa
Closed Cell Content≥90%ASTM D6226High closed-cell structure ensures waterproofing and moisture resistance
Flame RetardancyClass B1 (GB 8624)GB/T 8626Self-extinguishing, oxygen index ≥32%
Absorción de agua≤1.0% (24h)ISO 2896Long-term moisture resistance, prevents condensate penetration
VOC EmissionFormaldehyde ≤50μg/m³GB/T 29899Meets indoor air quality requirements
Manufacturing Process: Embossing

Physical Properties:
Performance ParameterTypical Value/RangeTest StandardFloor Mat Adaptability Description
Density50-150 kg/m³ISO 845Low density (50-80kg/m³) for lightweight use; high density (100-150kg/m³) for high durability
Espesor5-20 mmActual measurement5-10mm for household use; 10-20mm for commercial applications
Resistencia a la tracción0.8-2.5 MPaISO 527Tear resistance for extended service life
Alargamiento a la rotura100-300%ISO 527High elasticity for comfortable stepping
Compression Set≤15% (50% compression, 22h)ISO 1856Good resilience after long-term compression
Conductividad térmica0.035-0.045 W/(m·K)ISO 8301Moderate thermal insulation for winter warmth
Temperature Resistance-40℃~+85℃ (105℃ short-term)ASTM D746Suitable for floor heating environments (≤60℃)
Slip ResistanceStatic friction coefficient ≥0.6ASTM D1894Surface embossing or composite anti-slip layer
Absorción de agua≤1.0% (24h)ISO 2896Closed-cell structure for moisture resistance and easy cleaning
VOC EmissionFormaldehyde ≤50μg/m³GB/T 29899Meets indoor environmental protection standards
Environmental FriendlinessRecyclable, plasticizer-freeRoHS / REACHSGS certified
Manufacturing Process: Embossing

Physical Properties:
Performance ParameterTypical Value/RangeTest StandardYoga Mat Adaptability Description
Density50-120 kg/m³ISO 845Low density (50-80kg/m³) for portability; high density (80-120kg/m³) for enhanced support
Espesor3-15 mmActual measurement8-10mm for beginners; 3-6mm for professionals
Resistencia a la tracción0.8-2.5 MPaISO 527Tear resistance for extended service life
Alargamiento a la rotura100-300%ISO 527High elasticity to adapt to large-range movements
Compression Set≤15% (50% compression, 22h)ISO 1856Not easy to collapse after long-term use
Rebound Rate≥50%ASTM D3574Provide movement stability
Slip ResistanceStatic friction coefficient ≥0.6ASTM D1894Surface embossing or composite anti-slip layer
Temperature Resistance-40℃~+85℃ (105℃ short-term)ASTM D746Adapt to indoor and outdoor temperature differences
Absorción de agua≤1.0% (24h)ISO 2896Closed-cell structure to prevent sweat and mildew
VOC EmissionFormaldehyde ≤50μg/m³GB/T 29899Meet indoor environmental protection standards
Environmental FriendlinessRecyclable, plasticizer-freeRoHS / REACHSGS certified
Manufacturing Process: Molding

Physical Properties:
Performance ParameterTypical Value/RangeTest StandardSports Protective Gear Adaptability Description
Density60-200 kg/m³ISO 845Low density (60-100kg/m³) for lightweight design; high density (120-200kg/m³) for high impact resistance
Espesor5-30 mmActual measurement10-20mm for knee/elbow pads; 20-30mm for shin guards
Resistencia a la tracción1.0-3.0 MPaISO 527Prevents tearing during sports activities, high durability
Alargamiento a la rotura150-350%ISO 527High elasticity to conform to joint movements
Compressive Strength50-200 kPa (50% compression)ISO 604Absorbs impact energy (e.g., fall cushioning)
Rebound Rate≥60%ASTM D3574Quick shape recovery for continuous protection
Temperature Resistance-40℃~+85℃ (105℃ short-term)ASTM D746Withstands outdoor temperature variations
Absorción de agua≤1.0% (24h)ISO 2896Closed-cell structure resists sweat and odor
VOC EmissionFormaldehyde ≤50μg/m³GB/T 29899Safe for direct skin contact
Environmental FriendlinessRecyclable, plasticizer-freeRoHS / REACHSGS certified
Manufacturing Process: Compression Molding