Lightweight Continuous Filament Mat for PU Foaming
FEATURES & BENEFITS
● Exceptionally low binder content
● Reduced interlaminar strength
● Low tex value
PRODUCT CHARACTERISTICS
Product Code | Weight(g) | Max Width(cm) | Solubility in styrene | Bundle density(tex) | Solid content | Resin compatibility | Process |
CFM981-450 | 450 | 260 | low | 20 | 1.1±0.5 | PU | PU foaming |
CFM983-450 | 450 | 260 | low | 20 | 2.5±0.5 | PU | PU foaming |
● Other weights available upon request.
● Other widths available upon request.
● CFM981's near-binder-free composition ensures homogeneous distribution during PU foam expansion, delivering superior reinforcement for LNG insulation applications.


PACKAGING
● Choose between 3" (76.2mm) and 4" (102mm) core diameters, both constructed with a robust 3mm minimum wall thickness for reliable performance.
● Our protective film wrapping system ensures every roll and pallet remains pristine, shielding against moisture, contaminants, and transit hazards.
● Each roll and pallet carries a machine-readable identity with essential metrics (weight, units, production date) for real-time inventory visibility and automated logistics management.
STORAGING
● Recommended storage conditions: CFM should be kept in a cool, dry warehouse to maintain its integrity and performance characteristics.
● Optimal storage temperature range: 15℃ to 35℃ to prevent material degradation.
● Optimal storage humidity range: 35% to 75% to avoid excessive moisture absorption or dryness that may affect handling and application.
● Pallet stacking: It is recommended to stack pallets in a maximum of 2 layers to prevent deformation or compression damage.
● Pre-use conditioning: Before application, the mat should be conditioned in the worksite environment for at least 24 hours to achieve optimal processing performance.
● Partially used packages: If the contents of a packaging unit are partially consumed, the package should be properly resealed to maintain quality and prevent contamination or moisture absorption before the next usage.