Non-woven laid scrims laminated for sails for reinforcement solutions
Non-woven laid scrims Introduction
This product is a Laid Scrim (glass, polyester, carbon, or hybrid), a cost-effective, open-mesh reinforcement fabric engineered for sail laminates and broader outdoor-sports composites — covering the "Sports" category's sail laminates, table tennis rackets, kiteboards, and the sandwich technology of skis and snowboards. It is manufactured by chemically bonding continuous filament yarns (Glass, Polyester, Carbon, Cotton, Flax, Jute, Viscose, Kevlar, Nomex, etc.) into a flat-laid open mesh (square or tri-directional), then laminated into the skin stack (foil / non-woven / composite layer) as the hidden tensile grid. Thanks to lightweight, high strength, low shrinkage/low elongation, and corrosion resistance, the scrim offers measurable value versus conventional reinforcement concepts and bonds readily with many material systems common to sail and sports-equipment laminating lines.
Non-woven laid scrims Characteristics
Sail / Sports-Composite Grade Property Profile: Dimensional stability, tensile strength, alkali resistance, tear resistance, fire resistance, anti-microbial properties, water resistance — the scrim survives laminating heat and the long-term flex / flutter / impact / UV cycles of sail and board gear, while its low elongation keeps the laminate skin flat and bonded under load.
High Strength & Light Weight: Available in a range of regular mesh sizes and grammages covering the platform's common specifications (from fine to coarse grids, with regular supply grams 6.5g / 8g / 13g / 15.5g etc.), delivering high tensile and tear resistance at minimal added weight — critical for sail laminates and board sandwiches where every gram counts. Fully bondable with almost any material, each roll length up to 50,000 m.
Long Rolls for Sail / Board Laminating Lines: Roll width 200–2,500 mm; roll length up to 50,000 m. Fewer splices per shift on high-speed laminating and sandwich-panel lines feeding sail-loft and sports-equipment mills, fewer weak spots in finished composite rolls.
Non-woven laid scrims Application
Primary Use: Reinforcement for Sail Laminates & Outdoor-Sports Composites
The core application of this laminated laid scrim is as the hidden tensile grid laminated into the skin stack of sail laminates (the "Sports → Sail laminates" entry on the site), and by extension the same platform also serves table tennis rackets, kiteboards, and the sandwich technology of skis and snowboards under the same Sports category. It is sandwiched into the composite stack to:
Prevent Foil/Skin Tear Under Flutter & Batten Load
Sail skins (often foil + non-woven or film stacks) see constant flutter, batten bend, and gust shear. The scrim's multi-directional tensile arrests tear initiation at seams, corners, and clew/tack zones, extending sail life without adding sail weight.
Stabilize Sandwich Cores in Boards & Rackets
In kiteboards, skis/snowboards, and table tennis rackets where thin sandwich builds are the norm, the scrim keeps the foil–composite face flat through flex cycles and impact loading, while adding negligible weight to the final gear.
Enable High-Efficiency Laminating
50,000 m roll length feeds high-speed laminating and sandwich lines with fewer splice stops — higher yield per shift, more consistent batch appearance on finished composite sheets.
Secondary Applications
a) Aluminum Foil Composite
Nove-woven laid scrim is widely applied in aluminium foil industry. It can help manufacture to develop the production efficiency as the roll length can reach 10000m. It also makes the finished product with better apperance.
b) PVC Flooring
Nove-woven laid scrim is widely applied in aluminium foil industry. It can help manufacture to develop the production efficiency as the roll length can reach 10000m. It also makes the finished product with better apperance.
c) None-woven category products reinforced
None-woven laid scrim is widely used as reinforced materail on kinds none-woven fabric, such as fiberglass tissue, polyester mat, wipes, also some top ends, such as medical paper. It can makes none-woven products with higher tensile strength,while just add very little unit weight.
d) PVC Tarpaulin
Laid scrim can be used as basic materials to produce truck cover,light awning, banner, sail cloth etc.
Due to lightweight, high strength, low shrinkage/elongation, corrosion preventive, laid scrims offers tremendous value compared to conventional material concepts. And it's easily to laminate with many kinds of materials, this makes it has an extensive fields of applications.
