PER Flex Slip-Not Mesh

PER Flex Slip-Not Mesh is a breathable, moisture-management mesh made from a 100% Polyester Elastomer Resin (PER). Engineered as an alternative to conventional PVC non-slip materials, it delivers comparable grip and stability through a non-slip mesh surface, while offering lighter weight and enhanced flexibility. Its durable coated-fabric construction provides resilient performance with a softer, premium feel, while supporting more sustainable material choices through a PVC-free design.

SKU: 30027 Category: Slip-Not Fabrics

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Product Categories	Slip-Not Fabrics
Market Segments	Healthcare, Seating, Marine, Tactical
Non-Slip	Enhances grip and stability through a coated mesh surface that minimizes movement and slippage
Abrasion Resistance	Maintains surface integrity and performance even under frequent friction
Flexible & Washable	Retains flexibility and performance after repeated laundering
Highly Breathable	Open mesh construction promotes airflow to reduce heat and moisture buildup

Specifications

Composition: 100% Polyester Elastomer Resin (PER)
Thickness: 1.25mm
Width: 54 inches
Weight: 790 gsm
Color/SKU: Black/30027

Applications

Healthcare: Medical seating and support surfaces requiring chemical resistance and cleanability
Seating: High-durability chair backs and seat inserts
Marine: Moisture-resistant seating panels and protective covers
Tactical: Rugged seating and gear panels exposed to heat, sweat, and heavy use

Performance Properties

Test/Property	Method	Unit/Standard	Results
Tensile Strength	ASTM D5034-21 Grab Method	lbf	Warp: 99.96 Weft: 31.48
Tearing Strength	ASTM D2261-13 Tongue Method	lbf	Warp: 10.0 Weft: 9.1
Elongation	ASTM D5034-21 Elongation @ Max Tensile	%	Warp: 31.48 Weft: 40
Flammability Resistance	CA TB117-2013	Pass/Fail	Pass
Abrasion Resistance	ASTM D4966-12 Martindale	Rubs	50,000+
Colorfastness to Light	AATCC TM16.3-2020 Xenon-Arc	40 hours	Grade 4.0
Coefficient of Friction	ASTM D1894 Surface-Polished Plastic	Static Coefficient (gƒ) Kinetic Coefficient (gƒ)	175 gƒ 106 gƒ