Q FLEX MXC REPET
Material designed for EN ISO 22568-4:2019 TYPE PL.
This is a bonded multilayer complex material composed by three layers.
The material meets the ESD conductive requirements.
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L-Protection
Once you have tried it you won’t want to change.
L-Protection® textile hi-tech materials
L-PROTECTION® textile hi-tech materials are addressed to manufacture puncture resistant insoles for safety footwear. These products, made of a multi-layer textile composite, have been certified for use in puncture resisant insoles in compliance with EN 12568:2010 and EN ISO 22568-4:2021 and with footwear norms S3 EN ISO 20344/20345/20346, ASTM F2413 and CSA Z195.
The L-PROTECTION® research process is aimed at creating composite textile insoles capable of resisting accidental perforation by nails and other objects, even of small diameter.
Footwear created with L-PROTECTION® non-metallic puncture resisant insoles is soft and extremely flexible, permitting increased contact with ground surfaces, thereby reducing the risk of accidental slippage.
L-PROTECTION® textile insoles protect 100% of the entire surface of the sole of the foot. A traditional steel-plate insole protects approx. 85% of the sole of the foot.
Contact us to experience the advantages of L-PROTECTION®.
MATERIALS AVAILABLE
XINERGY MXC
Material designed for EN ISO 22568-4:2021 TYPE PS.
This is a bonded multilayer complex material composed by three layers.
The material meets the ESD conductive requirements.
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XINERGY
Material designed for EN ISO 22568-4:2021 TYPE PS.
This is a bonded multilayer complex material composed by three layers.
PS FLEX MXC
Material designed for EN ISO 22568-4:2021 TYPE PS.
This is a bonded multilayer complex material composed by two layers.
The material meets the ESD conductive requirements.
PS FLEX
Material designed for EN ISO 22568-4:2021 TYPE PS.
This is a bonded multilayer complex material composed by two layers.
WB FLEX MXC
Material designed for EN ISO 22568-4:2021 TYPE PL.
This is a bonded multilayer complex material composed by two layers.
The material meets the ESD conductive requirements.
WB FLEX
Material designed for EN ISO 22568-4:2021 TYPE PL.
This is a bonded multilayer complex material composed by two layers.
Q FLEX TX T6 MXC
Material designed for EN 12568:2010.
This is a bonded multilayer complex material composed by three layers.
The material meets the ESD conductive requirements.
ZERO 15
Material designed for ASTM F2413.
This is a bonded multilayer complex material composed by three layers.
Also available in a special finishing to improve the bonding to the outsole (ZERO 15 R1).
PS5 ES
Material designed for ASTM F2413.
This is a bonded multilayer complex material composed by five layers.
Also available with antistatic properties (PS5 ES STADT).
Also available in a special finishing to improve the bonding to the outsole (PS5 ES R1).
