Product Description

HG6910FsR

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Fabric Structure

hg6910

The fabric is light and thin, adopts the structure of SMMS, with a melt-blown layer in the middle, and has good protection performance against general liquids, splashed liquids and dust particles. Special antistatic treatment can be applied in occasions requiring electrostatic protection.

Protective Class

Seam Image

Non-woven binding for increased seam strength and better protection against liquids and particles compared to normal sewn seams.

Product Features

The product adopts the SMMS composite process of microfiber technology, which is specially designed for particle protection. It has good air permeability and flame retardant function, and has a wider range of applications.

  • It can effectively protect the particles in the aerosol, and can filter particles with a diameter of less than 3 microns99.9% or more.
  • No silicone oil, no formaldehyde and other toxic and harmful substances
  • The color of the product is white,  inner overlocked stitching  increases the firmness and protective performance of the product
  • Comfortable and safe style design improves wearing comfort

Product Applications

General Cleaning
Petrochemical production and assembly operations
Asbestos working environment
Protection against dust, liquid and dirt
Repair and Maintenance

Product Parameters

Physical propertiesStandardHG6910FsRChemical propertiesStandardHG6910FsR
Bending strengthISO 7854:19956Sulfuric acid barrierEN ISO 6530:20053
Tear streangthEN ISO 9073-4:19972Sulfuric acid penetration resistanceEN ISO 6530:20053
Stretch strengthEN ISO 13934-1:1999   2Sodium hydroxide barrierEN ISO 6530:20053
Wear-resistantEN ISO 12974-2/EN5302Sodium Hydroxide Penetration ResistanceEN ISO 6530:20053
BurstEN 863:19951
igniteEN 13274-4:2001Pass
Clothing performancestandardOtherstandardHG6910
Inward leakage of the
whole garment
EN ISO 13982:2004PassAntistaticEN1149-1:2006Double sidespass
Garment Spray TestEN ISO 17491-4:2008PasspHEN ISO 3071:2006Pass
seam strengthEN ISO 13935-2:19993

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