MicroMax NS coverall - elasticated hood, cuffs, waist and ankles

Style Number: EMN428

Soft, flexible fabric with high moisture vapour for added comfort. Fabric passes highest in class test within EN 14126 infectious agent standard.(MicroMax® TS range of coveralls provide further biological hazard protection).

Used widely within paint spraying, pharmaceutical, forensic(SOCO), automotive, agricultural, meat processing. Superior protection against blood, tissues, vomit, urine, faeces, saliva, meat, offal, skins, bones, blood, animal urine and faeces.

Widely used within biohazard waste, sewerage and rubbish operations, swimming pool cleaning and maintenance as well as protecting against industrial moulds and yeasts from air conditioning systems and high humidity. For further protection Micromax TS garments achieves Type 4 protection against biological hazards.

Micromax NS fabric passes ASTM F903 Liquid Penetration Test on 100% Concentration Diazinon, Motor Oil-40wt, Bleach(Household), Isocyanate based Paints, 50% Concentration on Sodium Hydroxide and 10% Sodium Hypochlorite.

Micromax NS fabric is UPF 35 certified providing the Australian, New Zealand and PNG workforce the added sun protection when undergarments do not offer adequate all round protection .

Colors
Sizes
SM - 3XL
Case Size
25/case
Seam
Serged

Resources

MicroMax® NS Physical Properties
Physical PropertyTest MethodUnitsTest Results
Abrasion ResistanceEN 530>100 cycles/Class 1
Burst StrengthISO 296050.9kPa / Class 1
Flex Cracking ResistanceISO 785440,000 flexes/Class 4
Hydrostatic HeadISO 811351cm / n/a
Puncture ResistanceEN 8636.2N / Class 1
Resistance to IgnitionEN 13274-4  Pass / n/a
Seam StrengthEN 508288.8N / Class 3
Tensile Strength - cdISO 1393434N / Class 1
Tensile Strength - mdISO 1393479.87 / Class 2
Trapezoidal Tear - cdEN 907319.4N / Class 1
Trapezoidal Tear - mdEN 907328.1N / Class 2
Trapezoidal Tear - meanEN 907323.75N / Class 2

MicroMax® NS Chemical Penetration Data
Chemical TestCAS NumberPhysical StateTest Results
Butan-1-olLiquidR = Class 3 / P = Class 2
o-XyleneLiquidR = Class 3 / P = Class 2
Sodium Hydroxide 10%LiquidR = Class 3 / P = Class 3
Sulphuric Acid 30%LiquidR = Class 3 / P = Class 3