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Size Chart

The ChemDefend® 200 range of protective coveralls are constructed from a microporous polyethylene barrier film, glued to a spunbonded polypropylene structural layer. This provides a strong and breathable material, with excellent repellency of liquid chemicals. The material is coated with an electrostatic dissipative layer.

ChemDefend 200® range material is soft and quiet. The coverall is constructed to offer optimum body fit, with generous use of fabric in the underarms, chest and waist, which allows comfortable and unrestricted freedom of movement.

The garment incorporates a number of key design features to assist in maximising protection, comfort and strength and to ease the donning and doffing process.

The garment is based on an internally stitched seam, but in key parts of the coverall uses a sealed seam, bound with a barrier material. This further enhances the strength and liquid repellency of the coverall.

ChemDefend 200® material conforms to EN14126:2003 but the stitched seams do not provide a barrier to bacteria, virus and blood borne pathogens.

Type 6 – EN13034:2005+A1:2009 – Reduced spray-suits which offer limited protection against a light spray of liquid chemicals.

Type 5 – EN ISO 13982-1:2004+A1:2010 – Dry particle protection – suits which provide protection to the full body against airborne solid particles.

EN1073-2:2002 – Protective clothing against radioactive particulate contamination.

EN1149-5:2008 – Protective clothing with electrostatic dissipative properties.

The product range is available in sizes Small to 3XL and a range of styles to suit different applications.

Fabric Description

Microporous Polyethylene (PE) Laminate.

200 Fabric
Fabric Weight
50 gsm
Seam Type

The garment has both stitched and bound seams, to combine strength, maximum liquid and particle protection and cost effectiveness. Models also available with all seams fully bound and sealed.

200 Stitched Seam
200 Boud Seam
Colour Options

Suitable Applications

  • Production environments where dust and low level liquid and chemical spray protection is needed
  • Pharmaceutical industry
  • Automotive industry
  • General paint spraying
  • Boat and ship building
  • Windmill turbine production
  • Handling and mixing of resin compounds
  • Mining
  • Low hazard chemical cleaning

Available Models

Part Number Fabric Description
200W/001/SB/__/STD ChemDefend® 200 Coverall with 3-piece hood, attached thumb loops, elasticated wrists, waist and ankles. 2-way front zipper with re-sealable storm flap. Stitched seams in the torso, but with the lower seams and crotch seams bound for added strength and protection.
200W/003/SB/__/STD ChemDefend® 200 Coverall with collar, elasticated wrists, waist and ankles. 2-way front zipper with re-sealable storm flap and thumb loops. Stitched seams but with the leg and crotch seam bound for added strength and protection.
200W/004/SB/__/STD ChemDefend® 200 Coverall with 3-piece hood and attached socks, elasticated wrists, waist and ankles. 2-way front zipper with re-sealable storm flap, attached thumb loops. Stitched seams in the torso but with the lower seams and crotch seam bound for added strength and protection.

Note: ChemDefend® does not give any warranties or make any representations about its coveralls other than those contained within the official literature supplied by ChemDefend® with each coverall. Risk analysis should be carried out by the user to select the appropriate PPE and it is the user's responsibility to select the correct combination of full body protective coverall and other equipment. The user will also need to determine how long a coverall can be worn for a particular use and/or exposure to a hazard, with regard it its protective performance, comfort and heat stress. Unless otherwise stated all test data relates to laboratory test data generated on fabrics only. Note that seams and closure systems may offer different, possibly lower chemical barrier protection.

Call us on +44 (0)1482 644220 or email

EN14325:2004 Fabric Physical Performance

Fabric Physical Tests according to EN 14325: 2004
Test Method Result EN Class
Abrasion Resistance EN530 Method 2 >100 <500 cycles 2 of 6
Flex ISO 7854 Method B >15,000 < 40,000 4 of 6
Tear Resistance EN ISO 9073-4 (MD) 50.2 N 3 of 6
Tear Resistance EN ISO 9073-4 (CD) 28.7 N 2 of 6
Tensile Strength ISO 13934-1 (MD) 88.0 N 2 of 6
Tensile Strength ISO 13934-1 (CD) 43.0 N 1 of 6
Puncture Resistance EN 863 8.0 N 1 of 6

Additional Fabric Performance Data

Other Physical Performance Data
Description Result
EN 20811 Resistance to Water Penetration 24.3 kPa
ISO 13938-1 Bursting Resistance 123 kPa Class 2 of 6
EN 25978 Resistance to Blocking No Blocking
EN 1149-5: 2008 Electrostatic Surface Resistance


Half Decay t50 = 0.12s

Inner R = 1.1 x 109 Ω
Outer R = 2.5 x 108 Ω

EN13688:2013 Protective Clothing General Requirements.

EN ISO 3071:2005 pH aqueous extract


Whole Suit Performance

Whole Suit Results
Test Method Description


EN ISO 13982-2 Method B Type 5 Particulate Inward Leakage*


TIL = 2.2%

Ljmn, 82/90 ≤ 6.6 %

Ls, 8/10 ≤ 3.5%

EN ISO 17491-4:2008 Method A Type 6 Reduced Spray Test*


Note: 2 suits no leakage with ingress on 1 suit only and stain < 2.5% of total permitted leakage/suit.

EN 1073-2:2002 Inward leakage test non-ventilated protective clothing against particulate radioactive contamination*


Class 1 of 3

NPF 40

TILE = 4.0 %

TILA = 2.5 %

EN ISO 13935-2 Seam Strength Stitched: 87.0 N Class 3 of 6
Bound: 100.0 N Class 3 of 6

*Whole suit tests performed with wrists, cuffs, ankles and hood taped to ancillary PPE with the zip flap sealed.

TILE highest reading (inward leakage) from the 3 exercises

Penetration and Repellency

Chemical Repellence EN368 / EN ISO 6530
Chemical Result EN Class
30% Sulphuric Acid 96.7% 3 of 3
10% Sodium Hydroxide 97.9% 3 of 3
o-Xylene 97.3% 3 of 3
Butan-1-ol 95.6% 3 of 3
Chemical Penetration EN368 / EN ISO 6530
Chemical Result EN Class
30% Sulphuric Acid 0.0% 3 of 3
10% Sodium Hydroxide 0.0% 3 of 3
o-Xylene 0.0% 3 of 3
Butan-1-ol 0.0% 3 of 3

Barrier to Biological and Infective Agents

EN 14126: 2003 - Barrier to Infective Agents
Test Method Result EN Class
ISO 16603 - Resistance to penetration by blood/fluids under pressure 1.75 kPa 2 of 6
SO 16604 - Resistance to penetration by blood borne pathogens Phi-X174 method 1.75 kPa 2 of 6
EN ISO 22610 - Resistance to wet bacterial penetration (mechanical contact) Penetration >75 mins 6 of 6
ISO/DIS 22611 - Resistance to biologically contaminated aerosols Penetration Ratio
Log 1.3
1 of 3
ISO 22612 - Resistance to dry microbial penetration Penetration Log UFC 0.3
3 of 3

Get in touch

ChemDefend Co Ltd. Unit 15, Waterside Business Park, Livingstone Road, Hessle.

+44 (0)1482 644220
+44 (0)770 101 1148
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