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ChemMax® 1 Cool Suit® version. Key protective parts of the suit – the front torso, the hood, arms and legs – are constructed with lightweight and flexible ChemMax® 1 fabric, and stitched and taped, sealed seams. The breathable SMMS panel to the rear is protected by a ChemMax® 1 cover, sealed at top and sides, and open at the bottom with a generous overlap. This innovative design allows air to circulate in and out of the suit, an effect that increases with user movement, providing breathability and improving comfort for the wearer. Coverall with elastic hood, cuffs, waist and ankles. Offers EN Type 4 liquid spray protection and resistance against a broad range of chemicals (main garment fabric only).
Yellow fabric with distinctive green seams and rear panel cover.
Lakeland‘s unique Super-B style featuring 3-piece hood, inset sleeves and crotch gusset for better fit, superior freedom of movement, comfort and durability. Certified to EN1149-5 for static dissipative clothing. Note: the ChemMax® 1 Cool Suit® breathable panel to the rear has a lower protection level than the rest of the garment, so the garment may not be suitable for all applications, specifically where there is a risk of a liquid spraying up the back of the suit.
ChemMax® 1 Cool Suit® version. Key protective parts of the suit – the front torso, the hood, arms and legs – are constructed with lightweight and flexible ChemMax® 1 fabric, and stitched and taped, sealed seams. The breathable SMMS panel to the rear is protected by a ChemMax® 1 cover, sealed at top and sides, and open at the bottom with a generous overlap. This innovative design allows air to circulate in and out of the suit, an effect that increases with user movement, providing breathability and improving comfort for the wearer. Coverall with elastic hood, cuffs, waist and ankles. Offers EN Type 4 liquid spray protection and resistance against a broad range of chemicals (main garment fabric only).
Yellow fabric with distinctive green seams and rear panel cover.
Lakeland‘s unique Super-B style featuring 3-piece hood, inset sleeves and crotch gusset for better fit, superior freedom of movement, comfort and durability. Certified to EN1149-5 for static dissipative clothing. Note: the ChemMax® 1 Cool Suit® breathable panel to the rear has a lower protection level than the rest of the garment, so the garment may not be suitable for all applications, specifically where there is a risk of a liquid spraying up the back of the suit.
ChemMax® 1 Cool Suit® version. Key protective parts of the suit – the front torso, the hood, arms and legs – are constructed with lightweight and flexible ChemMax® 1 fabric, and stitched and taped, sealed seams. The breathable SMMS panel to the rear is protected by a ChemMax® 1 cover, sealed at top and sides, and open at the bottom with a generous overlap. This innovative design allows air to circulate in and out of the suit, an effect that increases with user movement, providing breathability and improving comfort for the wearer. Coverall with elastic hood, cuffs, waist and ankles. Offers EN Type 4 liquid spray protection and resistance against a broad range of chemicals (main garment fabric only).
Yellow fabric with distinctive green seams and rear panel cover.
Lakeland‘s unique Super-B style featuring 3-piece hood, inset sleeves and crotch gusset for better fit, superior freedom of movement, comfort and durability. Certified to EN1149-5 for static dissipative clothing. Note: the ChemMax® 1 Cool Suit® breathable panel to the rear has a lower protection level than the rest of the garment, so the garment may not be suitable for all applications, specifically where there is a risk of a liquid spraying up the back of the suit.
| Garment Type | Coverall |
|---|---|
| Case Size | 10 |
Our Safe-Wear Time assessment indicates an effective maximum period a suit may be worn in a specific application before possible leakage may result in harm to the wearer, based on a total inward leakage derived from both fabric permeation and possible suit inward leakage, on the parameters of your application (such as temperature) and on the defined toxicity thresholds (TL’s shown in the tab above) for the chemical.