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Very light, soft and flexible fabric with stitched and taped seam construction. Low noise level for improved comfort and safety. EN Type 3 liquid jet spray and Type 4 liquid spray chemical protection. Integrated socks with protective flaps on boots. Infectious Agent Barrier – passes all four EN 14126 bio-hazard tests at the highest classes. 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. Double zip and storm flap front fastening and in-built cushioned knee-pads for added comfort and protection. Certified to EN1149-5 for static dissipative clothing.
Very light, soft and flexible fabric with stitched and taped seam construction. Low noise level for improved comfort and safety. EN Type 3 liquid jet spray and Type 4 liquid spray chemical protection. Integrated socks with protective flaps on boots. Infectious Agent Barrier – passes all four EN 14126 bio-hazard tests at the highest classes. 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. Double zip and storm flap front fastening and in-built cushioned knee-pads for added comfort and protection. Certified to EN1149-5 for static dissipative clothing.
Very light, soft and flexible fabric with stitched and taped seam construction. Low noise level for improved comfort and safety. EN Type 3 liquid jet spray and Type 4 liquid spray chemical protection. Integrated socks with protective flaps on boots. Infectious Agent Barrier – passes all four EN 14126 bio-hazard tests at the highest classes. 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. Double zip and storm flap front fastening and in-built cushioned knee-pads for added comfort and protection. Certified to EN1149-5 for static dissipative clothing.
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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.
