ChemMax® 1 Overboots with Anti-Slip Soles

If you’re interested in availability, please speak with a Lakeland product specialist or your local distributor.

Style Number: CT1S023NS Categories: Chemical Suits, ChemMax® 1

Very lightweight, soft and flexible ChemMax® 1 fabric with textured PVC anti-slip sole.
Low noise level – improved comfort and safety.
Anit-slip sole is backed by ChemMax 1 fabric so chemical barrier is maintained on the sole.
Very cost effective Type 3 & 4 Partial Body chemical protectio.
Infectious Agent Barrier – passes at highest classes in all four EN 14126 bio-hazard tests.
31cm Overboots with textured PVC anti-slip soles and calf and foot ties

Certified to EN1149-5 for static dissipative clothing

Very lightweight, soft and flexible ChemMax® 1 fabric with textured PVC anti-slip sole.
Low noise level – improved comfort and safety.
Anit-slip sole is backed by ChemMax 1 fabric so chemical barrier is maintained on the sole.
Very cost effective Type 3 & 4 Partial Body chemical protectio.
Infectious Agent Barrier – passes at highest classes in all four EN 14126 bio-hazard tests.
31cm Overboots with textured PVC anti-slip soles and calf and foot ties

Certified to EN1149-5 for static dissipative clothing

Very lightweight, soft and flexible ChemMax® 1 fabric with textured PVC anti-slip sole.
Low noise level – improved comfort and safety.
Anit-slip sole is backed by ChemMax 1 fabric so chemical barrier is maintained on the sole.
Very cost effective Type 3 & 4 Partial Body chemical protectio.
Infectious Agent Barrier – passes at highest classes in all four EN 14126 bio-hazard tests.
31cm Overboots with textured PVC anti-slip soles and calf and foot ties

Certified to EN1149-5 for static dissipative clothing

Additional information

Garment Type	Shoe Cover

Request More Information

Chemical Safe-Wear Time Report

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.