3M Protective Coverall, Cool White, 4532+ W-4XL

The 4532+ series of protective coveralls from 3M™ possesses a unique material treatment that improves liquid holdout with the addition of oil and alcohol repellent properties as well as protection against toxic dusts and nuclear particles. Fully certified to Type 5 for hazardous particles and Type 6 for limited chemical splash, the SSMMS material combines comfort and breathability with safety. The SSMMS construction is formed by a layer of spunbond on the inner and a double layer on the outer and 2 layers of meltblown material in the middle. The Spunbond gives the product the durability and splash protection, while the Meltblown layers filter out dry particulates. Available in two colours (blue and white) and varying sizes to suit your requirements.

Features:

• Material possesses unique liquid repellent properties via the oil and alcohol resistance material treatment
• Manufactured from a lightweight and robust multi-layered 52gsm SSMMS (Spunbond Meltblown Spunbond Polypropylene) for superior lasting performance
• Non-woven SSMMS structure allows for the effective release of body heat and moisture
• Freedom of movement and optimum fit is guaranteed by the 3 panel hood, reinforced triangular gusset panel, 2-way zip and storm flap with sealable tape and elasticated back and ankles
• The anti-static coating to EN 1149-5 reduces static discharge and the risk of sparks to increase safety

Typical Applications:

• Asbestos inspection and removal
• Site preparation
• Light industrial cleaning
• Machine maintenance
• Painting & coating
• Pharmaceutical processing
• Handling toxic powders

Standards:

• EN13034:2005+A1:2009
• EN ISO 13982-1:2004 +A1:2010
• EN 1149-5:2008 + EN1 149-1:20061
• EN 1073-2:2002 Class 1

Notes:

DO NOT USE FOR:

• Contact with heavy oils, sparks or flame, or combustible liquids
• Environments with high mechanical risks (abrasions, tears, cuts)
• Contact with hazardous substances beyond Type 5/6 certification
• Environments with conditions of excessive heat