West Chester Posi-Wear® BA™ Microporous Disposable Coveralls with Hood and Boot
| Applications | Manufacturing; Pressure Washing; Painting; Resurfacing; Fiberglass Handling |
|---|---|
| Color | White |
| Material | Polypropylene |
| Resistance | Dry Particulates; Liquid Sprays |
| Size Group | 3X-Large |
| Style | Attached Hood with Elastic; Attached Boot with Elastic; Elastic Wrist; Zipper Front |
| Brand |
Breathable microporous material that protects against dry particulates and liquid sprays. Good for use in manufacturing, pressure washing, painting, resurfacing and fiberglass handling.
The Classic Series rain gear is made of the most popular material in the Industry. It combines the strength and waterproof qualities of PVC with the durability of a polyester backing. The 200J safety rain jacket is waist length and features a snap front, take up snaps at the wrists, detachable hood with drawstring, and 2 patch pockets. If you are looking for the best snap on rain jacket options, look no further than MCR Safety! Additional Information: ASTM F903 Chemical Test Results
Five layers of protection providing a high level of breathability and protection against dry particulates and water based light liquid sprays and splashes. Good for use in industrial manufacturing, paper industry, food processing and any heavy dust environment.
For those applications where being seen is of the utmost importance, MCR Safety’s Luminator™ Series offers you a variety of high visibility garments made in different colors and different options of reflective material. The 201CL3 is a fluorescent orange 49 inch long raincoat that features silver reflective stripes around the torso, over each shoulder, and at the bottom of the coat. It meets or exceeds ANSI/ISEA Type R Class 3 high visibility standards and has a snap front with storm fly. This waterproof raincoat has been treated to be limited flammability. If you are looking for the best raingear options, look no further than MCR Safety! This garment is not flame resistant as defined by ANSI/ISEA 107 Section 10.5.