Moldex® 2701N95 2700 Disposable Particulate Respirator With Ventex® Valve, S, Resists: Heat, Humidity and Non-Oil Based Particulates
Moldex® 2701N95 2700 Disposable Particulate Respirator With Ventex® Valve, S, Resists: Heat, Humidity and Non-Oil Based Particulates
-
BrandMoldex®
-
UPC092311270104
-
Manufacturer Part Number2701N95
-
CountryUSA
-
Filter ClassN95
-
Filter Efficiency0.95
-
MaterialDura-Mesh® Shell/Softspun® Lining
-
ResistsHeat, Humidity and Non-Oil Based Particulates
-
ColorWhite
-
TypeDisposable
-
Headstrap TypeDual/Non-Adjustable
-
Series2700
-
SizeS
-
Suspension TypeHandyStrap®
- 100% PVC free
- HandyStrap® with buckle, allows mask to hang down around the user's neck when not in use
- Cloth HandyStrap® feels cool and comfortable
- Ventex® valve lets the hot air out fast so workers breath easier and stay cool
- Soft foam nose cushion for added comfort and no pressure points
- Dura-Mesh® shell resists collapsing in heat and humidity
- Molded nose bridge seals easily without a metal noseband
- Facepiece is naturally contoured without pressure points
- Softspun® lining for increased comfort and durability
- Certified under 42CFR84
- Easy breathing comfort
-
UNSPSC46182002
-
Standards/ApprovalsANSI/ISEA 110-2009 Section 7.11.1|NIOSH Approved|OSHA Compliant
-
Specification Sheet
-
Catalog
Recently Viewed
Moldex® 2701N95 2700 Disposable Particulate Respirator With Ventex® Valve, S, Resists: Heat, Humidity and Non-Oil Based Particulates
Moldex® 2701N95 2700 Disposable Particulate Respirator With Ventex® Valve, S, Resists: Heat, Humidity and Non-Oil Based Particulates
Gates® Power Transmission Hi-Power® II C70 Banded Heavy Duty V-Belt, C Section, 7/8 in W Top, 74 in L Outside, 17/32 in THK, EPDM
The wrapped classical section Hi-Power™ V-belt has a long reputation for reliability on agricultural and industrial applications. The arched top of the Hi-Power belt provides superior strength to prevent "dishing" and distortion of the tensile section. The cords are properly aligned, each of them carrying its full share of the load.
