Sani-Cloth Prime Germicidal Disposable Wipes, Large, 1-Ply, 6 x 6.75, Unscented, White, 160/Canister, 12 Canisters/Carton
- Powered by a next generation proprietary blend of quaternary ammonium, isopropyl alcohol (IPA) and ethanol.
- True one-minute bactericidal, fungicidal, virucidal and tuberculocidal performance.
- Destroy overs 50 microorganisms, including Candida auris, SARS-CoV-2 and 17 multi-drug resistant organisms (MDROs) like MRSA, CRE and VRE.
- Premoistened and ready-to-use.
- Safe for use on a broad range of health-care equipment and most hard, nonporous surfaces.
Description
Specifications
Made In
US
UNSPSC Code
47131502
Weight
28.87lb
Height
11.5in
Width
14.58in
Length
15.32in
Applicable Material
Hard Nonporous Surfaces; Medical Equipment
Application
Hospitals; Medical Facilities; Nursing Homes
Brand
SANI PROFESSIONAL
Category
Cleaning Cloths & Wipes
Color(s)
White
Compliance Standards
EPA Reg. No. 9480-12; EPA List N; EPA List Q; Meets CDC, OSHA & Infection-Control Guidelines
Dirt Types
Bactericidal; Fungicidal; Tuberculocidal; Virucidal
Global Product Type
Cleaner/detergent Wet Wipes
Length
6.75"
Number Of Plies
1
Number of Towels/Wipes Per Container
160
Post-Consumer Recycled Content Percent
0%
Pre-Consumer Recycled Content Percent
0%
Product Biodegradability Indicator
N
Product Compostability Indicator
N
Product Packaging
Canister
Scent
Unscented
Special Features
Large Wipes
Total Recycled Content Percent
0%
Towel/wipe Type
Cleaning/Disinfecting Wipes
Width
6"
Recommendations
Compare
Sani-Cloth Prime Germicidal Disposable Wipes, Large, 1-Ply, 6 x 6.75, Unscented, White, 160/Canister, 12 Canisters/Carton
- Powered by a next generation proprietary blend of quaternary ammonium, isopropyl alcohol (IPA) and ethanol.
- True one-minute bactericidal, fungicidal, virucidal and tuberculocidal performance.
- Destroy overs 50 microorganisms, including Candida auris, SARS-CoV-2 and 17 multi-drug resistant organisms (MDROs) like MRSA, CRE and VRE.
- Premoistened and ready-to-use.
- Safe for use on a broad range of health-care equipment and most hard, nonporous surfaces.
Recommendations
Compare
