Polx 1200 Cleanroom 100% Polyester Wipes, 9 x 9", 150 per Package
Hisco #:P1200-0909-8-6509
MFG #:P1200-0909-8
$
Manufacturer Lead Time When Not In Stock: 13 days
Minimum Order QTY: 1
Item must be ordered in multiples of 1
Item must be ordered in multiples of 1
The Berkshire P1200-0909-8 is a 9 x 9", white, polyester wipe. The knife cut edge wipe is great for a variety of general cleaning applications including integrated circuit fabrication areas, CD and DVD manufacturing operations, equipment wrap and wipe downs, and much more.
Berkshire P1200-0909-8 Features:- Brand: Polex®
- Product Type: Wipe
- Material: 100% Polyester
- Color: White
- Primary Color: White
- Length: 9in
- Width: 9in
- Applications: Integrated Circuit Fabrication Areas, CD and DVD Manufacturing Operations, Gross Cleans in Fab and Suite Construction, Equipment Wrap and Wipe Downs, Steam Autoclavable For Aseptic, Applying and Removing Cleaning and Disinfecting Solutions in Less Critica
- Package Quantity: 150SH/PK
- Package Quantity1: 8PK/CA
Product Description
Technical Information
Back to top
Product Description
The Berkshire P1200-0909-8 is a 9 x 9", white, polyester wipe. The knife cut edge wipe is great for a variety of general cleaning applications including integrated circuit fabrication areas, CD and DVD manufacturing operations, equipment wrap and wipe downs, and much more.
Berkshire P1200-0909-8 Features:- Brand: Polex®
- Product Type: Wipe
- Material: 100% Polyester
- Color: White
- Primary Color: White
- Length: 9in
- Width: 9in
- Applications: Integrated Circuit Fabrication Areas, CD and DVD Manufacturing Operations, Gross Cleans in Fab and Suite Construction, Equipment Wrap and Wipe Downs, Steam Autoclavable For Aseptic, Applying and Removing Cleaning and Disinfecting Solutions in Less Critica
- Package Quantity: 150SH/PK
- Package Quantity1: 8PK/CA
Technical Information
Brand: Berkshire
Availability: In Stock
Weight: 136
Country Of Origin: US
UPC Code: 00811168023813
$
Minimum Order QTY: 1
Item must be ordered in multiples of 1
Item must be ordered in multiples of 1