3M 142-6002 28880 ACID GAS CARTRIDGE

28880 ACID GAS CARTRIDGE

3M™ Acid Gas Cartridges (28880) absorb sulfur dioxide and remove acidic gases from air

Used with 3M Series 4000, 60 Series and 550 Series gas detection instruments

For the best way to clean the air in your facility, look no further than this 28880 ACID GAS CARTRIDGE

3M 143-6002 28880 is a replacement gas cartridge for the 3M 5510 Level C Particulate Respirator and the 3M 5511 Gasketed Hood

Cartridges are available in single cans or cases

These cartridges are designed for use with 3M™ thermal oxidizers for improving indoor air quality

For use with all 3M 5510 and 5511 series particulate respirators with positive pressure SCBA-type full facepiece (FFP1) configurations

Factory-assembled to ensure leakage-free performance, these cartridges prevent contaminants from entering the breathing zone of the wearer

It is available in a 4 pack and is compatible with a wide variety of 3M masks and respirators

The cartridge uses a non-toxic, nonirritating, synthetic acid gas to neutralize particulate contaminants in air

3M 142-6002 28880 ACID GAS CARTRIDGE

3M142-6002 28880 ACID GAS CARTRIDGE

Acid gas cartridges help remove carbon dioxide and other gases from air

3M Gas and particulate cartridges are designed to provide proven protection against a broad range of contaminants in industrial applications

It can be used up to 40 times before disposal

They are available in non-sensitive (non-acid) and acid configurations with a full range of end caps, filter materials and replaceable components, making them ideal for diverse applications in construction, manufacturing and food processing

1-28880 ACID GAS CARTRIDGE

The cartridges are available in capacity options ranging from 1/2 pound (227 grams) to 2 pounds (907 grams)

3M 142-6002 28880 ACID GAS CARTRIDGE,RANGE: OIL (8) ALCOHOL (6) PROPANE,WOMENS: 10 WASHERS,LENGTH: 2

To ensure quality, 3M has manufactured innovative cartridges with a patented seam and venting system to prevent leakage and provide consistent performance over time