Dräger offers with Drägersorb® a high-quality soda lime for the absorption of carbon dioxide (CO2) and other acidic gases. Different versions of Drägersorb® are available depending on the application.
Unique pellet shape The unique hemispherical pellet shape allows a low breathing resistance and thereby provides longer usage periods.
Reproducible absorption The uniform shape ensures an even filling of the cartridge resulting in reproducible CO2 absorption and prevents channelling in the cartridge.
Indicator The Drägersorb 400 ind and the Drägersorb 400 ind S feature a color indicator. The indicator will change with e.g. CO2 from white to violet, the external signal for the replacement of soda lime.
High CO2 absorption capacity The extensive inner surface of the soda lime pellet guarantees a high CO2 absorption capacity.
High resistance to abrasion The unique hemispherical pellet shape has a high resistance to abrasion and thereby reduces dust formation.
Higher water content The Drägersorb 400 S and the Drägersorb 400 ind S offer a higher water content. Dräger is the only company to produce soda lime with higher water content especially for room air application and whose filtering function lasts longer under these conditions than conventional soda lime products.
Typical applications ventilation filter for waste water plants supply air filter for cooling water circulations in power plants (deionised water) shelter and rescue rooms in mining rescue trains
These stylish wrap-around safety spectacles offer excellent all-round protection for the eyes and face. The frameless design utilises polycarbonate material to deliver a comfortable and lightweight product that encourages wide use among staff.
Features and Benefits • Half frame design allows a good fit and offers excellent coverage • Offers excellent impact protection and resistance to high temperatures • UV protective clear lens for outdoor wear
Typical Applications • Dust • Indoor • Outdoor
Standards • EN166 1FT • EN170
Notes • Not suitable for use over prescription glasses
These Kevlar® Sewn, Split Leather Heat-Resistant Welding Gauntlets from the Halo® PPE range have been designed with comfort and performance in mind. Halo® products are manufactured to suit a diverse workforce, and ensure everyone is protected. By choosing Halo® you are supporting worthwhile charities including Mind for Mental Health and The Diversity Trust. Where possible, single-use plastic bags have been removed from Halo® packaging to reduce our impact on landfill and on the environment.
This heavy-duty full welder's gauntlet is manufactured to deliver excellent protection against burn damage. Featuring durable Kevlar® stitching throughout the product, and cotton lined for comfort.
Features and Benefits • Cotton lined for user comfort • The split leather construction possesses excellent heat-resistant properties to provide great protection whilst welding • Gauntlet style design provides full protection against welding sparks and grinding splash • Reinforced palm and thumb for durability and extra protection • Concealed Kevlar® seams to prevent burn damage
Standards • Halo® products are BSI tested • EN 388:2016 4.1.4.4.X • EN 407:2004 4.1.3.1.4.X • EN 12477:2001+A1:2005 A • CAT II
These stylish wrap-around safety spectacles offer excellent all-round protection for the eyes and face. The frameless design utilises polycarbonate material to deliver a comfortable and lightweight product that encourages wide use among staff.
Features and Benefits • Half frame design allows a good fit and offers excellent coverage • Offers excellent impact protection and resistance to high temperatures • UV protective clear lens for outdoor wear
Typical Applications • Dust • Indoor • Outdoor
Standards • EN166 1FT • EN170
Notes • Not suitable for use over prescription glasses
The PARAT® filtering escape hoods were developed with users, placing the focus on the fastest possible escape. Optimized operation and wearing comfort, a robust case and a sealed filter ensure protection from toxic industrial and/or fire-related gases, vapours and particles for at least 15 minutes.