48-22-8951 • SMARTSWIPE™ palm and fingertips permits the use of touch screen devices without removing gloves • Double dipped nitrile grip for best in class protection and durability • Nylon & HPPE liner material
• SMARTSWIPE™ palm and fingertips permits the use of touch screen devices without removing gloves • Double dipped nitrile grip for best in class protection and durability • Nylon & HPPE liner material • High dexterity design when handling small objects • Best in class puncture rating for resistance to sharp materials • ANSI 5 • TDM cut rating E • Abrasion rating 4 • Tear rating 4 • Puncture rating 4 • Breathable glove design • Ideal use for sheet metal, ducting, and glass handling applications • Double dipped nitrile with sandy texture finish
The automatic tube pump Dräger X-act® 5000 Basic is the all-in-one solution designed for measurements with Dräger short-term tubes and for sampling tubes and systems. Ease of operation and a high degree of reliability compliment the measurement and sampling of gases, vapors and aerosols.
Keeping the roads safe and free of impaired drivers is an unpredictable and high stress job. Dräger designed the Alcotest® 6820 handheld breathalyzer specifically for the needs of law enforcement officers. It’s easy to use and provides fast, reliable results in the toughest environments you face when every second matters.
The MSA AirXpress 2 Fire is a simplistic, reliable and economical SCBA that meets the EN 137, Type II requirements for the fire service market and a variety of related applications. The AirXpress 2 Fire is rugged and reliable with customizable configurations depending on your needs. This Self-Contained Breathing Apparatus boasts a new, modern design and the easy-to-maintain construction provides low cost of ownership.
The new AX demand valve provides an adjustable flow rate and an optional manual bypass function. Zippers on shoulder harnesses allow for switching of pressure gauge and demand valve from one side to another. All the added features of the AirXpress 2 Fire are ideal for extreme working conditions (heavy breathing environments) and increased overall user safety.