Accurate and reliable results The hazardous substances in the air are collected using a suitable medium – such as activated charcoal, silica gel or molecular sieves. The sample is then analyzed in a laboratory with the aid of instrumental analysis. The sampling process is conducted either actively with a manual Dräger accuro or automatic Dräger-Tube pump X-act 5000, or passively via a diffusion sampler.
Suitable for complex cases The Dräger Sampling Tubes and Systems allow to identify and measure different substances even under difficult conditions. This applies especially to very complex mixtures of substances or cases in which several similar substances are present at the same time.
Advantages of passive sampling Low price since no additional sampling equipment is required Long-term sampling does not require any preparation of the room Low determination and detection limits Fluctuations of concentration are integrated into the measurement result Overview measurements as well as surveillance of limit values
Advantages of active sampling Accumulation of substances in large amount of air within short time Low determination and detection limits
The Dräger FPS® 7000 full-face mask series sets new standards in terms of safety and wearing comfort. Thanks to its enhanced ergonomics and the availability of multiple sizes, it offers a large, optimized field of vision and a very comfortable, secure fit.
Manufactured from high-quality, specially selected chrome leather, these generous fit rugged aprons deliver excellent quality at the perfect price. Protecting users against weld spatter and grinding sparks, wearers are allowed complete freedom of movement for comfortable extended wear.
Features and Benefits • Spatter and tear-resistant for long product life • Delivers maximum protection to the torso and upper leg • Heavy-duty stitching on the seams for durability
Typical Applications • Workshops • Foundries
Standards • CE certified • EN470-1 CAT II
Notes • Available in a choice of tie or buckle fastening
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 splash-resistant, anti-static, long-sleeved overalls from Tuffsafe® are designed to meet safety standards against a wide range of contaminants. Lightweight and comfortable for prolonged wear, the micro-porous material weighs just 65gsm, making these coveralls ideal for hot and humid working environments.
Features and Benefits • Easy to use, non-woven disposable coveralls that have been designed to zip over neck to above the chin to protect exposed neck areas • Elasticated hood, cuffs, back and ankles for quick and secure usage • Anti-static and liquid repellent protection against a wide range of contaminants • 2-way zip design at front with 1-ply adhesive tape storm-flap for convenience • Flexible diamond crotch gusset to improve movement
Typical Applications • Industrial use • Chemical industry
Standards • EN ISO 13982-1:2004 • EN 13034:2005 • EN 1149-1 • EN 14126:2003