Download microflex® 93-260 chemical resistant disposable glove

MICROFLEX® 93-260
CHEMICAL RESISTANT DISPOSABLE GLOVE
Tough Chemical Protection and Unparalleled Comfort for Maintenance Workers
CHALLENGES
Common Maintenance &
Repair Applications
Maintenance and repair workers across a range of industries are often exposed
to caustic cleaning agents and chemicals while inspecting, repairing and
cleaning equipment, tools and surfaces. Some protect their hands by wearing
disposable gloves that may not offer the chemical protection they need. Others
choose chemical gloves that offer greater protection, but compromise their
ability to effectively manipulate and feel things with their fingers – decreasing
their productivity.
• Inspection of hard-to-reach areas
of mud pumps, hose connections,
valves, belts and other equipment
THE SOLUTION
Needs Addressed by
Microflex 93-260
Microflex 93-260 is the thinnest chemical resistant disposable glove available.
With this innovative new glove, maintenance workers get the advanced
protection against chemicals they need, with the grip, tactility and dexterity
of a thin, disposable glove. The result is a hand protection solution that better
protects those who currently use traditional disposable gloves, while increasing
the productivity of those currently wearing traditional chemical gloves.
• Protection against a wide range
of chemicals, oils and other toxic
substances
INNOVATIVE 3 LAYER DESIGN*
End-Benefits
1. Solvent resistant exterior
2. Acid & base resistant middle layer
3. Easy-donning interior
ERGOFORM™
Ergonomic Design Technology
www.ansell.com/microflex93260
* The method used to produce this 3 layer design is patent pending.
Ansell, ® and ™ are trademarks owned by Ansell Limited or one of its affiliates. US Patented and US and non-US Patents
Pending: www.ansell.com/patentmarking © 2016 Ansell Limited. All Rights Reserved.
• Handling nuts and bolts when
removing machinery panels or
replacing parts
• Degreasing and cleaning small
parts, tools and surfaces
• High level of dexterity and tactility
to handle and repair small parts
• Tough exterior for reliable abrasion
resistance
• Decreased risk of chemical
exposure
• Increased safety
• Increased efficiency / productivity