Brady® 127355 High Performance Rectangular Fire and Emergency Sign, 10 in H x 14 in W, Black/Blue on White, B-302 Polyester, Self-Adhesive Mount
127355
MFG #: 127355
$22.87
/ EA
Estimated Delivery 7 to 10 Business Days
- Country of Origin: US
- Height: 10 in
- Legend: NOTICE TORNADO SHELTER with Tornado Shelter Symbol
- Legend Style: Symbol/Text
- Legend/Background Color: Black/Blue on White
- Manufacturer Name: Brady Worldwide
- Material: B-302 Polyester
- Mounting Type: Self-Adhesive
- Type: High Performance Rectangular
- Width: 14 in
B-302 is an indoor/outdoor high performance pressure sensitive safety sign and is surface printed polyester with a polyester overlaminate. Weathers up to 8 years outdoors, even longer indoors and withstands wide temperature variations (up to 230 deg F).
- Item Features
- Application
- Standards
- B-302 is an indoor/outdoor high performance pressure sensitive safety sign and is surface printed polyester with a polyester overlaminate
- Permanent cold temperature pressure sensitive acrylic adhesive that makes the sign able to apply at 0 deg F
- Used for safety signs, identification of fire alarms, extinguishers and emergency exits
- Particularly suited for outdoor application and in harsh environment where excellent abrasion and chemical-resistance is required beyond a surface printed label
- Polyester laminate withstands up to 1000 cycles
- 5 to 8 years average expected outdoor life of product will depend on user definition of failure and climatic condition
- English language
- Weathers up to 8 years outdoors, even longer indoors, and withstands wide temperature variations (up to 230 deg F)
- Flexible material conforms to most surfaces while protected graphics hold up to harsh environments, abrasion, and repeated spills and cleanings
- Permanent, pressure sensitive adhesive forms a long-lasting bond to even the most difficult surfaces and shapes
For harsh environment where excellent abrasion and chemical-resistant is required beyond a surface printed label and indoor/outdoor application
ANSI Z53.1-1967/Z535-2006|OSHA 29 CFR 1910.145