Brady
Brady® 126035 High Performance Laminated Rectangle Chemical and Hazardous Material Sign, CAUTION, Text, B-302 Polyester, Self-Adhesive Mount, 10 in H x 14 in W, English
126035
MFG #: 126035
$43.38
/ EA
Estimated Delivery 7 to 10 Business Days
- Type: High Performance Laminated Rectangle
- Language: English
- Legend Style: Text
- Legend: CAUTION NO CHEMICALS IN DRAINS USE CHEMICAL WASTE CONTAINERS
- Material: B-302 Polyester
- Mounting Type: Self-Adhesive
- Height: 10
- Width: 14
- Legend/Background Color: Black on Yellow
Brady® Chemical and Hazardous Material Sign, High Performance Laminated Rectangle, Header: CAUTION, Language: English, Text Legend, Legend: NO CHEMICALS IN DRAINS USE CHEMICAL WASTE CONTAINERS, B-302 Polyester, Self-Adhesive Mounting, 10 in Height, 14 in Width, Black on Yellow Legend/Background
- High performance pressure sensitive safety sign and is surface printed polyester with a polyester ov
- Flexible material conforms to most surfaces while protected graphics hold up to harsh environment, a
- Weathers up to 8 years outdoors, even longer indoors and withstands wide temperature variations (up
- Permanent, pressure sensitive adhesive forms a long lasting bond to even the most difficult surfaces
- Permanent, pressure sensitive adhesive forms a long-lasting bond to even the most difficult surfaces
- Cold temperature adhesive allows the signage to be applied at 0 deg F
High performance pressure sensitive safety sign and is surface printed polyester with a polyester overlaminate
Flexible material conforms to most surfaces while protected graphics hold up to harsh environment, abrasion and repeated spills and cleanings
Weathers up to 8 years outdoors, even longer indoors and withstands wide temperature variations (up to 230 deg F)
Permanent, pressure sensitive adhesive forms a long lasting bond to even the most difficult surfaces and shapes
Permanent, pressure sensitive adhesive forms a long-lasting bond to even the most difficult surfaces and shapes
Cold temperature adhesive allows the signage to be applied at 0 deg F