Honeywell First Responder Products 45633C-BRN-070

Technical Specification

Features:

Make: Honeywell First Responder Products
Model code: 45633C-BRN-070
Series: Oliver 45 Series
Standard Compliance: ASTM
Material: Leather

Additional info:

Oliver 45 Series composite toe safety footwear features liquid-resistant leather: non-metallic construction: padded collar and tongue: and COMFORTcushion insole. Wheat leather: lace-up: 6 in (150 mm). Meets ASTM F2413-11 M I/75 C/75 EH.Features & Benefits: Liquid-resistant leather. Composite toe impact protection is 40% lighter than traditional steel toe: for less fatigue when worn all day. NANOlite and COMFORTcushion technology to help reduce leg fatigue and enhance comfort. All-terrain: TPU soling technology consists of a lightweight: shock absorbing low-density PU (polyurethane) midsole cushions the foot with each step for excellent comfort. Oliver outsole design is slip-resistant to help prevent worker slips and falls and is heat-resistant to temperatures up to 266° F (130° C).

Contact manufacturer Contact manufacturer Datasheet Datasheet

Make	Honeywell First Responder Products
Manufacturer	Honeywell First Responder
Category	Protective Apparel>Boots
Model code	45633C-BRN-070
Series	Oliver 45 Series
Standard Compliance	ASTM
Material	Leather
Additional info	Oliver 45 Series composite toe safety footwear features liquid-resistant leather: non-metallic construction: padded collar and tongue: and COMFORTcushion insole. Wheat leather: lace-up: 6 in (150 mm). Meets ASTM F2413-11 M I/75 C/75 EH. Features & Benefits: Liquid-resistant leather. Composite toe impact protection is 40% lighter than traditional steel toe: for less fatigue when worn all day. NANOlite and COMFORTcushion technology to help reduce leg fatigue and enhance comfort. All-terrain: TPU soling technology consists of a lightweight: shock absorbing low-density PU (polyurethane) midsole cushions the foot with each step for excellent comfort. Oliver outsole design is slip-resistant to help prevent worker slips and falls and is heat-resistant to temperatures up to 266° F (130° C).
Download PDF version Download PDF version