Thorogood I-MET2 Unisex Composite Toe Internal Met Guard SlipOn Work Shoe
Internal met guard slip-on for men and women
Internal met guard slip-on for men and women
Details
https://www.lehighsafetyshoes.com/mens/safety-boots/thorogood-i-met2-unisex-composite-toe-internal-met-guard-slipon-work-shoe/8044320.htmlPromotions
Special Offer
Free Gift With Purchase
Details
Get a free pair of Thorogood socks with any Thorogood purchase in September.
Variations
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Select a Color : BROWN
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Thorogood I-MET2 Unisex Composite Toe Internal Met Guard SlipOn Work Shoe
Internal met guard slip-on for men and women
Details
https://www.lehighsafetyshoes.com/mens/safety-boots/thorogood-i-met2-unisex-composite-toe-internal-met-guard-slipon-work-shoe/8044320.htmlPromotions
Special Offer
Free Gift With Purchase
Details
Get a free pair of Thorogood socks with any Thorogood purchase in September.
Variations
-
Select a Color : BROWN
-
Select a Width :
-
Select a Size :
Product Actions
Product Warranty | Returns & Exchanges
Additional Information
If you are seeking a slip-on met guard work shoe, then you need look no further. Meet the Thorogood I-MET2 Unisex Composite Toe Internal Met Guard SlipOn Work Shoe.
This casual shoe is comfortable and safe. The stylish profile can easily transition from the shop floor to the office, and then to home.
The I-Met2 has a composite toe and an internal metatarsal guard that meet the current ASTM standards. This shoe also meets the ASTM and CSA-Z195 standards for electrical hazard.
The upper of this Thorogood slip-on is constructed from a brown full-grain leather with a black collar. The inside is lined with a moisture wicking comfort weave. To add further comfort there is a removable full-length PU footbed.This Thorogood met guard shoe has a compression-molded polyurethane midsole that has a gel heel insert for cushioning and flexibility. A engineered-composite shank will ensure that you have steady footing and helps deliver support to your foot's arch. The outsole is dual density rubber and EVA that is slip-, oil-, and abrasion-resistant.
Get a low-cut met guard shoe that can go anywhere. This shoe is an excellent choice.- Moisture-wicking lining
- Non-metallic
- Removable PU Footbed
- Light and flexible cement construction
- Full-grain leather upper
- ASTM F2413 protective toe classification
- ASTM F2413 electrical hazard standard
- TPU shank
- ASTM F2413 metatarsal guard standards
- Molded EVA midsole
- CSA Omega Rectangle meets CSA standards for electric shock resistance
- Dual-density EVA/ rubber outsole
- Weight: 2.5 pounds per pair for a size 10
- THIS STYLE IS NOT AVAILABLE TO SHIP TO CALIFORNIA, DUE TO CALIFORNIA PROPOSITION 65
- Unisex sizing — Men's sizes shown; women should subtract 1 1/2 sizes from their current shoe size
Protective Toe
Impact testing determines the amount of protection to the toe under various foot pounds of force. Compression testing determines the amount of static pressure a steel/composite toe cap can withstand. Our boots are I75/C75
Electrical Hazard
Footwear is built with nail-free construction to help insulate you from the ground to slow down conduction, but is not intended to be primary protection against electric shock. Leather footwear must be dry. Our electrical hazard boots meet and exceed ASTM electrical hazard standards.
Metatarsal Guard
Footwear offering metatarsal protection is designed to prevent or reduce injuries when the toe and metatarsal areas of the foot are exposed to "drop" hazards. Metatarsal protection safety shoes may be constructed with either internal or external metatarsal guards.
CSA Approved Soles that provide electric shock resistance
Soles that provide electric shock resistance. Such certified footwear contains a sole and heel design assembly that, at the point of manufacturing, has electrical insulating properties.
Non-metallic
Constructed using no metal material or parts. Perfect for working environments that require passing through metal detectors.
Slip-Resistant
Built with an outsole design and materials that help provide slip-resistance and traction on various surfaces.