-48%Shoes & Footwear
Heavy-Duty 2-Ton Manual Trolley Hoist | 4000 lb Capacity | Dual-Wheel Garage Crane Lift
TBS-04618SHOE-00006
$120.99$230.95
Shoes & Footwear
6 products available
Looking for industrial shoes and footwear that meet strict workplace safety standards? Compel supplies a comprehensive range of professional protective footwear, safety boots, and specialized work shoes designed for manufacturing plants, construction sites, and logistics operations. Our inventory covers everything from steel-toe safety boots to electrostatic-dissipative (ESD) shoes, ensuring your crew stays protected against impact, punctures, slips, and electrical hazards.
We stock footwear built for demanding trade environments, sourcing only from trusted manufacturers who verify their products against international safety ratings. When you procure your fleet's footwear from Compel, you secure reliable protection, simplified bulk ordering, and compliance with local occupational health and safety regulations.
6 products in Shoes & Footwear
-48%
Shoes & Footwear
Folding Hand Truck | Lightweight Aluminum Stair-Climbing Cart for Luggage & Shopping
TBS-04376SHOE-00002
$157.99
Shoes & Footwear
SucceBuy 400lbs Folding Hand Truck Lightweight Dolly with Wheels Foldable Luggage Utility Cart for Transport Moving in Warehouse
TBS-04384SHOE-00003
$166.99
-9%Shoes & Footwear
1-Ton Electric Hoist Trolley | 2200 lbs Capacity | Dual-Wheel Push Beam System
TBS-04435SHOE-00004
$60.99$67.18
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Electric Hoist Trolley | 0.5-1 Ton Capacity | Dual-Wheel Push Beam System
TBS-04455SHOE-00005
$89.99$96.03
-12%Shoes & Footwear
Electric Pipe Threader | 6-Wheel Design | 15-Meter TEP Wire Capacity | Home & Workshop Use
TBS-03873SHOE-00001
$272.99$308.58
Choosing Between Steel, Alloy, and Composite Toe Caps
The primary decision when buying safety shoes is the type of protective toe cap. Steel toe caps offer the highest level of impact resistance in compact profiles but add weight and conduct cold and electricity.
Alloy toe caps provide similar strength to steel at a lower weight, though they still conduct electricity. Composite toe caps, made from carbon fiber, fiberglass, or plastic, are completely metal-free. They do not conduct heat or electricity and will not trigger metal detectors, making them ideal for security-screened facilities or electrical work.
- Steel: Maximum impact protection, thinner profile, economical.
- Alloy: Lightweight metal protection, comfortable for long shifts.
- Composite: Non-conductive, lightweight, thermal insulation for cold environments.
Understanding Electrical Hazard (EH) vs. Electrostatic Dissipative (ESD) Ratings
Selecting the correct electrical property is critical to prevent workplace accidents. Electrical Hazard (EH) boots are designed to act as secondary protection against electrical shocks, insulating the wearer from ground circuits. They are essential for electricians and high-voltage environments.
In contrast, Electrostatic Dissipative (ESD) footwear prevents the buildup of static electricity on the human body. These shoes bleed static charge into the floor to protect sensitive electronic components from damage during assembly. Never substitute EH boots for ESD shoes, as they serve opposite safety functions.
Sole Materials and Slip Resistance Standards
The outsole material determines the shoe's grip, durability, and resistance to chemicals or heat. Polyurethane (PU) soles are lightweight and flexible, offering excellent shock absorption for indoor warehousing. For heavy industrial use, rubber outsoles provide superior heat resistance, slip resistance on oily surfaces, and resistance to punctures.
Always check the slip resistance rating. Look for EN ISO 20345 classifications such as SRA (tested on ceramic tile with sodium lauryl sulfate), SRB (tested on steel with glycerol), or SRC (passing both tests) to match the specific fluids present in your facility.
Buying guide
Choosing Shoes & Footwear
- What safety standards must our industrial footwear meet for construction sites?
- Industrial footwear on construction sites typically requires compliance with ASTM F2413 in the United States or EN ISO 20345 in Europe. These standards ensure the footwear provides a minimum of 75 foot-pounds of impact resistance and 2,500 pounds of compression resistance. Look for the specific codes stamped on the tongue or collar to verify puncture resistance and toe protection.
- When should we choose polyurethane outsoles over rubber outsoles?
- Polyurethane (PU) outsoles are ideal for indoor warehouse environments because they are lightweight, flexible, and provide excellent cushioning for workers on concrete floors all day. Rubber outsoles are preferred for harsh outdoor environments, hot surfaces, or areas with heavy chemical exposure, as rubber tolerates higher temperatures and resists abrasions better than PU.
- How do we calculate the correct sizing for employees requiring orthotic inserts?
- When ordering safety footwear for staff using custom orthotics, choose boots with removable insoles and select a wide-width option or one half-size larger than standard. This ensures the orthotic fits securely without crowding the toes against the safety cap, which can cause blisters or compromise protective coverage.
- Which footwear class is required for cleanrooms and electronic assembly plants?
- Cleanrooms and electronic assembly plants require Electrostatic Dissipative (ESD) footwear that meets international standards like IEC 61340-5-1. These shoes must have an electrical resistance between 0.1 and 100 megaohms to safely discharge static electricity without introducing contaminants. Leather or synthetic uppers must also be non-shedding and easy to sanitize.
- How often should industrial safety footwear be replaced in a manufacturing facility?
- Safety footwear should be replaced immediately if the protective toe cap becomes exposed, the outsole tread wears flat, or the boot suffers a major impact. In standard manufacturing environments, safety shoes typically last between six to twelve months of daily use before the midsole cushioning and slip resistance degrade significantly.