Step into a tyndale managed boot program

Electrical Hazard (EH) rated boots are designed to protect against electric shock. Specifically, they reduce the risk of electrical current passing through the body from the ground up when a worker accidentally contacts a live electrical circuit. EH-rated boots are tested to withstand 18,000 volts at 60 Hz for one minute with no current flow or leakage through the sole.

EH rated boots do not protect against arc flash hazards. Arc flash is an airborne thermal hazard that requires arc-rated (AR) clothing. EH boots and arc-rated clothing address two different hazards. Depending on your job and hazard exposure, both may be required.

No. EH protection is deteriorated in wet conditions and when soles show excessive wear. Workers in wet environments should not rely on EH-rated boots as their sole protection against electrical shock. Additional controls are required, including insulated rubber matting, rubber insulating gloves, and de-energized circuits. Always inspect your boots before entering a work zone and follow your company's safety protocols.

EH and ESD ratings address opposite hazards and are not interchangeable.

Electrical Hazard (EH): EH-rated boots prevent external electrical current from passing through the sole into the body. They are designed for workers who may come in contact with live electrical circuits.

Electrostatic Dissipative (ESD): ESD boots drain static charge that builds up in the body through the sole. They are designed for environments where static discharge could damage sensitive equipment or ignite flammable materials. Your company's hazard assessment will specify which rating your role requires. Some workers may need both.

• ASTM F2412 is the Standard Test Method for Foot Protection and provides test methods used to measure resistance of footwear to hazards that may result in injury to the worker, including impact, compression, electrical hazard, and puncture.
• ASTM F2413 is the Standard Specification for Performance Requirements for Protective (Safety) Toe Cap Footwear. Footwear must meet impact (I) and compression (C) requirements at minimum. Additional ratings, such as EH, are labeled when met.
• ASTM F2892 is the Standard Specification for Performance Requirements for Soft Toe Protective Footwear and provides test methods used to protect against workplace hazards that impact areas other than the toe.

The label inside your boot will list which protections it meets. Look for markings such as I/75 C/75 for impact and compression, PR for puncture resistance, and EH for electrical hazard. As a managed program customer, all boots in your Tyndale catalog are vetted for compliance with your company’s safety standards.

On toe types:

• Steel toe boots provide a steel protective covering over the toe, meeting ASTM F2412 for impact and compression resistance. Steel toes are required by most industries but may not be appropriate for workers who cover long distances on foot or who pass through metal detectors.
• Composite toe boots feature a non-metallic, non-magnetic protective covering over the toe. They offer the same ASTM-rated protection as steel toe boots, do not set off metal detectors, and are well-suited for cold environments.
• Alloy toe boots are made from lightweight metals such as aluminum or titanium. They offer more toe box space than steel toe boots at a lighter weight, while meeting the same ASTM standard.

Boot height is measured as the height the boot extends up the wearer's leg. Most utility work requires a minimum boot height of 6". Tyndale offers boots in 6", 8", 10", and 12" heights. Your company's safety policy or job hazard assessment will specify the minimum height required for your role.

A steel shank is a metal plate in the sole of a boot that provides extra support for the foot and makes it more comfortable to stand on a narrow surface for extended periods. A composite shank serves the same function using a non-metal plate. Both types of shanks are beneficial for workers who climb utility poles or spend significant time standing on narrow pegs or rungs. If your job involves pole climbing, look for shank support in the boot specifications.

Yes. Tyndale offers women's boots with protective toes. We recommend purchasing women's-specific styles rather than sizing down in men's boots when a protective toe is needed. Women's boots are designed to properly fit the female foot and provide the correct level of protection.

For width, most boots are available in Medium (M) and Wide (W or EE). If you typically require a wide-width shoe, you will also need a wide-width boot. For sizing questions or assistance, please contact Tyndale Customer Service:

• Phone: 215-755-5660
• Text: 215-766-5665
• Web chat

Your company sets a dollar allowance or allotment for boots. This amount may be included in your existing AR/FR clothing program balance or set as a separate boot-specific allowance/allotment. When you log in to your Tyndale account and shop the approved catalog, your available balance is applied at checkout.

If you select a boot that costs more than your allowance, you may pay the difference with a personal payment method. Unused balances are governed by your company's policy. Contact your program administrator to find out whether funds roll over at year-end or reset.

If your company offers a boot reimbursement option, you can purchase boots from any store of your choice, provided the boots comply with your company's safety policy. To request reimbursement:

1. Purchase a qualifying pair of boots and save your receipt.
2. Sign in to your Tyndale account and complete the Boot Reimbursement Form, accessible from the welcome page.
3. Ask your manager to sign off on the form.
4. In your online account, locate Resources in the top-right menu and select boot reimbursement from the drop-down. Upload the signed form and a copy of your receipt.
5. Tyndale will process your claim and reimburse you from your program balance. A $15 transaction fee applies.

For more information, access the reimbursement flyer and video in your account resources, or contact Tyndale Customer Service at 215-755-5660.

Contact your program administrator. Many companies allow for early replacement when boots are no longer serviceable for safety reasons, such as when sole wear has compromised EH protection or when boots have been damaged or contaminated.

Documenting the condition of your boots with photographs before contacting your administrator can help expedite the process. If your boots present an immediate safety concern, notify your supervisor. Worn or damaged boots are a compliance issue and should be retired from service immediately.

Boots should be removed from service when any of the following conditions are present:

• Sole wear: Uneven or excessive tread wear degrades EH protection. Boots with worn-through soles should be removed from service immediately.
• Sole damage: Cracks, cuts, or separation between the upper and sole compromise EH insulation and structural integrity.
• Chemical or oil contamination: Prolonged exposure to solvents, oils, or caustic substances can break down sole materials and reduce electrical insulation.
• Structural failure: Broken eyelets, collapsing ankle support, or separation of the upper impact both safety and fit.

Keep in mind that EH protection cannot be visually confirmed once a sole is compromised. Workers in proximity to live electrical sources should not continue wearing boots that show signs of deterioration. Contact your program administrator or Tyndale Customer Service to initiate a replacement.