ESD factory.,Ltd
  • ESD Footwear

ESD Footwear

Product name

ESD Footwear

Main Material

EVA

MOQ

500 pairs

Logo

Logo can be customized

Shipping

By Air,By Sea,By Train

Port

Shenzhen

Payment

LC, TT, Western Union

Properties

Water-proof, anti-oil, anti-acid, anti-alkali, anti-broken, anti-slip, erode resistance, tamp resistance, puncture resistance,abrasion resistance

Application Field

Rain boots, foodstuff, kitchen, chemical industry, medicine, aquiculture, etc.


CARE TIPS

EVA shells are heat sensitive. They can warp if footwear is subjected to heat. Shoes and boots with EVA shells are light and comfortable, and should be stored properly to preserve their unique characteristics. Do not dry them in direct sunlight or under a hot light source. Do not dry them in the dryer or in front of a window, radiator, hair dryer, or other artificial heat source.

 ESD Footwear (Electrostatic Discharge Footwear)


What is ESD Footwear?

ESD footwear (Electrostatic Discharge footwear) is a type of specialized shoe designed to safely dissipate static electricity from the human body to the ground. This prevents harmful electrostatic discharges that can damage sensitive electronic equipment, ignite flammable substances, or disrupt precision operations.

It is a critical part of personal protective equipment (PPE) in ESD-safe environments, often used in conjunction with other grounding equipment such as wrist straps, anti-static mats, and ESD garments.


How Does ESD Footwear Work?

ESD footwear works by:

  1. Creating a conductive path between the wearer’s body and the ground.

  2. Containing a dissipative or conductive sole (typically made from PU, carbon, or rubber compounds).

  3. Requiring direct contact with the skin through conductive socks or insoles to ensure effective discharge of static.

The footwear controls the flow of static charges and ensures it is released gradually and safely without generating harmful sparks.


Key Specifications and Standards

ParameterDescription
Electrical ResistanceTypically 10⁵ – 10⁹ ohms (ESD Class 1)
StandardsANSI/ESD STM9.1, ASTM F2413, EN 61340-5-1, ISO 20345, CE EN ISO 20347
TypesESD shoes, ESD boots, ESD sandals, heel straps (for use with ESD floors)
Toe ProtectionOptions include soft toe, steel toe, or composite toe
Slip ResistanceOften conform to SRC, SRA, or SRB ratings

Applications of ESD Footwear

IndustryUsage Example
Electronics ManufacturingPrevent component failure during PCB handling
Semiconductor & MicrochipAvoid latent defects in sensitive circuits
CleanroomsEnsure static control without particle emission
Aerospace/DefenseProtect avionics and radar systems from ESD
AutomotiveDuring EV battery assembly or ECU testing
PharmaceuticalsDuring drug development involving sensitive devices
LaboratoriesWhile operating precision or optoelectronic tools

Types of ESD Footwear

  1. ESD Safety Shoes

    • With or without toe protection.

    • Often used on factory floors and warehouse environments.

  2. ESD Sneakers or Casual Work Shoes

    • Comfortable for long hours; suitable for office + production zones.

  3. ESD Boots

    • Provide ankle support, often waterproof or chemical resistant.

  4. ESD Slippers / Sandals

    • Used in cleanrooms or static-free testing zones.

  5. ESD Heel or Toe Straps

    • Economical alternatives to full ESD shoes when paired with ESD flooring.


Materials Used

  • Outsoles: PU (Polyurethane) with carbon fiber, conductive rubber.

  • Upper: Leather, microfiber, or mesh.

  • Insole: Conductive or dissipative foam, often removable.

  • Stitching/Thread: Anti-static fiber integration.


Resistance Categories

TypeResistance RangeUse Case
Conductive< 10⁵ ohmsRarely used (too fast discharge)
Dissipative10⁵ – 10⁹ ohmsIdeal for ESD protection
Insulative> 10¹¹ ohmsNOT suitable for ESD areas

 Maintenance and Testing

To ensure ongoing protection:

  • Test regularly using an ESD footwear tester or personnel grounding tester.

  • Clean soles with non-residue wipes or damp cloth (no wax or silicone).

  • Replace every 6–12 months or when resistance values fall out of range.

  • Store away from high heat and humidity.



 Best Practices When Using ESD Footwear

  • Always wear with ESD flooring or grounding mats.

  • Use conductive socks or ESD-compatible insoles for skin contact.

  • Avoid using insulating socks like thick wool or synthetic materials.

  • Monitor regularly via wrist strap or foot tester stations.


 Advantages

  • Prevents product damage or failure due to ESD.

  • Ensures workplace safety and ESD compliance.

  • Enhances personal comfort and fatigue resistance (ergonomic design).

  • Offers optional toe and slip protection.


If you'd like, I can help recommend specific ESD footwear based on your industry, environment, and budget. Let me know your needs!


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By 10-year industry experts!

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