ESD and Antistatic Safety Shoes

Antistatic and ESD safety shoes are both conducting safety shoes. This means they provide some levels of isolation, while their main purpose is to protect against static electricity. They do this by sending (conducting) the static electricity out of the safety shoes to the ground, preventing a static shock, charge or spark. Conducting safety shoes are worn in industries in which a static shock is problematic or could trigger a fire or explosion and are not the same as isolating safety shoes, like EH-rated safety shoes, which protect you from completing an electrical circuit to the ground.

ANTISTATIC SAFETY SHOES vs. ESD SAFETY SHOES

ESD and antistatic bring a lot of confusion, and not just when it comes to safety shoes. While one includes the other, it's incorrect to say the same in reverse. Although both terms refer to contact resistance, there are fundamental differences between the two.

  • ANTISTATIC safety shoes have an electrical resistance between 0.1 and 1000 MegaOhm (MΩ). A value that fluctuates between good protection from electrical shocks and sufficient dissipative capacity. In other words, antistatic safety shoes protect and build up static electricity until 1000 MΩ before conducting it to the ground.
  • ESD (or ElectroStatic Discharge) safety shoes on the other hand, have an electrical resistance between 0.1 and 100 (MΩ). Thus, they guarantee a low electrical resistance to prevent the sudden flow of electricity between two electrically charged objects caused by contact. So, ESD safety shoes protect and build up static electricity until 100 MΩ before sending it to the ground, resulting in a very safe and controlled conduction to the ground. Safety shoes which are both esd and antistatic will have a strong electrical resistance and a very reliable conduction to the ground.

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antistatic safety shoes icon

ANTISTATIC

Our antistatic safety shoes have a solid electrical resistance and reduce static electric charges.

Electrical resistance between 0.1 and 1000 (MΩ)
Norm - EN 20344: 2011 5 10
Good protection from electrical shocks and sufficient dissipative capacity
100% Tested in production
ESD safety shoes icon

ESD

Our ESD safety shoes prevent strong, uncontrolled electrostatic discharges.

Electrical resistance between 0.1 and 100 (MΩ)
Norm - BS EN 61340-4-3: 2002 (IEC 61340-4-3:2001)
Guaranteed extremely low electrical resistance under any conditions
100% Tested in production
difference between ESD and antistatic in safety shoes

RELATED ESD / ANTISTATIC SAFETY SHOES

ESD IN INDUSTRIES

ESD and antistatic safety shoes are used in different type of industries to protect sensitive equipment or components from electrostatic discharges, such as aerospace, industrial equipment manufacturing, semiconductor manufacturing, electrical engineers, telecommunications equipment manufacturing, battery manufacturing, computer equipment manufacturing, medical industry, hospitals and many more.

ESD can cause a range of harmful effects on worksites. Gas, fuel vapour and coal dust explosions, as well as failure of solid state electronics components such as integrated circuits. Therefore it’s crucial that people who work in these environments stay protected at all times by wearing ESD safety shoes.

ESD and antistatic safety shoes in industries
ESD and antistatic safety shoes in industries

ESD CLASSES

Temperature and humidity (or the moisture content in the shoe) have a major effect on the ESD safety shoe’s electrical resistance. Safety shoes with ESD protection are tested and divided into different climate classes, 1, 2 and 3.

The difference between these three classes is the time of conditioning, temperature and humidity. For example, climate class 1 is the ESD class with the highest temperature and lowest humidity. When safety shoes satisfy the class 1 criteria (in other words, an electrical resistance between 0.1 and 100 MΩ), they have a guaranteed low electrical resistance, even under exceptional circumstances.

Testing the ESD properties of safety shoes for ESD certification involves a test method under laboratory conditions. The safety shoe is placed on a stainless steel plate as the first electrode and a counter electrode is placed inside the safety shoe on the insole. Weight of 12.5 kg (+/- 2.5 kg) is then applied. A device measures the contact resistance between the two electrodes. It must be less than 100 megaohm for ESD certification to be granted for the respective climate class.

ESD TECHNOLOGIES

SOCK STITCHED + PU
esd antistatic safety shoe with stitched sock and polyurethane
esd antistatic safety shoe with stitched sock and polyurethane
SOCK STITCHED + ESD-PLUG
esd antistatic safety shoe with stitched sock and esd plug
esd antistatic safety shoe with stitched sock and esd plug
EVA + ESD-PLUG
esd antistatic safety shoe with eva and esd plug
esd antistatic safety shoe with eva and esd plug

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