Anti-Static Protective Clothing
Antistatic clothing is essential in work environments where there is a risk of electrical charge build-up. Our antistatic protective clothing, certified according to the EN 1149-5 standard, is designed to dissipate electrostatic charges and prevent sparks that could trigger explosions or fires in ATEX areas.
We have a wide range of technical garments for sectors such as the chemical, pharmaceutical, energy or electronics industries.
Showing 21–29 of 29 results
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Multi-pocket sweatshirt with anti-static properties
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Orange long-sleeved polo shirt with buttons
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Orange short-sleeved polo shirt with buttons
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Padded jacket with yellow zipper and snaps
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Padded vest for anti-static protection
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Padded vest, with zipper and brown snaps
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Reflective blue pants with zipper and button
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Reflective grey waterproof set
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Short closed shirt with anti-static protection
What is antistatic clothing and why is it necessary?
Anti-static clothing is designed to prevent the accumulation of static electricity in the worker's body and dissipate it safely. This protection is key in environments where a simple spark can trigger a fire or explosion, especially in areas classified as ATEX (explosive atmospheres).
The use of antistatic clothing is mandatory in sectors where flammable gases, combustible liquids or explosive dusts are handled. These garments incorporate conductive fibers or special treatments that reduce the electrical resistance of the fabrics, avoiding unexpected discharges.
In addition to safety, antistatic workwear guarantees comfort, breathability and freedom of movement, meeting the ergonomic requirements demanded in demanding industrial environments.
What is electrostatic discharge (ESD) and why protect yourself with antistatic protective clothing?
Electrostatic discharge (ESD) is a sudden release of accumulated electricity in materials or people with low electrical conductivity. These loads are usually generated by friction, contact or separation of surfaces, and can reach high stresses even with everyday movements.
In industrial environments, ESD can have serious consequences: igniting flammable gases or vapours, causing explosions in ATEX atmospheres or irreversibly damaging sensitive electronic components.
Anti-static clothing prevents the human body from accumulating static electricity and releasing it in the form of a spark. By using conductive fibers or special finishes, these garments safely dissipate electrical charges to the ground.
This type of protection is essential in sectors where the risk of ESD is high, such as in the electronics, chemical, pharmaceutical or hydrocarbon industries. In addition, the combination with flame retardant protection increases operator safety in the face of multiple simultaneous risks.
In conjunction with other preventive measures such as humidity control or the use of materials with a low electrostatic charge, certified antistatic clothing becomes a key tool to avoid workplace accidents due to static electricity.
Regulations that antistatic protective clothing must comply with
Antistatic clothing must comply with a series of European regulations that guarantee its effectiveness in dissipating electrical charges. The main ones are summarized below:
| Regulations | Description | Application |
|---|---|---|
| EN 1149-5 | It regulates the electrostatic behaviour requirements of protective clothing. | Environments with a risk of sparking due to static electricity (ATEX zones). |
| EN 1149-1 / EN 1149-3 | Test standards that determine the ability of materials to dissipate electrical charges. | Laboratory tests to evaluate the effectiveness of antistatic fabrics. |
| EN ISO 11612 | Standard for heat and flame protective clothing. It is usually supplemented by EN 1149. | Work in thermal environments or with a risk of ignition. |
How to choose the right anti-static workwear
Selecting the right anti-static clothing requires taking into account several key factors that directly influence the effectiveness of the protection and the comfort of the worker:
- Work environment and ATEX zone: identifies whether it is an area with a permanent, occasional or exceptional risk of explosive atmospheres. This will determine the level of protection needed.
- Certification regulations: make sure that the garments have the corresponding CE marking and comply with at least the EN 1149-5 standard. In some cases it may also be necessary to combine with fire protection (EN ISO 11612).
- Type of garment: choose between polo shirts, pants, sweatshirts, t-shirts or jackets depending on the level of coverage required by the activity. In some cases it will be necessary to cover the entire body, including the head, hands and feet.
- Compatibility with other PPE: antistatic clothing must be compatible with the rest of the personal protective equipment used (footwear, gloves, etc.) to maintain the continuity of the discharge.
- Comfort and durability: In addition to protection, it is essential that the garments are breathable, resistant to continuous use and offer freedom of movement during the working day.
A detailed analysis of the environment, activity and associated risks is essential to ensure that the choice of clothing is truly effective in preventing electrostatic discharge accidents.
In which sectors is antistatic protective clothing used?
Antistatic clothing is a must in environments where an electric shock can endanger people's safety or compromise sensitive equipment:
| Sector | Reason for use |
|---|---|
| Chemical and pharmaceutical industry | Prevents ignition of flammable vapours or dusts in ATEX environments. |
| Refineries and petrochemical plants | Protection against flammable gases and liquids in areas with a high risk of explosion. |
| Electronics and microtechnology | Prevents damage to sensitive components caused by electrostatic discharge (ESD). |
| Food industry and silos | Prevents explosions due to accumulation of combustible dusts such as flour or sugar. |
| Paint and body shops | Prevents sparks in booths with flammable solvents and mixtures. |
| Laboratories and research centres | Protects both personnel and sensitive equipment in controlled environments. |
Frequently asked questions about antistatic protective clothing
Antistatic protective clothing is designed to dissipate electrostatic charges and prevent the generation of sparks in work environments with a risk of explosion or electromagnetic interference. Its use is essential in sectors regulated by ATEX zones.
In this way, antistatic clothing must be able to separate our body from the changes that have been made by friction with other objects that are conductors of energy. It should also help us to be able to naturally lose the electrostatic energy that has been stored in the body, so that it is completely discharged into the ground.
The main standard is EN 1149, which sets out the test methods and design requirements to ensure protection against electrostatic charges. It is also complemented by the EN ISO 11612 standard when fire resistance is required.
- Mix antistatic garments with conventional clothing.
- Wash without following the manufacturer's recommendations.
- Not regularly checking their condition.
- Use it in environments for which it is not certified.
This type of clothing incorporates conductive fibers that dissipate the accumulated electrostatic charge. In addition, they are usually made with resistant, light and comfortable fabrics, and in many cases, they also offer fire or chemical protection.
It is used in industries with a risk of explosion or electronic interference, such as the chemical, pharmaceutical, food, electronics, refineries or laboratories. It is also essential in ATEX areas.
The manufacturer's labelling should always be followed in terms of washing, drying and ironing. It is essential to avoid softeners and chemicals that can alter the conductive properties of the fabric.
