Anti Static Conductive 65% Polyester 35% Cotton Twill Fabric For Esd Clothing

ESD clothing made with FairtechTextiles fabrics is the best solution for protecting electronic components against ESD. Our Anti Static fabrics are certified to European Standards. These antistatic fabrics are specifically designed to prevent the ESD effect when working with electronics, high-explosive vapors, or in super-clean lab environments.

Antistatic fabric, also known as conductive fabric or ESD (Electrostatic Discharge) fabric, is a type of textile that is designed to dissipate or neutralize static electricity. It is commonly used in industries where static electricity can cause damage to sensitive electronic components or create safety hazards. Here's some information about antistatic fabric:

• Anti-static cloth styles: 5mm strip, 5mm grid and 2.5mm grid. it is mainly used in the production of dust-proof clothing, anti-static clothing, anti-static mask, anti-static gloves, anti-static shoe and shoes cover. The fabric is 1.5m wide, surface resistance 10^6Ω-10^9Ω, available for class 10-100 cleanroom. there are four types,
  • anti static polyester fabric: 98% polyester and 2% conductive yarn.
  • anti static TC fabric: 63% polyester+35% cotton + 2% conductive yarn.
  • Anti static Diamond fabric
  • Anti static T Shirt fabric
• Different type of fabric: adapts to the requirements of different anti static or cleanroom environment. it widely used in Microelectronics, optical electronics, precision instruments, and aerospace which are more sensitive to static electricity and have higher requirements in cleanroom.

Why we need the Anti static fabric?

• Uncontrolled release from static build-up is a potential hazard in many industries, especially where combustible fuels, gases and dusts are present. It is also equally hazardous to the safe assembly of sensitive components in clean rooms and the operation and maintenance of electronic equipment and controls. One of the most serious risks is from the human body, which is capable of generating up to 40,000 volts of static electricity. ESD occurs when two materials come into contact and then separate, resulting in a spark discharge when a metallic (conductive) object is touched. This discharge can potentially damage electronic circuits, precision machinery, and even cause gas explosions.To prevent ESD and discharge static electricity in the air, antistatic fibers are woven into the fabric.
• Purpose: The primary purpose of antistatic fabric is to prevent the buildup and discharge of static electricity. Static electricity can accumulate on the surface of materials or clothing due to friction, and when discharged, it can potentially damage electronic devices or ignite flammable substances. Antistatic fabric helps to minimize these risks by providing a controlled path for the dissipation of static charges.
• Construction: Antistatic fabrics are typically made by incorporating conductive fibers into the fabric structure. These conductive fibers are often carbon-based or metallic, such as carbonized polyester or stainless steel fibers. The conductive fibers are woven or blended with other fibers to create a conductive network throughout the fabric.
• Conductivity: Antistatic fabrics possess a level of electrical conductivity that allows them to quickly dissipate static charges. The conductivity is achieved through the presence of the conductive fibers within the fabric. This conductivity helps to minimize the accumulation of static charges and prevent the sudden discharge that can damage sensitive electronic components.
• Applications: Antistatic fabrics find applications in various industries where static electricity control is crucial. Some common applications include:
  • Electronics and semiconductor manufacturing: Antistatic fabrics are used to make garments, gloves, and cleanroom clothing for personnel to prevent electrostatic discharge that can damage sensitive electronic components.
  • Automotive industry: Antistatic fabrics are utilized in the production of seating materials and protective clothing to prevent static buildup and potential hazards during vehicle assembly.
  • Pharmaceutical and healthcare sectors: Antistatic fabrics are used in cleanrooms and sterile environments to minimize static electricity and protect sensitive equipment or products.
  • Explosives and flammable substance handling: Antistatic fabrics are employed in clothing and equipment used by workers handling explosive materials or flammable substances to prevent static discharge and potential ignition.
  • Maintenance and Durability: Antistatic fabrics typically maintain their conductivity and antistatic properties throughout their useful life. However, it's important to follow manufacturer guidelines for proper care and maintenance to ensure continued performance. Antistatic fabrics may have specific requirements for washing, drying, and handling to prevent any damage to their conductive properties.

Antistatic fabrics play a crucial role in mitigating the risks associated with static electricity in various industries. By providing a controlled path for the dissipation of static charges, they help protect sensitive equipment, enhance safety, and maintain the integrity of electronic components and products.

Q1. What is ESD level?

A1: ESD Classes

ESD Class Sensitivity

ESD Class 0 <250 Volts

ESD Class 1 250 to 1999 volts

ESD Class 2 2000 to 3999 volts

ESD Class 3A 4000 to 7999 volts

Q2: What is anti-static, conductive, or dissipative?

A2: :Antistatic - Refers to the property of a material that inhibits triboelectic charge generation effects. Triboelectric charge is basically static electricity.

Static Dissipative - Material which will rapidly dissipate electrostatic charges over its surface or volume, having a resistivity range between conductive and insulative.

Conductive - Materials defined as being either surface or volume conductive. Such materials may be either metal or impregnated with metal, carbon particles, or other conductive ingredients or whose surface has been treated with such materials through a process of lacquering, plating, metallizing, or printing.

Q3. Why is ESD used?

A3: More specifically, ESD equipment is intended to: Prevent the buildup of static electricity. Safely discharge any static electricity that gets generated. Protect people and products from the effects from an accidental discharge.

Q4. What is the difference between antistatic and ESD?

A4: Anti-static floors usually have a coating or chemical additive that dissipates static across its surface so that you never build up enough charge to get a shock. ESD is a much more robust solution that delivers more consistent, long-term results because it's actually earthed.

Q5. What are 4 ways to prevent ESD?

A5: Keep electrostatic-sensitive parts in their containers until they arrive at static-protected workstations. Place parts in a static-protected area before removing them from their containers. Avoid touching pins, leads, or circuitry. Always be properly grounded when touching a static-sensitive component or assembly.

Q6. How important is ESD protection?

A6: ESD protection is a vital consideration when working with sensitive electronic components and assemblies. ESD stands for electrostatic discharge and refers to sudden releases of built-up static electricity. This common phenomenon can damage electronic parts if not guarded against.