TC Uniform Thick Twill Rip - Stop Anti Static ESD Fabrics Applicable To The Field Of Medical Care

Product Description:

Features:

Conductive silk, also known as ESD Fabric, is composed of special polyester filament and high quality conductive yarns. This cloth can be used for sewing various functional garments, such as coveralls, suits, jackets, caps, boots and etc. It offers good resistance to static, chemicals and abrasion. It is designed for Class 1000 cleanroom and higher, with contribution to electronics, medical, biology, optics, spaceflight industries etc. The fabric meets ESD standards, with a system resistance range of 10e6-10e8Ω. It prevents the accumulation of static electricity of clothes, and is made of metal oxide or carbon black on composite spinning.

ESD Fabric also has great performance. Under the temperature of 20±5℃ and the humidity of 30～40%, its surface density average after 100 washes is ≤7.0μc/m2. Additionally, the etymology of electricity of every cloth is <0.6μ c/pc. Finally, its washable grade is A≥33.0 h, B≥16.5 h, C≥7.5h.

Technical Parameters:

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FAQ:

Q1. What is the ESD safe symbol?

A1: The ESD Susceptibility Symbol has a slash through the triangle. The ESD Protective Symbol has no slash through the triangle, but has an arc over it. This symbol should be (or might be required) to be on EPA ESD protective products identifying a specialty product that has at least one ESD control property.

Q2. What is the minimum voltage for ESD?

A2: 3,000 volts

Q3. What is ESD level?

A3: 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

Q4. How important is ESD protection?

A4: 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.

Q5. Where is ESD protection required?

A5: The most common points of electrostatic discharge (ESD) entry include USB, HDMI^®, power supply, and other connector ports. ESD also enters from an antenna with exposed metal surfaces. TVS diodes must be connected to all the data and power lines that need to be protected from ESD.