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Solid Rubber Anti-Static Table Mat - ESD Safe for Electronics & LaboratoriesSolid Rubber

Dispersive - conductive Solid Rubber Anti - Static Table Mat is a game - changer for electronics and laboratory settings. Made of solid rubber, it is highly durable and resistant to daily wear and tear. It ranks very high on anti - static immunity, which makes it an ESD - safe zone necessary when dealing with fragile electronics. Whether soldering small parts or testing circuit boards in electronics work, the mat stops static electricity from interfering, costing a protecting your device. In labs, it is just as important so electrostatic - sensitive devices and samples can be safely handled.

  • Product Description

Product Description

Products Description
Solid Rubber <a class='inkey' style='color:blue' href='https://www.bainaantistatic.com/product-anti-static-table-mat---esd-safe-for-electronics--laboratories' target='_blank'>Anti-Static Table Mat</a> - ESD Safe for Electronics & LaboratoriesSolid Rubber supplier
Product Name
Antistatic Solid rubber table mat
Material
Solid Rubber
Colour
green
Shape
Rectangle
Size
1 m *10 m *2mm
Characteristic
odorless
Details Images
Solid Rubber Anti-Static Table Mat - ESD Safe for Electronics & LaboratoriesSolid Rubber details
Solid Rubber Anti-Static Table Mat - ESD Safe for Electronics & LaboratoriesSolid Rubber details
Solid Rubber Anti-Static Table Mat - ESD Safe for Electronics & LaboratoriesSolid Rubber supplier
Solid Rubber Anti-Static Table Mat - ESD Safe for Electronics & LaboratoriesSolid Rubber manufacture
Solid Rubber Anti-Static Table Mat - ESD Safe for Electronics & LaboratoriesSolid Rubber factory
Solid Rubber Anti-Static Table Mat - ESD Safe for Electronics & LaboratoriesSolid Rubber manufacture
Solid Rubber Anti-Static Table Mat - ESD Safe for Electronics & LaboratoriesSolid Rubber details
Solid Rubber Anti-Static Table Mat - ESD Safe for Electronics & LaboratoriesSolid Rubber factory
Solid Rubber Anti-Static Table Mat - ESD Safe for Electronics & LaboratoriesSolid Rubber supplier
Solid Rubber Anti-Static Table Mat - ESD Safe for Electronics & LaboratoriesSolid Rubber supplier
Solid Rubber Anti-Static Table Mat - ESD Safe for Electronics & LaboratoriesSolid Rubber supplier
Solid Rubber Anti-Static Table Mat - ESD Safe for Electronics & LaboratoriesSolid Rubber details
Solid Rubber Anti-Static Table Mat - ESD Safe for Electronics & LaboratoriesSolid Rubber details
FAQ
Solid Rubber Anti-Static Table Mat - ESD Safe for Electronics & LaboratoriesSolid Rubber factory
Q1. Which dust-free cloth is suitable? A. Ordinary dust-free cloth is suitable for: spray printing, general workshops, several
equipment cleaning, hardware plating, mold cleaning, electronic product cleaning, etc. B. Sub-fine dust-free cloth is suitable
for: printer nozzles, digital inkjet paintings, ordinary lenses, touch screens, LCD screens, glossy panels, etc. C. Ultra-fine
dust-free cloth is suitable for: precision instruments, high-end optics, polished electroplating measuring instruments, auto
parts, cameras and glasses, etc. Q2. What material is the dust-free cloth made of? What is the difference between general energy and ultrafine? A.Basic weight:
Whether the basis weight of the same kind of fabric is the same B. Type and quality: Microfiber is of higher quality, sub-fine
fiber is second, and polyester fiber is lower. Choose the appropriate one according to your needs. C. Softness: The softer, the
better D. Wear resistance: The stronger it is, the less likely it is to lose fiber. E. When purchasing a product, the first thing
we must consider is its usage environment. Dust-free cloths are widely used in dust-free workshops. The levels of dust-free
workshops can be divided into level ten, level one hundred, level one thousand, level ten thousand, etc. When choosing When
purchasing dust-free cloth, it must match the grade of the dust-free workshop.
Q3. What are the differences in the amount of dust generated by different edge sealing methods: Dust-free cloth can be divided
into: thermal cutting, ultrasonic cutting, laser cutting and general cold cutting according to the edge sealing method:
A. Ultrasonic cutting: The edge sealing degree reaches 99%, the edge sealing is soft and even, not easy to tear, does not shed
chips, and has no dust. The technology and cost are relatively high.
B. Laser cutting: The edge sealing degree is less than 80%, and no chips are shed. After cleaning, the edge sealing is easy to
tear and chips are shed.
C. Thermal cutting: The edge sealing degree is less than 75%, and no chipping occurs. After cleaning, the edge sealing is easy to
tear and chipping.
D. General cold cutting: no edge sealing, easier to chip, lower technology and cost.

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