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Anti-static mat (1mm green+1mm black)
The anti-static mat (ESD sheet) is mainly made of anti-static material and static dissipate synthetic rubber material. It is usually a two-layer composite structure with a thickness of 2mm, the surface layer is a static dissipation layer about 0.5mm thick, and the bottom layer is a conductive layer
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Anti-Static Mat (Sandwich’s Structure)
The anti-static mat (ESD sheet) is mainly made of anti-static material and static dissipate synthetic rubber material. It is usually a three-layer composite structure with a thickness of 3mm, the surface layer is a static dissipation layer about 1mm thick, and the middle layer is a conductive layer
Structure: Sandwich’s structure
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Anti-Static Mat (Double Faced Antislip)
The anti-static mat (ESD sheet) is mainly made of anti-static material and static dissipate synthetic rubber material. It is usually a two-layer composite structure with a thickness of 2mm, the surface layer is a static dissipation layer about 0.5mm thick, and the bottom layer is a conductive layer
Surface treatment: double faced antislip
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Anti-Static Mat (Double Faced Antislip + Cloth Inserted)
The anti-static mat (ESD sheet) is mainly made of anti-static material and static dissipate synthetic rubber material. It is usually a two-layer composite structure with a thickness of 2mm, the surface layer is a static dissipation layer about 0.5mm thick, and the bottom layer is a conductive layer
Surface treatment: double faced antislip
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Anti-Static Mat (All Green: Surface + Bottom Layer)
The anti-static mat (ESD sheet) is mainly made of anti-static material and static dissipate synthetic rubber material. It is usually a two-layer composite structure with a thickness of 2mm, the surface layer is a static dissipation layer about 0.5mm thick, and the bottom layer is a conductive layer
Surface Treatment: All GGreen: surface + bottom layer
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Conductive table / floor mats (Smooth surface)
The anti-static mat (ESD sheet) is mainly made of anti-static material and static dissipate synthetic rubber material. It is usually a two-layer composite structure with a thickness of 2mm, the surface layer is a static dissipation layer about 0.5mm thick, and the bottom layer is a conductive layer
Surface treatment: Antislip surface
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Anti-static mat (Pattern surface)
The anti-static mat (ESD sheet) is mainly made of anti-static material and static dissipate synthetic rubber material. It is usually a two-layer composite structure with a thickness of 2mm, the surface layer is a static dissipation layer about 0.5mm thick, and the bottom layer is a conductive layer
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RF Or EMI shield Testing tent
Portable, Benchtop RF Test Tent is a cost effective, highly efficient solution for radiated emissions testing. Users can spend fraction on acquisition, receive immediate delivery and easily set up and be testing themselves in short order. Troubleshoot or prepare for EMC certification in a practical and timely manner,we offers custom solutions, bundling the EMC test equipment required to conduct emissions and immunity testing, and maintaining high level RF isolation.
Condition Used
● -85.7 dB minimum from 400 MHz to 18 GHz
● Conductive floor between two layers of heavy-duty tarp
● 15” x 19” double door
● Cable sleeve
● Enclosure Storage Bag: All enclosures come with a storage bag for protection when in transit or not in use.
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Stainless steel fiber breaking sliver
Stainless steel fibers for the anti-static textile industry
Stainless steel metal fibers and yarns provide excellent shielding against ESD in a wide range of applications. Stainless steel metal fiber is a stretchbroken sliver of very fine stainless steel fibers. They can be blended with all spun fibers at the spinning mill to obtain anti-static yarns in a wide range of yarn numbers. Woven fabrics, tufted and woven carpets, knitted and braided fabrics, and needle-punched felts are made
permanently electrostatically controlled when small quantities of stainless steel metal fibers are blended with the textile material.Stainless steel metal fiber has superior washing characteristics (high durability) and fulfills EN1149-1, EN1149-3, EN1149-5 and EN61340-5-1. Thanks to its superior conductive properties, the garment does not charge.
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Thermal resistance stainless steel fiber tubing
During the production of hollow glass, the smallest shock caused by tooling can scratch, crack or break the glass. To prevent this from happening, all machine components in contact with the hot glass, such as stackers, fingers, conveyor belts and rollers, need to be covered with heat-resistant materials.
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Thermal resistance stainless steel fiber tape
During the production of hollow glass, the smallest shock caused by tooling can scratch, crack or break the glass. To prevent this from happening, all machine components in contact with the hot glass, such as stackers, fingers, conveyor belts and rollers, need to be covered with heat-resistant materials.
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Thermal resistance PBO fiber netting tape
During the production of hollow glass, the smallest shock caused by tooling can scratch, crack or break the glass. To prevent this from happening, all machine components in contact with the hot glass, such as stackers, fingers, conveyor belts and rollers, need to be covered with heat-resistant materials.