Tanimura Conductive Fabric / Electromagnetic Wave Shielding Cloth MK-KTS260

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Tanimura Conductive Fabric / Electromagnetic Wave Shielding Cloth MK-KTN260

last updated：Nov 03, 2021

タニムラ

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Fabric that conducts electricity, allows current to flow, and prevents static electricity buildup.

/Conductive Fabric・Electromagnetic Wave Shielding/ This is a "conductive fiber" that can be used for static electricity countermeasures and radio wave interference prevention. ● A three-layer structure of Ni (Nickel) + Cu (Copper) + Ni plated on PET yarn exhibits excellent shielding properties. ● Made from polyester yarn, it does not generate dust. It can be cleaned with pure water for Class 100 clean rooms. ● The surface resistance value is below 0.05 [Ω], demonstrating very excellent electrical properties. ● As a conductive fabric fiber, it does not generate static electricity and allows for grounding of the entire fabric. ● It has excellent flexibility and breathability unique to fibers/fabrics, and is very easy to process for sewing and cutting. ● It will be shipped in rolls with a width of 1100mm and a length of 1m or more.

Related Link - https://www.tanimura.biz/catalog/conductive_cloth2…

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basic information

■It is woven with thick fibers in a lattice pattern, making it resistant to tearing. ■The PET yarn is treated with a three-layer electroless plating of Ni (nickel) + Cu (copper) + Ni. ■It excels in electromagnetic wave shielding (reflection, absorption, and blocking). ■It has breathability and flexibility, and can also be cut and sewn. ■The surface resistance value is very excellent at below 0.05 [Ω].

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Applications/Examples of results

● For preventing static electricity accumulation in static electricity control areas. ● For electromagnetic wave shielding and radio wave blocking. ● For preventing radio interference and noise in audio equipment. ● As a conductive fabric that allows electricity to pass through. ● To prevent malfunction of important safety devices due to electromagnetic waves. ● For disabling mobile phones' signal and automotive smart keys. ● To prevent relay attacks.

Detailed information

A ripstop type woven with thick fibers in a grid pattern. In the event that the fabric tears, it prevents the progression of the rip.
Fiber structure: Ni (Nickel) + Cu (Copper) + Ni Using PET yarn with a three-layer electroless plating.
Shielding characteristics against electromagnetic waves (KEC method)