Gasket & Shielding Materials

Mechanical Characteristics
Density: Warp: 100±5 / Weft: 58±5
Weight: 80±2g/cb. M
Breaking Strength: Warp: 145±10N / Weft: 350±10N
Elongation(%): Warp: 15±3% / Weft: 22±3%

Characteristics
Gold has excellent conductive and electrochemical performance. This is a premium EMI Gasket and it is suitable for a large base of materials and applications.

Pattern Conductive

Electrical Specifications
Fabric: WR-260-PCN
Surface Resistance(Ω/sq.in): 0.02Ω-0.05Ω
Frequency Range(Test) (10MHz-1GHz) (dB): 60-100db

Mechanical Characteristics
Density: Warp: 150±5 / Weft: 124±5
Weight: 80±2g/cb. M
Breaking Strength: Warp: 280±10N / Weft: 235±10N
Elongation(%): Warp: 22±3% / Weft: 20±3%

Characteristics
Woven fabric is used as the base material which is plated with layers of nickel, copper and then nickel.

I/O

Electrical Specifications
Fabric:
A) WR-260-PCN
B) WD-250-PCN
Surface Resistance(Ω/sq.in): 0.03Ω-0.10Ω
Frequency Range(Test) (10MHz-1GHz) (dB): 60-100db

Mechanical Characteristics
Density:
A) Warp: 150±5 / Weft: 144±5 210kg/cb. M
B) Warp: 124±5 / Weft: 114±5 210kg/cb. M
Weight: 210±2g/cb. M
Breaking Strength:
A) Warp: 280±10N / Weft: 235±10N
B) Warp: 285±10N / Weft: 200±10N
14.9 - 15.5
Elongation(%):
A) Warp: 22±3% / Weft: 20±3%
B) Warp: 28±3% / Weft: 24±3%
21.8 - 46.2

Characteristics
The current demands of the aerospace, telcom,and high speed computer appli-cations require I/O shielding interfaces. This foam uses nickel plated X,Y, and Z axis conductivity.

Carbon Plated

Electrical Specifications
Fabric: W-290-PCNR
Surface Resistance(Ω/sq.in): 0.02Ω-0.10Ω
Frequency Range(Test) (10MHz-1GHz) (dB): 60-100db

Mechanical Characteristics
Density: Warp: 100±5 / Weft: 58±5
Weight: 85±2g/cb. M
Breaking Strength: Warp: 180±10N / Weft: 330±10N
Elongation(%): Warp: 15±3% / Weft: 21±3%

Characteristics
Black coating is used on one side of the fabric instead of using a Gold plating. The coating surface does not peel, retains the same colors, and is very good for reducing finger prints. It is water proof.

Anti-Tarnish

Electrical Specifications
Fabric: WR-290-PCN(ATU)
Surface Resistance(Ω/sq.in): 0.045Ω-0.10Ω
Frequency Range(Test) (10MHz-1GHz) (dB): 60-100db

Mechanical Characteristics
Density: Warp: 120±5 / Weft: 63±5
Weight: 228±2g/cb. M
Breaking Strength: Warp: 135±10N / Weft: 200±10N
Elongation(%): Warp: 20±3% / Weft: 20±3%

Characteristics
In order to prevent tarnishing, corrosion resistance, and finger prints, Anti-Tarnish treatments have been done on all products at the conclusion of production. The application results in a thin surface membrane which allows the product to keep the same resistance and color.

Conductive

Electrical Specifications
Fabric: WD-250-PCN
Surface Resistance(Ω/sq.in): 0.02Ω-0.05Ω
Frequency Range(Test) (10MHz-1GHz) (dB): 60-100db

Mechanical Characteristics
Density: Warp: 144±5 / Weft: 114±5
Weight: 90±2g/cb. M
Breaking Strength: Warp: 285±10N / Weft: 200±10N
Elongation(%): Warp: 28±3% / Weft: 24±3%

Characteristics
Polyester fibre is the base material which is plated with nickel, copper, and then nickel. It is coated and is used for high level shielding effectiveness. This is used widely in Japan's markets.

Aluminum

Electrical Specifications
Fabric: MC-030201
Surface Resistance(Ω/sq.in): 0.004Ω-0.01Ω
Frequency Range(Test) (10MHz-1GHz) (dB): 60db-100db

Mechanical Characteristics
Weight: 132±2g/cb. M
Breaking Strength: Warp: 120±10N / Weft: 120±10N
Elongation(%): Warp: 5±1% / Weft: 5±1%

Characteristics
Aluminum Foil Gaskets are flexible and combined with fiberglass which provides the same shielding capacities and performance of metal,including heat applications. It is a low cost substitute for traditional conductive foam and fabrics.