1- Semi-conductive Nonwoven Tapes

Composition:

Polyester fiber, semi-conductive adhesive.

Application:

Be made of 100% polyester, dipping into semi-conductive adhesive and drying. The tensile strength is excellent as the fiber be carded enough. Be used for making the Semi-conductive Water-blocking tapes. The surface resistance is small. It be used for more tensile strength, more air-permeable and shielding fabric. Material selection is based on the strength, thickness, resistance requirement for the particular application.

Technical Data

Mass per unit area : From 30g/m2 to 90g/m2

Thickness : From 0.14mm to.024mm

Tensile strength : From 16N/cm to 55 N/cm

Elongation : 10% to 12%

Surface resistance : ≤1500 Ohm/□

Volume resistance : ≤50000 Ohm.cm

Short-term stability : 230 ℃

Long-term stability : 90 ℃

Moisture content : ≤1.5 %

Technical Data Sheet, Click here to download !

2- Semi-conductive Nylon Tapes /SCN

Composition:

Polyester woven fabric, semi-conductive adhesive.

Application:

Binding，separating and shielding applications for conductors in cables.

Technical Data

Mass per unit area : 100g/m2 ; 110g/m2

Thickness : 0.12mm ;.014mm

Tensile strength : 120N/cm ; 140 N/cm

Elongation : 20%

Surface resistance : ≤1500 Ohm/□

Volume resistance : ≤50000 Ohm.cm

Short-term stability : 230 ℃

Long-term stability : 90 ℃

Moisture content : ≤1.5 %

Technical Data Sheet, Click here to download !

3- Semi-conductive Tetoron Tape /SCT

Composition:

Polyester fabric, semi-conductive adhesive.

Application:

Conductor binding, shielding and separating in cables, especially in load detecting cables.

Technical Data

Mass per unit area : 170g/m2

Thickness : 0.20mm

Tensile strength : 230 N/cm

Elongation : 20%

Surface resistance : ≤1500 Ohm/□

Volume resistance : ≤50000 Ohm.cm

Short-term stability : 230 ℃

Long-term stability : 90 ℃

Moisture content : ≤1.5 %

Technical Data Sheet, Click here to download !