Products

Showing 13–24 of 303 results

Crepe Masking Paper Tape

1M608 is crepe masking tape with Rubber Adhesive. It can resist to temperature of 80°C.

Double side adhesive tape

Double side adhesive tape

DUPONT® Polyimide Tape

DUPONT® Polyimide Tape used in high performance electrical applications and high-temperature coils.

(Mark with “*” refers to accord with the requirement of halogen free).

EKG Leadwire to Pinch or Snap

ECG cables are able to endure twisting and bending and have been tested to ensure optimum performance. The signal integrity of these cables is protected with electrical shielding. optimized. Our selection of ECG patient cable options gives you the supply of cables you need, when you need them.

Enamelled Copper Wire – THW

COPPER WIRE TO SUIT A WIDE RANGE OF COIL WINDING APPLICATIONS

THW series

Specifically designed for coil windings that may be subjected to higher voltage spikes, and the wire has exhibited increased resistance to partial discharges and improved abrasion resistance to repeated scrape.

The combination of the modified polyester and polyamide-imide coatings provides an insulation system with outstanding toughness and excellent dielectric properties.

 

Enamelled Copper Wire – UEW

COPPER WIRE TO SUIT A WIDE RANGE OF COIL WINDING APPLICATIONS

UEW series

Copper wire coated with a very thin layer of insulation. We have different range of enameled copper wires coated with a layer of insulation and come with good mechanical properties such as tensile strength, elongation. The copper is fully annealed to deliver the best performance for applications in electrical motors, transformers, switchgear, consumer and industrial electronics, automotive electronics, refrigerators, air conditioners, household appliances, pumps and fans and more.

Enamelled Copper Wire – UEW-F

COPPER WIRE TO SUIT A WIDE RANGE OF COIL WINDING APPLICATIONS

UEW-F series

Copper wire coated with a very thin layer of insulation. We have different range of enameled copper wires coated with a layer of insulation and come with good mechanical properties such as tensile strength, elongation. The copper is fully annealed to deliver the best performance for applications in electrical motors, transformers, switchgear, consumer and industrial electronics, automotive electronics, refrigerators, air conditioners, household appliances, pumps and fans and more.

Enamelled Copper Wire – UEW-H

COPPER WIRE TO SUIT A WIDE RANGE OF COIL WINDING APPLICATIONS

UEW-H series

Copper wire coated with a very thin layer of insulation. We have different range of enameled copper wires coated with a layer of insulation and come with good mechanical properties such as tensile strength, elongation. The copper is fully annealed to deliver the best performance for applications in electrical motors, transformers, switchgear, consumer and industrial electronics, automotive electronics, refrigerators, air conditioners, household appliances, pumps and fans and more.

Enamelled Copper Wire – UEYE

COPPER WIRE TO SUIT A WIDE RANGE OF COIL WINDING APPLICATIONS

UEYE series

Solderable polyurethane insulated copper wire with nylon overcoat. The nylon overcoat makes the wire smooth enough to be suitable for automatic winding.

Enamelled Copper Wire – UEYE-F

COPPER WIRE TO SUIT A WIDE RANGE OF COIL WINDING APPLICATIONS

UEYE-F series

Solderable polyurethane insulated copper wire with nylon overcoat for use in applications through temperature class F 155°C.

The nylon overcoat makes the wire smooth enough to be suitable for automatic winding.

Enamelled Copper Wire – UEYE-H

COPPER WIRE TO SUIT A WIDE RANGE OF COIL WINDING APPLICATIONS

UEYE-H series

Solderable polyurethane insulated copper wire with nylon overcoat for use in applications through temperature class F 180°C.

The nylon overcoat makes the wire smooth enough to be suitable for automatic winding.

Filament Reinforced

Polyester film/glass filament tape, thermosetting rubber adhesive. Excellent solvent resistance and thermosetting qualities agressive high adhesive, non flagging rubber adhesive.