----[[LIREN ELECTRICAL INSULATION MATERIALS]]

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KNK Polyimide-Nomex ®-Polyimide Flexible Laminates

KNK Polyimide-Nomex ®-Polyimide Flexible Laminates is a triple-layer combined flexible insulation material, consisting of DuPont Nomex® Paper covered on both sides with polyimide film. KNK exhibits very good electrical strength, high thermal resistance as well as excellent mechanical properties at elevated operating temperatures. It has a smooth surface which allows a trouble free manufacture of low voltage motors where coil inserting machines are used. KNK is mainly used as a slot liner, slot closure, phase-to-phase and turn-to-turn insulation in low or medium voltage electrical motors of Class H up to Class N (180℃ to 200℃) insulation system. In addition, it is also used as interlayer insulation in transformers and other electrical machines and appliances.

NK Nomex ® / Kapton ® Flexible Laminattes

NK Nomex ® Paper / Polyimide Film Flexible Laminates (equivalent to Myoflex® 1NK25，1NK50; ISONOM® NH) is a two-ply flexible laminate consisting of Polyimide film covered on one side with DuPont Nomex ® paper. NK is also called as NH. NK Nomex ® Kapton ® Laminates exhibits good electrical strength, excellent thermal resistance as well as high mechanical properties at elevated operating temperatures. NK Nomex ® Polyimide Laminates is mainly used as a slot liner, slot closure, phase and turn-to-turn insulation in low or medium voltage electrical motors of Class N (200℃). Besides it is also used as interlayer insulation in transformers and other electrical machines and appliances.

Printable White Polyimide Film Label

Printable Polyimide Film Label is made of polyimide film coated with a printable high opacity white coating on one side and acrylic adhesive with release liner on the other side. The gloss or matt white coating is designed for thermal transfer printing with resin based ribbons. This film is used as barcode and alphanumeric identification of printed circuit boards and related electronic components

EC Electrically Conductive Black Polyimide Film

EC Electrically Conductive Black Polyimide Film is an electrically conductive film, which are precisely loaded with conductive carbons to produce films with tightly controlled surface resistivity. The range of the surface resistance is 50-1500Ω. As heating film, it has good electrical conductibility, excellent radiation resistant, excellent flexible and endurable properties. It is used as protecting components for heating, heat protection, and drying up to 260℃. It is used in heater, heating part, health care, agriculture, consumer electronics, satellites and space applications.

Kapton® XC Black Anti-Static Polyimide Film

XC Black Polyimide Films (e.g. Kapton® XC Film) are black electrically conductive films, which are precisely loaded with conductive carbons to produce films with tightly controlled surface resistivity. XC film provides both thermal and anti-static control. XC film can be produced with surface resistances from 104 to 109 ohms/sq., retains all the outstanding inertness, radiation and temperature resistance of other polyimide films, which make them ideal for use in space or other extreme environments.

AL Aluminum Metallized Polyimide Film

AM Aluminum Metallized Polyimide Film consists of a polyimide film coated with aluminum on one side. It not only has excellent low and high temperature resistance, solvent resistance, radiation resistance, and flame resistance, but also has EMI shielding and high thermal conductivity. It is used in a wide range of industries where EMI shielding and efficient thermal energy transfer are required.

Kapton® MT Thermally Conductive Polyimide Film

MT Polyimide Film (e.g Kapton® MT, LIREN® MT film) is a thermally conductive amber color film, possesses higher thermal conductivity properties than standard polyimide film. This property makes it ideal for applications requiring efficient thermal energy transfer, such as loudspeaker voice coils frame, electrical insulating pads and flexible printed circuit board. Moreover it also can offer an excellent combination of electrical, physical and mechanical properties

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