Kapton - Import export

Kapton® and polyimide films with Silicone adhesive. They have been used in applications at temperatures as low as -269°C (-452°F) and as high as 260°C (500°F). high performance, reliability and durability, with a unique combination of electrical, thermal, chemical and mechanical properties that withstand extreme temperature, vibration and other demanding environments. Kapton® polyimide films make innovative design solutions possible in a range of industries including, consumer electronics, solar photovoltaic and wind energy, aerospace, automotive and industrial applications. Kapton® Tapes have a high dielectric strength. Silicon adhesive protection leaves no residue. Custom sizes are available upon request. Applications: Automotive sensor and manifolds Insulating circuit boards Etching Fiber Optics Cable High temperature powder coating Semiconductor manufacturing Wave soldering during circuit board

In general, a Kapton film heater is always more expensive than a silicone heater or polyester heater. Where chemical resistance or the weight of the flexible heating element plays an important role, however, Kapton heaters are the ideal solution. The resistance of Kapton Polyimide to fungi, bacteria, ozone, weather, ageing and most chemicals, acids and solvents is very good, so that heating elements made of Polyimide (Kapton) are an ideal solution for many critical applications. Kapton foil heaters are also silicone-free and are characterised by an even heat distribution. The dielectric strength of a Polyimide film is very high and so the flexible Kapton (Polyimide) heater can be very thin. Due to the small thickness, the heat transfer to the component is improved and higher surface loads are possible. Typical applications for Kapton film heaters are: Laboratory technology, aircraft electronics, printers, diagnostic instruments, vacuum chambers, medical equipment and many more.

Silicone heaters and Kapton heaters are preferred surface heating elements for laboratory equipment and medical technology due to their easy handling and variety of shapes. Like Kapton polyimide heating foils, silicone heaters are resistant to continuous temperatures of up to 200 °C, with self-adhesive foil up to 180 °C. When designing silicone heaters and Kapton foil heaters, the designer has almost unlimited degrees of freedom. This applies to the minimum and maximum dimensions, which are set within wide limits, as well as to contours and recesses, holes and feed-throughs of any kind. The good shape flexibility of silicone heating mats and foils as well as Kapton polyimide heaters also enables the heating of cylindrical, conical or rounded surfaces. The resistance of polyimides to fungi, bacteria, ozone, weather, ageing and most chemicals, acids and solvents is very good, making polyimide (Kapton) heaters an ideal solution for many critical applications.

we are an authorized distributor of DuPontTM Kapton® throughout Africa and Mexico. We will be happy to supply technical information and datasheets.

we are an authorized distributor of DuPontTM Kapton® throughout Africa and Mexico. We will be happy to supply technical information and datasheets.

This self-adhesive thermocouple is ideal for surface temperature measurements. For both curved and flat objects. The extremely thin wire, not even 1 mm in diameter, facilitates highly flexible installation. The thin probe tip guarantees very rapid response. Temperature range: -100 °C to +150 °C continuous, +260 °C short-duration Adhesive foil: Kapton, approx. 9 x 20 mm

We can offer flexible heating elements manufactured from three different insulation materials: silicone, polyimide (Kapton) or polyester. Each of these materials possess different properties which make them suitable for diverse applications. Silicone heaters can also be produced in very large sizes, whereas polyimide is significantly thinner and polyester unbeatable in price when it comes to high quantities. All three of them are bespoke products made according to your needs, so within the bounds of what is technically feasible you as the customer can determine almost every feature of your heater. This can include; voltage, wattage, dimensions, shape, sensors, leads, plus much more. Due to their low thermal mass flexible polymer insulated heaters distinguish themselves by a very short response time and excellent controllability.

The adhesive kapton foil as accessory to our self-adhesive thermocouples. Temperatur range: +150°C continuous, +260 °C temporary GoodUV-, aging- and solvent resistance

BASED ON POLYIMIDE FILM COATED WITH A SPECIAL SURFACE CONDUCTIVE ADHESIVE. STATIC GENERATION DURING ROLL UNWIND AND TAPE APPLICATION IS ELIMINATED. IT CAN WITHSTAND WAVE SOLDER TEMPERATURES UP TO 300C AND LEAVES NO ADHESIVE RESIDUE ON PRINTED CIRCUIT BOARDS UPON REMOVAL.

BASED ON A POLYIMIDE FILM, WHICH EXHIBITS OUTSTANDING TEMPERATURE RESISTANCE AS WELL AS EXCELLENT MECHANICAL AND ELECTRICAL PROPERTIES. RADIATION RESISTANT. SHORT TERM HEAT RESISTANCE UP TO 400C. APPLICATIONS : INSULATION TAPE FOR VERY HIGH TEMPERATURES. FOR HIGH STRESS CONDITIONS IN TRACTION MACHINE MANUFACTURING. GENERATOR PRODUCTION. OUTER WRAP FOR TRANSFORMERS, TORROIDAL COILS, MOTOR COILS AND BUNDLING OF ARMATURE COILS.

Nomex-Kapton -Nomex (NKN) tubes are stator slot liner insulators produced with a low thickness of only 0,16 mm without overlaps. This means an improved thermal management inside the stator slot, less overheating inside, higher torque and motor efficiency, more space for copper hairpins & I-Pins, improved dielectric strength. Reducing the thickness of slot insulator and improving dielectric & thermal insulation is a key stone to improve motor efficiency and performance in terms of: 1. Improving thermal conductivity and reducing thermal resistance 2. Reducing the temperature of the copper hairpin hotspot 3. By reducing the insulator volume because of a reduced thickness and lack of overlaps; this means that the amount of copper inside the slot can be increased, improving motor performance 4. Reducing phase resistance Nomex and Kapton are DuPont registered trademarks