Customized Industrial Electric Kapton Film Heating Element 50 mm

Customized Industrial Electric Kapton Film Heating Element 50 mm description

Quick Details
Applicable Industries:
Medical equipment such as blood analyzers and test tube heaters
Computer peripherals like laser printers
Curing of plastic laminates
Medical equipment such as blood analyzers and test tube heaters
Semiconductor Processing Equipment
Thermal transfer equipment
Medical equipment such as blood analyzers and test tube heaters
after sales service :Overview, Online support, Spare parts
Birthplace:Anhui, China
Brand name:Overview
Dimension (L * W * H):Custom
Key selling points:High accuracy,after sales service,after sales service
Voltages available:personalized
Temperature:-30Overview
Certification:UL, Overview
Power supply:Overview
Condition:New
Supply capacity:50000 pieces / Overview

What is custom industrial electric kapton film heating element from 50 mm?

Kapton is a type of polyimide film known for its excellent thermal and electrical insulation properties.. Can withstand high temperatures, making it suitable for various industrial heating applications. A kapton film heating element typically consists of a thin kapton film with integrated heating elements, as resistive wires, printed circuits or conductive tracks. The heating element is customized with a diameter of 50 mm con adhesivo 3M, the film is thin and flexible, allowing its use in applications with limited space or irregular shapes. Due to its flexibility and lightweight nature, Kapton film heating elements are generally easy to install and integrate into different systems.

How does custom industrial electric kapton film heating element work? 50 mm?

A custom industrial electric kapton film heating element from 50 mm works on the principle of resistive heating. Resistive heating occurs when an electrical current is passed through a material with resistance., causing that kind of heat. In the case of kapton film heating elements, the kapton film itself acts as a resistive element.

This is how the process works:

Construction: The kapton film heating element is custom made to a specific size and shape, in this case, 50 mm wide. Can be designed with built-in resistive leads or conductive tracks, that are deposited or embedded in the kapton film. These resistive elements are usually made of materials with high electrical resistance., like nichrome.

Electric connection: the heating element has two electrical terminals, usually referred to as positive connections (+) and negative (-). When an electrical current is applied across these terminals, flows through the resistive material within the kapton film.

resistive heating: as electrical current is passed through the resistive material in the kapton film, meets resistance to its flow. According to Ohm's law (V = I * R), this resistance causes the generation of heat in the form of Joule heating. The energy of electrical current is converted to heat energy when it meets resistance within the kapton film..

Heat transfer: heat generated within the kapton film is transferred to the surrounding area. The thin and flexible nature of kapton film allows it to be applied to various surfaces or objects that require heating. The heat transfer mechanism can be conduction (direct contact with the heated surface), convection (heat transfer through a fluid such as air) or radiation (emission and absorption of infrared radiation).

Temperature control: to prevent overheating and control the temperature of the kapton film heating element, a thermostat or temperature control system can be used. This control system monitors the temperature and adjusts the electrical power applied to maintain the desired temperature..

Kapton film heating elements find applications in various industries where a flexible heating solution is required., lightweight and able to withstand high temperatures. Some common applications include heated grips for portable devices, heating elements in food processing, temperature regulation in aerospace systems and more.

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