Kapton heater for camera lens

Kapton heater for camera lens

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

The polyimide heater (Kapton heater) is available in a variety of shapes, sizes and powers, is a transparent amber polyimide film. The process for making a flexible heating film is similar to that of etched foil silicone heaters.. It is a flexible high temperature heating element with excellent dielectric properties capable of operating in environments between -185 degrees Celsius and 180 Celsius degrees. Customize 12V 3D Printer Flexible Heating Film, 24V, 36V. It is very thin with a thickness of about 0.2 mm, it is very lightweight and widely used in 3D printers.

Aplicación de calentador de poliimida?

Los calentadores de poliimida se utilizan en una variedad de aplicaciones en las que se requiere un calentamiento rápido y eficiente en un espacio reducido. Algunas de las aplicaciones comunes de los calentadores de poliimida son:

Impresoras 3D: los calentadores de poliimida se utilizan para calentar la plataforma de impresión y así evitar que el material de impresión se enfríe demasiado rápido, which can cause deformations or adhesion problems.

electronics: polyimide heaters are used in electronic devices, such as thermal cameras and temperature sensors, to provide a controlled and precise heat source.

Aerospace industry: polyimide heaters are used in the aerospace industry to maintain a stable temperature in electronic systems and in aircraft engines.

liquid heating: polyimide heaters can be used to heat liquids in small volumes, as in laboratories or in medical devices.

Food industry: polyimide heaters are used in the food industry to heat and maintain the temperature of food and beverages.

In summary, polyimide heaters are an effective and versatile solution for heating applications in environments where precise temperature control and a compact size are required.

What are the parameters of the Polyimide/Pi heater?

The parameters of the polyimide heater (aka Pi Heater) may vary by application and manufacturer's specifications, but some of the common parameters are:

Electric resistance: the electrical resistance of the polyimide heater depends on the length, the width and thickness of the heating element. Can range from a few ohms to hundreds of ohms, depending on the size and shape of the heater.

Rated power: la potencia nominal es la cantidad de energía que el calentador puede generar a plena carga y está determinada por la tensión de alimentación y la resistencia del calentador. La potencia nominal típica de los calentadores de poliimida oscila entre 1 y 500 watts.

Temperatura máxima de operación: la temperatura máxima de operación es la temperatura más alta que el calentador puede alcanzar sin sufrir daños. La temperatura máxima típica de los calentadores de poliimida es de alrededor de 250°C a 300°C.

Tiempo de calentamiento: el tiempo de calentamiento es la cantidad de tiempo que tarda el calentador en alcanzar su temperatura máxima de operación desde la temperatura ambiente. El tiempo de calentamiento depende de la potencia del calentador y de la capacidad de transferencia de calor del material que lo rodea.

Tensión de alimentación: la tensión de alimentación es la tensión eléctrica que se aplica al calentador para generar calor. La tensión de alimentación típica de los calentadores de poliimida es de 12V o 24V.

Dimensiones físicas: the physical dimensions of the polyimide heater, as the length, width and thickness, vary by application. Polyimide heaters can be manufactured in different shapes and sizes to suit the geometry of the application.

It is important to note that these parameters may vary depending on the specific application and manufacturer's requirements..

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