Kapton heater for insole

Kapton heater for insole 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 Kapton heater for insole?

Kapton insole heaters are a specific type of heating element used in footwear., especially en plantillas or plantillas para zapatos. Kapton is a brand name for a polyimide film known for its excellent thermal properties., electrical insulation and lightweight nature. These features make it a popular choice for heating applications., especially on small and compact devices like templates.

The Kapton thermal insole is designed to provide warmth and comfort to the wearer's feet in cold environments.. The heater is usually built into the insole and can be powered by a small battery pack or external power source, according to design. Normally uses low voltage to generate mild heat, avoiding any discomfort or risk of burns.

The benefits of using Kapton warmers in insoles include flexibility, durability and rapid heat dispersion, which makes them suitable for various types of footwear. They can be used in outdoor activities such as hiking or skiing, as well as daily use in cold weather to keep feet warm and comfortable.

How does the Kapton insole heater work??

Kapton insole heaters work on the principles of electrical resistance heating. Here's an overview of how they work:

Construction: a Kapton stencil heater consists of a thin Kapton polyimide film, flexible and light. This film is coated with a conductive material, as a thin layer of copper or nickel, acting as a heating element. The conductive coating is often specifically designed to distribute heat evenly across the stencil surface..

Electric current: when an electrical current is applied to the conductive coating, encounters resistance as it flows through the material. According to Ohm's law (V = I * R), where V is voltage, I is current and R is resistance, this resistance causes the Kapton film to heat up.

heat generation: as current passes through the conductive coating, dissipates energy in the form of heat. The heat generated is proportional to the amount of current flowing through the heating element and the resistance of the material..

temperature regulation: to ensure that the insole does not get too hot and cause discomfort or possible burns, Kapton insole warmers often incorporate a temperature control mechanism. This control system may include a thermostat or a temperature sensor., that monitors the temperature of the insole. If the temperature exceeds a predetermined limit, the control system reduces or cuts off electrical current to prevent overheating.

Power source: La fuente de energía para el calentador Kapton puede variar según el diseño. Puede ser un paquete de batería pequeño que sea fácilmente recargable o puede conectarse a una fuente de alimentación externa a través de un cable de alimentación. La fuente de alimentación debe proporcionar un voltaje bajo para garantizar un calentamiento seguro y cómodo.

Integración con plantilla: El calentador Kapton se integra en la plantilla durante el proceso de fabricación. As usual, se coloca entre capas de materiales aislantes para garantizar que el calor se dirija hacia el pie del usuario en lugar de disiparse en el medio ambiente.

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