Dan Yu electronics is one of a leading custom polyimide flexible heater manufacturer in Asia, aiming to provide highest quality Kapton polyimide heaters. With a focus on quick delivery, especially for custom orders, we ensure that your heating requirements are met with precision and timeliness.
Rigid Flexible Circuit (rigid-flex circuit board) is a circuit board combined of Rigid circuit board and Flexible circuit board, selectively
A polyimide heater is a thin, flexible heating element made using polyimide film as an insulating layer. It provides efficient and uniform heating in compact and lightweight designs.
It’s commonly used for precision heating in batteries, electronics, 3D printers, and medical devices where uniform heat and flexibility are required.
Yes, polyimide heaters are fully customizable in shape, size, voltage, and wattage to meet specific application needs.
Yes, most use high-temperature-rated silicone or acrylic adhesives that perform reliably up to 200°C or more.
Yes, polyimide heaters are highly customizable. They can be designed to fit specific shapes, sizes, and wattage requirements. Custom configurations also include multiple heating zones, varied watt densities, and different voltage options to meet unique application demands.
Polyimide heaters often come with an adhesive backing for easy installation on flat or curved surfaces. For more demanding environments, custom mounting options, including mechanical fasteners or integration into larger assemblies, can be provided.
Yes, polyimide heaters have excellent resistance to chemicals, moisture, and humidity. This makes them suitable for environments exposed to harsh chemicals or variable weather conditions, ensuring consistent performance without degradation.
Polyimide heaters are versatile and used in a variety of industries, such as aerospace (to prevent condensation), medical devices (for heating diagnostic equipment), automotive systems (like battery warming), and consumer electronics (to ensure smooth operation in cold environments). They are also found in 3D printing, laboratory equipment, and satellites.
