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Transparent Heater

Yu An is a leading expert in the flexible heating film industry. As a quick-turn manufacturer of transparent heaters, we specialize in solutions that prevent dew condensation, snowfall, and frost accumulation. Our heaters enhance visibility for cameras, windows, and other surfaces requiring exceptional transparency.

Capability

Rigid Flexible Circuit (rigid-flex circuit board) is a circuit board combined of Rigid circuit board and Flexible circuit board, selectively

Max. Heater Dimension 600*2000mm Power Tolerance ±10%-20%
Min. Heater Dimension 20mm*20mm Power Density (Max.) 0.15W/cm2
Heater Thickness 0.2-1.0MM Working Temperature -40℃-100℃
Transparent Double-sided Tape Thickness 55UM Voltage 0-220V
OCA Thickness 50UM (common), 125UM Transparency 80%-90%
Resistance Tolerance ±10%-20% Wire Mode Bonding or wiring

Why Choose Danyu Electronics?

We specialize in designing and producing customized heating films known for rapid heating, high eficiency, energy savings, and durability, making us a trusted supplier for our customers.

01

Excellent thermal conductivity

Silicone rubber heater offers strong physical durability and flexibility, ensuring effective contact between the heating element and the object being heated.

01 02

Easy to installation

Can be made into various shapes and sizes as needed, easy to installation for layman and reserve a variety of openings according to your specific requirements.

01 03

High controllability

Lightweight and adjustable in thickness (as thin as 0.8mm), small heat capacity, and the heating rate can be achieved quickly and provides precise temperature control.

01 04

Corrosion and moisture resistance

Silicone rubber heater is resistant to chemical corrosion and can operate in harsh environments with moisture or corrosive gases.

FAQ

What is a transparent heater?

A transparent heater is a flexible, electrically powered heating film that maintains high optical clarity while preventing condensation, frost, and snow accumulation. These heaters are often used in applications where visibility is critical, such as cameras, automotive windows, and optical devices.

What materials are used to manufacture transparent heaters?

Transparent heaters are typically made using advanced materials that provide both conductivity and transparency. The most commonly used material is Indium Tin Oxide (ITO), which is thin and transparent while maintaining excellent electrical conductivity. Other materials, such as metal mesh films, silver nanowires, or graphene-based solutions, are also used for improved performance and flexibility.

What benefits do transparent heaters provide?

Prevention of condensation and frost: Ensuring clear visibility in cold and humid conditions.
High optical transparency: Maintaining clarity without obstructing visibility.
Energy efficiency: Providing controlled heating with low power consumption.
Durability: Resisting environmental factors like moisture, dust, and temperature variations.
Lightweight and flexible design: Allowing integration into various surfaces and applications.
Fast heating response: Quickly clearing frost or fog to maintain performance.

Can transparent heaters be customized for specific applications?

Absolutely. Transparent heaters can be customized based on individual application requirements. Customization options include:
Size and shape: Tailored to fit specific surfaces or devices.
Voltage and power: Adjusted for varying performance and energy needs.
Transparency levels: Ensuring the desired optical clarity for specific applications.
Operating temperature range: Designed to perform reliably under extreme conditions.
Mounting options: Integration into flat, curved, or flexible surfaces.

Where are transparent heaters most commonly used?

Transparent heaters are widely used in industries and devices where maintaining visibility is crucial. Key applications include:
Automotive: Windshields, mirrors, sensors, and ADAS (Advanced Driver Assistance Systems).
Surveillance and security: Outdoor cameras and monitoring systems.
Consumer electronics: Touchscreens and outdoor display screens.
Aerospace and aviation: Aircraft cockpit windows, sensors, and cameras.
Medical equipment: Optical devices and diagnostic displays.
Drones and robotics: Ensuring clear visibility for cameras and sensors in cold weather.

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