Temperature Resistant Membrane Control Panel with Multi-Color Printing

The Membrane Control Panel is a versatile and reliable solution for various applications that require precise control and monitoring. Designed to meet the demands of modern industries, this product offers a wide range of features and benefits that make it an ideal choice for your control panel needs.

One of the key features is its multi-color printing capability, allowing for clear and easy identification of different functions and controls. This makes it perfect for applications where quick and accurate control is essential, such as in industrial automation systems or medical equipment.

The flexible cable circuit and pins ensure a secure and reliable connection between the control panel and the system it is controlling. This not only enhances performance but also makes installation and maintenance easier.

Built for factory settings, the panel features durable construction with high-quality materials for long-term reliability. The unique pillow emboss design provides tactile feedback, enhancing user experience in applications where precise control is crucial.

With excellent chemical resistance, the panel remains functional even in challenging conditions where exposure to harsh chemicals is a concern.

• Product Name: Membrane Control Panel
• Chemical Resistance: Yes
• Embossed Shape: Pillow Emboss
• Circuit: Flexible Cable Circuit And Pins
• Dustproof: Yes
• Customizable Design: Yes

The TKM membrane control panel is designed for various factory applications where chemical resistance, humidity control, and anti-static features are crucial.

• Factory Workstations: Suitable for switch control membrane applications with tactile pillow emboss design for enhanced user experience.
• Industrial Machinery: Perfect for controlling machinery in harsh environments with chemical exposure.
• Control Rooms: Ideal for precise equipment control with anti-static protection for sensitive electronics.
• Production Lines: Withstands high humidity conditions (90%~95% for up to 240 hours) in demanding production environments.