Overview
The Silicone CAN-bus Keypad is a durable and reliable input device designed for use in heavy machinery and vehicle electronic systems. Featuring a silicone construction, it offers excellent waterproof and wear-resistant properties, ensuring long-lasting performance even in harsh environments. With its compact and sealed design, it is ideal for applications in agriculture, nautical, automotive, and construction vehicle keypad systems that use the CANopen protocol.
Details
– Origin:Xiamen, China
-Brand:OEM
– Keypad Material:Silicone
– Key Features:Durability, Chemical Resistance, Weather Resistance, Temperature Tolerance
– Applications:Home Appliances, Industrial Equipment
– Custom Orders:Accepted
– Color Options:Multicolor Printing
– Materials:Silicone, PVC, PET, PC, Metal, Adhesive-Backed Materials
– Environmental Considerations:Eco-friendly inks and materials
– Size:Customizable
– Logo:Custom Branding Available
– Accepted Artwork Formats:AI, PDF, CDR
Advantages of Our Product
- Durability: Silicone rubber keypads are highly resilient, offering long-lasting performance even in harsh conditions. They withstand repeated use without degradation.
- Flexibility: The material’s inherent flexibility allows for the design of keypads that are comfortable to use and adaptable to various shapes and sizes.
- Temperature Resistance: Silicone rubber maintains its properties across a wide temperature range, from -40°C to 250°C, making it suitable for extreme environments.
- Chemical Resistance: Resistant to oils, solvents, and other chemicals, silicone rubber keypads are ideal for applications in industries where exposure to harsh substances is common.
- Tactile Feedback: Provides excellent tactile feedback with a soft and responsive touch, enhancing user experience and ease of operation.
- Waterproof and Washable: The keypads are inherently waterproof, which makes them easy to clean and ideal for applications requiring frequent sanitation.
The Production Process of Conductive Keypad:
Design: Create a detailed design considering form, key layout, and structure.
Material Preparation: Gather conductive materials like silicone rubber, carbon powder, metals, and backing material.
Conductive Layer Formation: Develop the conductive layer using silicone rubber mixed with carbon powder or metal mesh.
Printing: Use advanced printing methods to apply key patterns and symbols onto the conductive layer accurately.
Assembly: Integrate the conductive layer with the backing material, ensuring precise alignment.
Curing: Subject the keypad to controlled curing to enhance adhesion.
Quality Testing: Thoroughly test sensitivity, electrical conductivity, and aesthetics.
Packaging: Securely package the keypads to protect against damage during transportation.
Quality Control
To ensure the highest quality of our silicone keypads, we implement a multi-channel inspection process and support third-party inspections.
We also accept returns of any unqualified goods without reason. Below are the key steps in our quality assurance process:
Silicone Keypad Alcohol Abrasion Test
This test involves continuously rubbing the surface of the silicone buttons to ensure that the text and coating remain intact and do not wear away or abrade over time.
Silicone Keyboard Material Tensile Force Test
We test the tear strength and tensile force of the silicone material to ensure the keypads are durable and resistant to tearing.
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