Technology and Process

In the competitive world of silicone rubber keypad manufacturing, the demand for high-quality products delivered at a fast pace is ever-increasing. As a supplier in this industry, maintaining the balance between quality and efficiency is essential. At Siliconekeytech, a leading silicone rubber keypad manufacturer based in China, we understand the challenges faced by businesses in […]

When it comes to manufacturing silicone rubber keypads, achieving high-quality components while maintaining efficient production processes is key. Many factors contribute to the overall success of silicone molding, with injection speed, injection pressure, and mold temperature playing crucial roles. At Siliconekeytech, as a leading manufacturer and supplier of silicone rubber products, we understand how these […]

Are you striving for flawless tactile performance and impeccable surface quality in your silicone rubber keypads? At Siliconekeytech, we know that getting those details right hinges on mastering critical molding parameters: clamp pressure, injection speed, and hold pressure (and time). These factors directly influence part dimensions, surface finish, and overall consistency—qualities your end users demand. […]

Are you looking to differentiate your silicone rubber keypads with vibrant gradients, bold color blocks, or integrated logos? At Siliconekeytech, we specialize in cutting‑edge two‑shot and full‑color flow molding techniques that inject multiple silicone compounds into a single tool. This process delivers seamless “flowing colors” effects—perfect for gaming peripherals, consumer electronics, and smart‑home interfaces demanding […]

Are you collaborating with suppliers and manufacturers to bring your next silicone keypad to market? At Siliconekeytech, we know that unparalleled product performance begins long before production—right in the design phase. In this comprehensive guide, we’ll share the five most common design-for-manufacturability (DFM) missteps we encounter when working with both clients and manufacturing partners. By […]

When it comes to designing custom silicone components, material hardness—known as durometer—is one of the most critical performance attributes to consider. At Siliconekeytech, we often work closely with clients who are developing everything from flexible seals and translucent keypads to rugged control interfaces. Yet, even among seasoned engineers, durometer selection can be overlooked or misunderstood. […]

Rubber molding is a crucial manufacturing process used to produce a wide variety of rubber products. This technique involves shaping and forming raw rubber materials, but its primary function is also to subject these materials to chemical reactions that enhance their durability and performance. The molding process causes the rubber’s polymer chains to crosslink, resulting […]

Injection molding is a cornerstone of modern manufacturing, renowned for its ability to create complex, high-volume plastic parts. Within this versatile process, two specialized techniques—insert molding and overmolding—enhance its capabilities even further, allowing manufacturers to combine materials, improve part functionality, and streamline production. This article explores the key differences between insert molding and overmolding, examining […]

Silicone is a highly versatile material that finds applications across various industries, including automotive, medical, aerospace, and consumer electronics. Two of the most commonly used forms of silicone in manufacturing are RTV (Room Temperature Vulcanized) silicone and LSR (Liquid Silicone Rubber). While both of these materials offer unique advantages, they are suited to different manufacturing […]

When choosing a silicone rubber manufacturer for your keyboard components, understanding the different molding processes is essential. The method used to mold silicone rubber can significantly impact product quality, precision, and production efficiency. Among the various molding techniques, Compression Molding and Liquid Injection Molding (LIM) are the two most commonly employed methods, each with its […]