News
Why Do Silicone Keypad Characters Glow? The Science of Light Transmission & Optimal Elastic Wall Design
How Engineers Crack the Code for Durable, Light-Up Buttons
Why Your Silicone Keypad Feels Off? The Science Behind Click Value & Optimal Angles
Fixing Mushy or Stiff Silicone Keypads for Gamers, Engineers & Medical Device Makers
The Click Value Crisis – Why Your Silicone buttons Feel Wrong
Factors affecting the quality of silicone buttons of automobile fault diagnosis instrument
Causes and solutions for cracking of silicone buttons
1.Material formulation and hardness control
The hardness of silicone is determined by the ratio of cross-linking agent and catalyst in the formula, which directly affects the elasticity and durability of the silicone keypad. Improper formula may lead to too high hardness (poor feel, hard to press) or too low hardness (easy to deform, key stuck).
75% of consumers prefer silicone button remote controls, durability becomes the core selling point
Recently, a report released by the well-known domestic consumer research organization "Home Appliance Market Observation" shows that more than 75% of consumers clearly prefer products equipped with silicone keypads when purchasing remote controls for home appliances such as TVs and air conditioners. The survey pointed out that durability, tactile comfort and environmental protection properties have become the silicone key factors for silicone keypads to stand out, among which durability ranks first in consumer decision-making with a mention rate of 89%. Behind this trend, it reflects the home appliance industry's deep response to user experience and quality upgrades.
Deep dive into why engineers and gamers are ditching rubber keyboards for silicone keypads
Let’s face it: most buttons suck.
They die after a few spills, get mushy with wear, or just straight-up ghost your presses. But what if I told you there’s a hero in this chaos? Enter silicone keypads—the waterproof, indestructible overlords of tactile feedback
Design suggestions for silicone rubber keyboard of game controllers
In competitive games, it is equipped with silent conductive Silicone Rubber keyboard, with high sensitivity and low noise, and the ABXY keys support layout switching
Space-grade silicone buttons: Stable in -60℃ vacuum environment, analysis of core components of commercial satellites
Unveiling the material innovation and satellite manufacturing revolution in the extreme environment of space
High temperature resistant silicone keypads selection strategy and life extension practice
In the field of industrial control, the reliability and durability of silicone buttons are crucial. In order to meet the needs of long-term stable operation in high-temperature environments, a series of scientific selection strategies are required to select silicone buttons that can withstand high temperatures of 200°C and increase their lifespan by 50%. The following strategies will cover multiple aspects such as material selection, structural design, and manufacturing process.
Silicone products, how will silicone buttons define the future driving experience?
As an indispensable part of modern life, the convenience of operation of home appliances is particularly important. However, as a common operating component in home appliances,
The Silent Revolution in Silicone Tubing Tech
If you’ve Googled “silicone tube” lately, you’re not alone. Searches for “high-temp silicone tubing” spiked 180% in 2025, and “medical-grade silicone tube” is now a top query in the healthcare sector. Why? Because traditional rubber ring tubes are getting roasted (literally) in extreme conditions. Let’s unpack the hype around silicone tubes and why industries from ICU wards to Tesla factories are ditching rubber for good.