Is the Silicone Keyboard for Controller Durable?

The silicone keyboard for controller is an integrated input device made of food-grade liquid silicone, vulcanized at high temperatures. The base material is treated with a polymer anti-aging additive, optimizing the molecular chain crosslinking density to a specific threshold. The conductive carbon paste printed circuit undergoes a double-curing process, resulting in contact resistance stability superior to conventional membrane keyboards.

The silicone keyboard for controller's inherent silicon-oxygen backbone structure prevents softening and deformation in high-temperature environments, and eliminates the risk of brittle cracking in low-temperature conditions. UV stabilizers block photo-oxidative degradation pathways, ensuring that the hardness change rate under long-term light exposure is below the perceptible threshold. The molecular swelling rate is controlled within the sealed structure when exposed to organic solvents, and the surface contact angle is greater than a specific degree, achieving a self-cleaning effect.

How can I fix delayed key response on a silicone keyboard?

Check the battery voltage of the silicone keyboard for controller to see if it's below the operating threshold. Replace it and initialize the Bluetooth module. Measure the contact resistance using a conductivity tester. If it exceeds the specified ohm value, apply nano-silver conductive adhesive. Reset the device pairing list to eliminate signal interference.

How can I remove sticky residue from the silicone surface? 

Using a silicone disintegrator to partially soften the silicone keyboard for controller. Use a plastic scraper to gently scrape away any residue at a specific angle. After treatment, apply a regeneration agent to restore the silicone layer. Avoid rubbing with steel wool, which can cause microcracks.