Machinery & Industrial Supplies

CharacteristicsConductorInsulatorMaterialCarbon PillSiliconeDurometer (Shore A)65±530-80 +/-Tensile Strength (kg/cm2)≥60≥70Tear Strength (kg/cm)>9>12Compression Set (%) after 22hrs at 175℃<30<35After 22 hrs at 175℃?Specific Gravity at ? 25℃1.181.11-1.18Volume Resistivity(Ohm/CM)2-101x1015Contact Resistance≤200ohm at 12V DInsulations Resistance≥100Mohm at250V DCMax Contact Loading24V dc 100mAOperation Temperature-40℃?to +150℃Storage Temperature-50℃?to +180℃Surface FinishingPrint silicone oil, inferior silicone oil, PU oil, drop glue, plastic joint, laser, PC ? jointSilicone rubber keypads?are the most widely used form of switch technology today. We offer reliability, long life and design flexibility. Conductive rubber switches and keypads were originally developed for??the electronics industry to meet the increasing demand for inexpensive momentary switches. Conductive rubber keypads became desirable because they look?and?feel like traditional push-button style switches, but do not have their inherent disadvantages.?Since their introduction over 30 years ago, conductive rubber switches and keypads have?gained enormous popularity and wide-range acceptance because of their reliability, long operational life and excellent tactile feel.?Innovative key coatings for our silicone rubber keypads are silicone, parylene, and Dura (Hard Coat). Silicone rubber keypads can be designed for applications exposed to water and?hydrocarbons. Enhanced graphics and lighting options allow your product to incorporate features not found on standard silicone.?> Silicone Rubber Benefits:Silicone rubber is an excellent choice for device operation controls. It possesses the following characteristics:????? ? Excellent resistance to both heat and low temperature (-55℃?to 250℃);????? ? Minimum noise generation due to soft and elastic contact structure;?????? ? Minimum abrasion and high resistance to SO2 and oxidation even in heavy humidity;????? ? Design both tactile and linear feedback; ?????? ?