Yueqing Tongda Car Rocker Switch Reliability Upgraded Again

Yueqing, China – Yueqing Tongda Electric Factory announced today that its classic product line – Car Rocker Switches – has completed a new round of technological upgrades while marking its 20th anniversary in continuous production. Since their initial launch in 2003, this series has cumulatively delivered over 200 million units. They are widely used in automotive controls, construction machinery, marine equipment, and other fields, establishing the company as a trusted long-term partner for numerous domestic and international equipment manufacturers.

Classic Design Proven by the Market

As a signature product of Yueqing Tongda Electric Factory, this rocker switch series features a classic anti-misoperation structure and an ergonomic actuation force design. The product inherits silver-plated contact technology and glass-fiber reinforced shell materials that have stood the test of two decades in the market. While maintaining the classic appearance, continuous improvements in the production process have increased the product's mechanical endurance from an initial 100,000 cycles to the current 200,000 cycles.

Continuous Innovation in a Classic Product

"Classic does not mean stagnation," stated the Technical Director of Yueqing Tongda Electric Factory. "We collect customer feedback annually and make fine-tuned optimizations to the molds. The latest 2023 version, while maintaining interface compatibility, has increased the insulation resistance to above 100 MΩ and passed more stringent thermal shock tests."

Reliable Quality Earns Generational Trust

It is reported that Car Rocker Switches series have been included in the standard parts procurement catalog for the automotive aftermarket and is designated as a specified replacement part by several heavy machinery manufacturers. A customer who has collaborated for over fifteen years provided feedback: "We started using this switch in 2008. Its consistency is impressive, which is crucial for equipment maintenance."