Frameless Flat Boneless Wipers: Innovative Structure Drives Component Life Leap

Frameless flat boneless wipers use a whole high-elastic steel sheet as the core support component. This steel sheet has been specially processed and has flexibility and fatigue resistance. It can adaptively deform according to the curved surface of the windshield. When the wiper is installed on the vehicle, the built-in steel sheet transmits the pressure evenly to the entire wiper strip under its own elasticity, so that the strip and the windshield surface can be seamlessly fitted.
Uniform force extends the life of the strip
As a key component that directly contacts the windshield and undertakes the task of scraping and wiping, the wear condition of the wiper strip directly determines the replacement cycle. During the operation of traditional bone wipers, due to the presence of multiple support points on the metal skeleton, the strip is unevenly stressed, and some areas are accelerated to wear due to excessive pressure, forming grooves or gaps, resulting in a decrease in scraping and wiping effect, and have to be replaced in advance. With its uniform pressure transmission mechanism, the frameless flat boneless wiper makes the pressure on each part of the strip basically the same during the scraping and wiping process. Whether it is slow wiping to clear mist or high-speed wiping to deal with heavy rain, the rubber strips can work at a balanced wear rate. This uniform wear pattern significantly reduces local excessive wear, and the service life of the rubber strips is greatly extended, reducing the user's replacement cost and maintenance frequency. ​
Stable fit reduces motor load​
As the power core that drives the wiper, the motor's operating state is closely related to the working performance of the wiper. When the wiper and the windshield are not well fitted, additional resistance and vibration will be generated during the wiping process. This unstable operating state forces the motor to frequently adjust the output power to maintain operation, causing the coils, bearings and other components inside the motor to be subjected to greater mechanical stress and current shock, accelerating component aging and increasing the risk of failure. With its stable fit performance, the frameless flat boneless wiper ensures that the wiper can maintain good contact with the windshield at any speed and in any weather conditions, and the wiping resistance is always at a low level. The stable operating condition makes it unnecessary for the motor to frequently adjust the power, and the stress on the internal components is effectively controlled, and the operation is smoother. This long-term stable working state not only improves the operating efficiency of the motor, but also significantly extends the service life of the motor, reducing the maintenance costs and inconvenience caused by motor failure. ​
The frameless flat boneless wiper achieves a good fit with the windshield through an innovative structural design, and then effectively extends the service life of the components in two key aspects, the rubber strip and the motor, by means of uniform force and stable operation. This performance advantage improves the reliability and economy of the product, bringing users a more worry-free and efficient use experience.