DAOLER Friction Shims: Enhancing Torque Transmission in Compact Designs
Friction Shims English Article Summary
I. Introduction
With the increasing demand for maximum power density in the industrial sector, engineers face significant challenges in transmitting greater forces and torques within more compact designs. To meet this need, DAOLER's technology department has developed a friction enhancement solution, one of which is DAOLER Friction Shims.
II. Product Introduction
Definition:
DAOLER Friction Shims are a simple and cost-effective solution provided by DAOLER, designed to reliably transmit up to four times the torque or force of traditional systems without the need for modifications to the connection design.
Material Characteristics:
DAOLER Friction Shims are made of metal foil, coated with an electrolytic nickel layer containing diamond particles. These diamond particles are able to embed into the metal mating surfaces, creating a micro-scale interlock that enhances friction.
Application Advantages:
Easy to assemble and reusable after disassembly.
Thin enough to adapt to tight engineering design tolerances, creating possibilities for lightweight and compact designs.
III. Classification and Function
Although DAOLER Friction Shims do not fall into the traditional category of friction discs (such as brake pads or clutch disks), they play a crucial role in transmitting torque and force. Through their special materials and design, DAOLER Friction Shims effectively enhance friction between connected components, enabling more reliable and efficient force/torque transmission.
IV. Conclusion
DAOLER Friction Shims, as an innovative friction enhancement solution, have broad application prospects in the industrial field. Their unique materials and design enable them to provide exceptional force/torque transmission performance in compact designs, providing engineers with an effective means to address the challenge of maximum power density. DAOLER Friction Shims have demonstrated outstanding performance and stability in various industries, including automotive, aerospace, and heavy machinery.
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