AerospaceDrones need to minimize weight as much as possible to improve flight efficiency, and aluminum alloy, with its low density but high strength, makes it an ideal material for brackets.
RoboticsThe application of aluminum alloy in robotic joints is extensive, primarily benefiting from its lightweight nature, high strength, wear resistance, and excellent processing properties.
RoboticsThe application of aluminum alloy in robotic joints is extensive, primarily benefiting from its lightweight nature, high strength, wear resistance, and excellent processing properties.
RoboticsThe application of aluminum alloy in robotic joints is extensive, primarily benefiting from its lightweight nature, high strength, wear resistance, and excellent processing properties.
RoboticsThe application of aluminum alloy in robotic joints is extensive, primarily benefiting from its lightweight nature, high strength, wear resistance, and excellent processing properties.
MedicalBy combining brass with PTFE, the advantages of both materials can be fully utilized. In medical components, brass is often used to provide electrical conductivity or corrosion resistance, while PTFE is leveraged to reduce the coefficient of friction and enhance biocompatibility. This combination can be achieved by coating the surface of brass components with PTFE.
MedicalExcellent high temperature resistance, chemical corrosion resistance and mechanical properties, used for high-end mechanical parts, nuclear engineering components, aviation components, etc.
Services
Industries
Materials
Resources
Company
Contact Us
Tel: +86 153 6186 5405
Mon.-Fri. 9AM-6PM (DST)
Email: sales@sunnyhowe.com
Responses within 24hrs
Sign up to get regular product updates andpromotion offer.
en
