Copper nuts used on plastics:

The application of copper nuts on plastic shells. Copper nuts have high strength, high tensile strength and high friction caused by high torsion. This is a fastener solution specially used on plastic materials.
   

Fact sheet:

The copper nut applied to the shell of the oxygen generator. The customer is a world-renowned manufacturer of automatic control and electronic equipment, mastering the world's leading sensor and control core technology. By continuously creating new social needs, the Group has more than 35,000 employees worldwide and a turnover of 859.5 billion yen. The industry involves a wide range of fields such as industrial automation control systems, electronic components, automotive electronics, social systems, health and medical equipment, and it has as many as 100,000 varieties. '
   

   In the early stage, customers used other structural fasteners for hot melt embedding, but the torsion resistance was not ideal. They needed a better product to replace the original hot melt nut.
    Our job is to solve this problem.

solution:

   After we understood the demand, we recommended one of our standard products, and asked the customer to produce according to the numerical value of the plastic aperture we provided, and also provided samples for customers to test.
    Our proposal was quickly accepted by Omron and received a high evaluation.
Product advantages: high strength: Our products have always maintained the advantages of high strength.     Strong tensile strength: the surface herringbone knurling is used, and the tensile strength is strong.     Strong torsion resistance: the flange surface is fit to the material surface, and the herringbone knurling increases the torsion resistance.
   

Follow-up results:

   Our products solve the problem of insufficient torsion resistance of customers' products. In the later period, the copper nuts we provide are all high-quality products screened by the full inspection machine, so our quality has been highly praised by customers.