How to solve the performance loss problem of low permeability absorbing materials during processing?

In the fields of modern electronic devices and aerospace, low permeability absorbing materials have become increasingly important due to their excellent electromagnetic wave absorption performance. However, during the processing, these materials often encounter performance loss issues, which not only affect their absorption efficiency but may also increase production costs. This article will explore the development of Advanced Institute (Shenzhen) Technology Co., LtdResearch Platinum brand low magnetic permeability absorbing materialAnd analyze how to effectively solve this problem.

1. Material selection and formula optimization

The research platinum brand low permeability absorbing material launched by Advanced Institute (Shenzhen) Technology Co., Ltd. uses high-performance two-dimensional soft magnetic powder mixed with resin. This combination not only gives the material good flexibility, but also enhances its absorption ability for specific frequency bands of electromagnetic waves. Choosing appropriate materials is the foundation for ensuring the performance of the final product, while formula optimization is the key to further improving material performance while controlling costs. By studying the interaction mechanisms between different components, more efficient formula design can be achieved.

2. Production process improvement

Application of Automated Production Line

The application of automated production lines can significantly improve production efficiency and reduce the impact of human factors on material properties. Advanced Institute (Shenzhen) Technology Co., Ltd. has achieved precise proportioning and uniform mixing of materials through automation technology, thereby ensuring the consistency and reliability of absorbing materials.

Multi layer structure design

Research Platinum brand low magnetic permeability absorbing materialBy adopting a multi-layer structure design and combining the advantages of different materials, the overall absorption efficiency can be significantly improved. For example, by combining high permeability materials with low permeability materials, complementary effects can be formed, further enhancing the absorption performance.

Add conductive agent

The addition of conductive agents can effectively improve the absorption performance of absorbing materials. Common conductive agents include conductive carbon black, metal powder, etc. Adding conductive agents can increase the conductivity and permeability of materials, thereby improving their absorption performance.

3. Optimize design and usage

By adjusting the thickness and shape of the absorbing material, its absorption effect can be further optimized. Although increasing the thickness of materials usually helps to improve absorption performance, it also increases costs and weight. Therefore, it is necessary to optimize the design according to specific application scenarios.

4. Technical exploration on reducing costs and improving production efficiency

Optimizing manufacturing processes to reduce costs and improve production efficiency while ensuring product quality has become an important challenge for manufacturers.Advanced Institute (Shenzhen) Technology Co., LtdWe have accumulated rich experience in this area and achieved more efficient formula design through the study of the interaction mechanisms between different components.

conclusion

Through the above measures, the performance loss problem of low permeability absorbing materials during processing can be effectively solved. Advanced Institute (Shenzhen) Technology Co., Ltd.'s research platinum brand low permeability absorbing materials have become an ideal choice for solving electromagnetic compatibility problems due to their excellent performance and adjustability. By selecting materials and optimizing formulas, improving production processes, optimizing design and use, etc., the performance of absorbing materials can be significantly improved, production costs can be reduced, and production efficiency can be improved.
The above data is for reference only, and specific performance may vary due to production processes and product specifications.