On June 6th, our company's partners visited our company for in-depth inspection and communication on soundproof enclosures and square air intake and exhaust related businesses. Our general manager and technical director warmly received them, and the two sides had practical discussions on topics such as noise reduction technology innovation and market expansion.

On site inspection, witnessing strength                 

Subsequently, the client's group visited our R&D center and production workshop to gain a close understanding of the product production process and quality control system. During the visit, the client fully recognized our company's standardized management and refined craftsmanship, and looked forward to further in-depth cooperation in the future.

Hand in hand, the future is promising                 

This exchange not only deepened the trust and understanding between the two sides, but also laid a solid foundation for future in-depth cooperation. In the future, we will work closely with our partner in Suzhou, leverage our respective strengths, and jointly promote innovative development in the field of noise reduction and environmental protection!

Soundproof enclosure uses high-performance soundproof panels, sound-absorbing materials, and sealing devices to form a relatively enclosed soundproof space, effectively blocking the path of noise propagation. The sound-absorbing material can also absorb reflected sound waves inside the enclosure, further reducing noise intensity. The soundproof cover used in industrial crushers is also specially equipped with ventilation and heat dissipation devices to ensure stable operation of the equipment inside the cover and prevent excessive temperature rise.

Square air intake and exhaust are composed of a box, sound-absorbing materials, deflectors, and other parts. The box is generally made of metal material, which has a certain strength and sealing. Most sound-absorbing materials are porous, such as aluminum silicate wool, which can absorb sound wave energy and reduce noise propagation. The deflector is used to optimize airflow and reduce airflow noise.