Application field

Application field

Contribute to Chinese industrial manufacturing

New materials industry

As a strategic emerging industry, the new materials industry has strict requirements for the control of process gases in the preparation of high-end materials such as carbon fiber and graphene. From high-temperature carbonization to vapor deposition, each stage requires the compressor to provide ±0.5% pressure accuracy and high-purity medium transportation capacity. Any deviation in parameters will lead to the scrapping of the entire furnace of materials. Although traditional imported compressors can meet the precision requirements, the sky-high maintenance costs and the half-year-long waiting period for spare parts have greatly restricted new material enterprises during the critical period of technological breakthroughs.

Zhejiang Meisong Compressor Co., Ltd. has established a "Process Gas Guardian" service system in response to the process characteristics of new materials:

The core value of Meisong's solutions

Efficient maintenance and repair, minute-level response

Form industry-specific maintenance teams, establish a rapid response network for key regions across the country, implement a 4-hour ultra-fast response mechanism, and ensure on-site service within 8 to 48 hours through standardized service processes, compressing the fault handling time to the leading level in the industry

Domestic spare parts, no worries about substitution

Break through technical barriers to achieve independent control of core components, independently develop a full range of imported replacement spare parts covering impellers, air seals, gear shafts, etc., and perfectly adapt to mainstream models of imported brands such as Siemens and Atlas. Significantly reduce procurement costs through domestic substitution and establish a hierarchical delivery guarantee system: conventional spare parts can be delivered quickly, and the delivery cycle of core components is much better than the industry average, completely solving the "bottleneck" problem.