Adopting laser welding and overall heat treatment process, the pressure-bearing strength of the vessel is increased by 25%.
Equipped with CNC spinning machine (precision 0.1mm) and fully automatic flaw detection system, achieving 100% non-destructive testing of weld seams.
Develop standard pressure unit module library, shorten non-standard equipment design cycle to 7 days.
Provide 8 anti-corrosion solutions such as PTFE lining and electrolytic polishing to meet ASME BPE pharmaceutical grade standards.
We utilize laser welding and overall heat treatment processes to increase the vessel's pressure-bearing strength by 25%. Additionally, our intelligent production line with CNC spinning machines ensures a precision of 0.1mm, and we utilize a fully automatic flaw detection system to achieve 100% non-destructive testing of weld seams.
Our processes strictly follow GB/T150-2011 and ASME VIII Div.1 standards. We implement a triple quality control node covering raw material traceability, process mutual inspection, and pressure testing, monitoring 36 process parameters in real time to maintain a 100% factory pressure test pass rate.
Yes, we provide 8 anti-corrosion solutions, including PTFE lining and electrolytic polishing, designed to meet ASME BPE pharmaceutical grade standards and food-grade aseptic storage requirements.
Our core equipment includes adsorption tanks, molecular sieve dryers, high-pressure gas storage tanks, and continuous crystallization kettles (50L-200m³). We offer specialized industry solutions (oil/gas recovery, CIP/SIP, aseptic storage) alongside 3D design verification, installation guidance, and annual compliance testing.
By developing a standard pressure unit module library, we are able to shorten the non-standard equipment design cycle to just 7 days. We support drawing optimization and process package customization, backed by a 24-hour response engineering team.
We have delivered over 3,000 pressure vessel systems globally, serving top Fortune 500 companies. Our customized solutions help clients reduce the lifecycle cost of their equipment by up to 30%.