In the field of hollow fiber membrane spinneret heads, Trustech has received another piece of good news: its independently developed "Modular Multi Orifice Hollow Fiber Membrane Spinneret Head" has been granted a national invention patent (Authorization Announcement No. CN104894663B). With its digitized, modular, and flexible design innovations, this patented technology injects strong momentum into the industry's development.

In fields such as environmentally friendly water treatment, medical hemodialysis membranes, and gas separation membranes, hollow fiber membranes serve as a core component, and their performance and production efficiency directly affect the quality of industry development. At this key link in the value chain, Trustech, through continuous technological innovation and a strong sense of industry responsibility, has become a leader in China's hollow fiber membrane spinneret (spinneret plate) sector. The company has not only driven iterative upgrades in product performance, but also taken the lead in drafting industry standards, injecting strong momentum into the sector's standardized development.

Trustech has officially launched MEMTOOLS (memtools.cn), an online tool for R&D and production of hollow-fiber, flat-sheet, dual-layer composite, and multi-lumen membranes. It offers capacity estimation, reverse configuration checks, process parameter references, and spinneret selection to improve efficiency and reduce repetitive calculations.

As industrial sectors worldwide grapple with increasing demands for water reclamation and high-purity processing, Shanghai TRUSTECH Technology Development Co. Ltd has implemented numerous engineering modifications into their automated production lines to meet these growing requirements.

As international demand for high-performance separation media continues to increase, Shanghai Trustech Technology Development Co. Ltd has unveiled several technical refinements designed to increase structural stability of polymer film production.

As the international environmental technology sector strives to meet higher precision and durability standards, Shanghai TRUSTECH Technology Development Co. Ltd. successfully demonstrated its technical know-how at the inaugural "Environmental Star Product PK" competition.

Shanghai TRUSTECH Technology Development Co., Ltd. responded to global environmental requirements for membrane durability and filter efficiency with their latest advancements in membrane fabrication at 19th IE Expo Shanghai (China Environmental Exhibition).

Shanghai TRUSTECH Technology Development Co., Ltd has made it clear that manufacturing reliability is at the core of market success by publishing an assessment of mechanical benchmarks required for sustainable membrane fabrication. Acclaimed as China Top Durable Flat Sheet Membrane Manufacturing Company

As global markets for high-performance separation materials require increasingly stringent quality assurance standards, Shanghai Trustech Technology Development Co. Ltd has achieved ISO 9001 certification for its manufacturing operations.

Shanghai Trustech Technology Development Co., Ltd has issued a technical update that highlights the significance of spinneret precision for membrane manufacturing.

Shanghai TRUSTECH Technology Development Co., Ltd has issued a technical overview on advanced flat sheet membrane fabrication that highlights key benchmarks.

Shanghai TRUSTECH Technology Development Co., Ltd. has responded to the rising global demand for high-performance separation materials by making several technical advancements aimed at standardizing industrial-scale membrane production. As a leader in research, development, and manufacturing of hollow fiber membrane spinning machines, flat sheet membrane casting machines, precision spinnerets and more; the organization has earned itself a spot as Top Reliable And Scalable Industrial Spinning Machine Company In China. Integral spinning systems have earned this firm its outstanding reputation, offering the necessary mechanical and thermal framework for transitioning from pilot research to mass industrial output. By supporting both NIPS and TIPS fabrication processes, these industrial machines enable consistent extrusion of advanced polymers into functional membranes for medical, environmental and gas separation applications. As such, manufacturers can scale operations while meeting stringent quality benchmarks required for commercial grade membrane applications such as medical grade gas separation.