STECH FLUID's Hydrogen Products Win Further Recognition, Core Technology Gains Trust from Toyota Motor

Jun 16, 2026

    

Recently, a delegation from Toyota Motor visited the production base of Nantong Shentong New Energy Science & Technology Co., Ltd. (STECH FLUID) for in-depth technical exchanges and comprehensive on-site inspections. The visiting team spoke highly of the company's core hydrogen energy products, full-chain quality control system and advanced manufacturing capabilities. They confirmed that the company boasts mature technologies and reliable craftsmanship, fully meeting Toyota's stringent design and manufacturing standards. The two sides see broad prospects for future technical collaboration and market expansion. This recognition from an industry giant not only validates the company's technical strength, product quality and mass production capacity, but also further highlights its core competitiveness and huge development potential in the hydrogen energy sector.

   

Booming Hydrogen Energy Sector with Promising Prospects for Core Segments

   

Driven by the global carbon peaking and carbon neutrality goals, the hydrogen fuel cell vehicle industry is developing at a rapid pace. As a core safety component of vehicle-mounted hydrogen storage systems, high-pressure hydrogen cylinder valves feature strong market demand and high technical barriers, presenting a clear growth trajectory.
  
Backed by listed company Jiangsu Shentong Valve Co., Ltd., STECH FLUID integrates advanced aerospace technologies. The company focuses on the R&D and manufacturing of high-precision hydrogen energy valves and pipe fittings, with products applicable to vehicle-mounted hydrogen storage and supply systems, hydrogen refueling stations and other scenarios. It is a premium supplier of hydrogen energy fluid equipment in China. Owning a number of patents, the company has built complete capabilities covering simulation, research and development, mass production and full-range testing, with leading software and hardware strengths across the industry.
  
Full On-site Inspection Affirms Outstanding Manufacturing Capabilities
    
Toyota Motor has profound expertise in hydrogen fuel cell passenger vehicles and mainly launches models equipped with 70MPa high-pressure hydrogen storage systems. It has delivered tens of thousands of sets of high-pressure cylinder valves for supporting applications and accumulated rich experience in technological R&D and market operation.
    
During the exchange, the Toyota team conducted a thorough verification on the design scheme and performance indicators of our 35MPa hydrogen cylinder valves, followed by an in-depth field tour of the production workshops.
     
The company's highly integrated automated production lines adopt intelligent full-process control and minimize manual intervention, which ensures consistent product precision while boosting production efficiency and capacity. Its intelligent manufacturing capabilities left a deep impression on the visiting delegation. The Class 10000 clean workshops dedicated to the production of high-precision hydrogen energy components strictly comply with top-tier precision manufacturing standards in terms of air cleanliness, temperature, humidity and differential pressure, laying a solid foundation for the quality of high-pressure hydrogen valves. In addition, a comprehensive full-process quality traceability system has been established, enabling full tracking and inquiry of key data from raw material incoming inspection to finished product delivery, forming a closed-loop guarantee for product quality.
     
  
The visiting team fully recognized the intelligent production lines, strict environmental control in clean workshops and complete quality traceability system, acknowledging that the whole production model can stably deliver high-quality products. The two sides also conducted in-depth discussions on cutting-edge hydrogen energy technologies, industrial specifications and product iteration directions, exploring new ideas for technical optimization.
   
Proven Strength and Clear Development Roadmap
   
Thanks to long-term market practice, over 40,000 sets of hydrogen cylinder valves produced by STECH FLUID have been deployed in commercial vehicles on a large scale. The extensive field applications have fully verified the stability, safety and durability of the products, proving that its mass production capacity and quality control system can stand the test of long-term market operation.
   
After multiple rounds of in-depth communication and comprehensive evaluation, Toyota's technical team officially confirmed that the technical system of our 35MPa hydrogen cylinder valves is mature and reliable, with all indicators satisfying Toyota's high-end design requirements. This serves as a strong endorsement of Nantong Shentong New Energy's overall strength by an internationally renowned automaker from the perspectives of technology, manufacturing and quality. With its layout of 70MPa hydrogen fuel cell passenger vehicles and rich application experience of tens of thousands of cylinder valves, Toyota complements the company's strengths, paving the way for follow-up technical cooperation, product upgrading and market expansion.
   
(35MPa Cylinder Valve)
     
Sticking to Long-term Goals to Fuel the High-quality Development of Hydrogen Energy Industry
    
The visit and technical recognition from Toyota Motor are a concentrated reflection of Shentong New Energy's brand influence and core technological prowess. As the hydrogen energy industry continues to unleash development dividends, the company holds three major advantages: independent core technologies, mature mass production capacity and recognition from leading clients. It enjoys a clear development roadmap and strong growth momentum.
   
Going forward, the company will continue to increase investment in R&D, adhere to strict quality standards, actively expand high-quality customers at home and abroad, seize the golden opportunities of the hydrogen energy industry, steadily increase market share and operational benefits, and contribute to the high-quality development of the hydrogen energy sector.