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Gas fire suppression equipment manufacturer
From blueprint design to cylinder inspection, from installation and commissioning to remote operations and maintenance—Xinlin’s 3,500-square-meter smart manufacturing base simplifies fire‑protection engineering.
Standardized, intensive model updates mark the full transition of gas‑based fire protection into the era of the new national standard.
2026-07-07
On May 30, the State Council officially issued the “15th Five-Year Plan for Building a Modern Emergency Response System” (Document No. 15 [2026] of the State Council), setting out the overarching strategic direction for the national emergency safety and fire‑protection industries for the period 2026–2030. At present, the entire sector has entered the phase of interpreting the policy and advancing its implementation.
Between 2024 and 2026, a total of 11 standards were issued—8 national standards and 3 industry group standards—marking an unprecedented period of intensive updates to mandatory national standards in China’s gas‑based fire‑protection sector. With the successive promulgation and implementation of numerous national standards, products such as gas‑extinguishing systems, cabinet‑type gas extinguishing units, suspended gas extinguishing devices, and extinguishing agents have entered a phase of comprehensive standardized management.
This round of standard revisions is not a minor, document‑by‑document update; rather, it represents a comprehensive overhaul of the entire gas‑fire‑extinguishing industry chain, further strengthening requirements for safety, reliability, intelligence, and end-to‑end product oversight. For gas‑fire‑protection manufacturers, design firms, installation contractors, and end‑users, the industry is transitioning from traditional product‑centric competition to a new stage of development centered on standards, technology, and quality.
Gas-based fire suppression systems have long been employed in high‑security environments such as data centers, telecommunications equipment rooms, power facilities, archival storage facilities, and precision‑equipment rooms. Owing to their rapid extinguishing capability and minimal damage to equipment, they occupy a critical role in specialized protection zones.
As application scenarios continue to expand, the industry is placing increasingly stringent demands on product safety, reliability, and intelligent management capabilities. In recent years, certain gas‑based fire‑suppression products have revealed a number of issues in manufacturing, installation, and quality oversight—such as inconsistent product specifications, the inability to monitor equipment status in real time, and inadequate supervision of extinguishing‑agent charging quality.
The latest round of adjustments to the national standards system represents a comprehensive upgrade tailored to the evolving needs of the industry.
Among them, “Gas Fire-Extinguishing Systems and Components” (GB 25972-2024) was published on November 28, 2024, and officially came into effect on December 1, 2025, marking a significant update to the standards in the gas fire-extinguishing field.
The new version of the standard builds on the previous edition by adding requirements for components such as pressure‑relief devices, status‑sensing units, and data‑transmission units, thereby advancing gas‑extinguishing systems from a single fire‑suppression function toward integrated capabilities in safety monitoring, status feedback, and intelligent management.
This means that, in the future, gas-based fire suppression systems will not only need to meet the basic requirement of being able to extinguish fires, but will also have to possess capabilities such as real-time status monitoring, device‑data transmission, and traceable system management.
For the industry, standard upgrades not only signify heightened regulatory requirements but also reflect a shift in the underlying dynamics of market competition.
The future development of gas-based fire suppression products will place greater emphasis on the following areas:
First, product safety performance will become a core competitive advantage. Whether it is a gaseous fire suppression system or a modular fire suppression unit, all must meet increasingly stringent testing requirements.
Secondly, intelligent capabilities will become a major industry trend. Functions such as condition monitoring, data transmission, and remote management will increasingly become integral components of gas‑based fire‑suppression systems.
Meanwhile, the product quality traceability system will be further enhanced. From fire‑extinguishing agent filling to equipment manufacturing, and from installation and acceptance to post‑maintenance, the entire lifecycle management will become more standardized.
For users, when selecting gas‑based fire‑protection products, it is also essential to pay close attention to whether the products comply with the latest national standards, whether they have valid certifications, and whether the manufacturer possesses robust technical service capabilities.
As the old standards are phased out and the new standards are fully implemented, the gas‑fire‑suppression market will enter a new phase of competition centered on technological prowess, product quality, and compliance with regulatory standards.
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The company’s core offerings include: clean‑gas fire suppression systems, with one‑stop services for design, manufacturing, installation, and maintenance; heptafluoropropane (FM‑200, HFC‑227ea) fire suppression systems; Novec 1230 (perfluorohexanone) clean‑gas fire suppression systems; IG‑541 mixed‑gas and IG‑100 nitrogen fire suppression systems; high‑pressure piped‑network carbon dioxide (CO₂) fire suppression systems; and intelligent gas‑based fire alarm control panels.











