Explore our primary portfolio of industrial-grade explosion-proof detectors, dual-spectrum flame monitors, and high-precision pressure management panels engineered for high-risk zones.
Established in 2003, Xinhaosi has consolidated its position as an international authority in the design, engineering, and distribution of industrial safety systems. We specialize in producing safety gas shut off valves, industrial combustible gas detectors, flame detectors, and integrated control systems. Over the course of two decades, we have designed a robust business model that seamlessly unifies cutting-edge R&D with advanced manufacturing systems, worldwide digital logistics networks, CNAS-accredited calibration and validation, and customizable OEM/ODM services.
Our mission, "Making Gas Safety Accessible Everywhere," drives our production line to output millions of units annually. Our solutions serve complex critical infrastructure including oil & gas exploration sites, petrochemical processing facilities, public gas distribution utilities, automotive plants, pharmaceutical laboratories, green hydrogen projects, and automated manufacturing systems. Every unit deployed complies with strict safety and reliability requirements.
Our engineering processes adhere strictly to ISO9001 quality management system standards. To guarantee compliance in high-risk zones, Xinhaosi’s core safety gas shut off valves and sensing hardware possess all critical international certifications:
Certified under ATEX and local fire safety protocols for hazardous Ex zones.
SIL (Safety Integrity Level) certifications ensure safe shutdown operations.
In-house ISO/IEC 17025 accredited laboratory certified by CNAS (ILAC-MRA network).
Xinhaosi is a member of the China Fire Protection Association and acts as a main drafting organization for national standards governing gas solenoid valves. We maintain more than 50 patents and software copyrights. Among these is our proprietary graphical monitoring system for gas alarm installations, which utilizes predictive diagnostics to lower field failure rates by up to 30%.
Industrial growth, combined with strict occupational health and safety (OHS) laws worldwide, has transformed safety gas shut off valves from standard hardware components into critical digital safety interfaces.
The global transition towards natural gas, LNG, and green hydrogen requires updated pipeline safety systems. Hydrogen, due to its low molecular weight and high flammability, demands ultra-responsive, zero-leak shut-off valves and highly sensitive combustible gas detectors.
International standard updates (such as NFPA 54/85 in the US, EN 161 in Europe, and GB standards in China) mandate automated emergency shut-off valves in commercial and industrial settings. Fast-acting solenoid valves are now required to prevent gas accumulation within milliseconds.
Municipalities are modernizing gas grids by integrating IoT-enabled gas monitoring systems. Remote control rooms can monitor and shut down localized distribution loops using integrated solenoid systems in response to seismic activities or pipeline ruptures.
Years of Industrial Innovation
Patents & Intellectual Rights
Units Deployed Annually
Reduction in System Failure Rates
Working with a Chinese manufacturer like Xinhaosi provides access to deep industrial supply chains and modern automated production processes. This allows us to supply highly reliable products at competitive prices.
Our Deyang and Chengdu production bases utilize automated machining centers, automated testing bays, and ISO/IEC 17025 accredited quality management protocols. This ensures consistent tolerances, high-integrity seals, and fast solenoid activation times across large volume production runs.
Additionally, our integrated supply chain enables rapid customization of valve body materials (including cast iron, brass, aluminum, and stainless steel), thread types (G, NPT, flanged), and specialized voltage inputs to meet global installation requirements.
Our safety gas valves and sensor matrices are engineered to perform reliably across diverse commercial, residential, and heavy industrial environments.
In oil, gas, and chemical refining facilities, combustible gases pose constant safety challenges. Our explosion-proof detectors (e.g., GTYQ-AT0503/d) and SIL-rated emergency valves are deployed to isolate gas lines instantly when leak levels exceed safety limits.
Hotels, shopping centers, and school dining facilities rely on our gas safety systems. If carbon monoxide or natural gas levels rise, local sensors trigger the solenoid valves, shutting down the main gas line and activating alarms.
City gas networks operate over large, complex grids. Using our low-voltage controller boxes and underground monitoring devices (such as the GT-AT0616 Series), engineers can track line integrity and isolate sectors remotely during seismic events or pressure anomalies.
For more than two decades, Xinhaosi has developed from a local technology start-up into a global manufacturer of advanced gas safety equipment.
Xinhaosi was founded on April 17, 2003. We launched our first generation of gas leak alarms and fire prevention safety products, establishing a base in China's industrial safety market.
We began manufacturing dedicated gas safety valves and expanded our OEM/ODM partnership operations. Operations moved to our modern Longtan Industrial Park complex to support scaling production volumes.
We achieved a milestone of 10 million cumulative gas detector units sold. We relocated to our main Chengdu factory, established a nationwide sales and support network, and introduced integrated fire and safety systems.
We developed and launched our proprietary IoT monitoring platform. We introduced advanced commercial safety, emergency lighting, and evacuation systems, and became an authorized supplier to China's major gas networks.
We broke ground on the Deyang smart manufacturing center and created a dedicated division for petrochemical and international projects. Our facilities were recognized as a Sichuan Provincial Technology Center.
Our Deyang factory is fully operational. We have introduced wireless gas sensors, AI-assisted safety valves, and automated pipeline monitoring equipment to support the transition to smart, digital safety grids.
Industrial purchasing managers must evaluate safety components based on technical compatibility, compliance, and material performance.
Verify maximum working pressure ratings (low-pressure systems vs. high-pressure industrial lines). Ensure compatibility with natural gas, LPG, coal gas, or hydrogen, including seal material compatibility (NBR, Viton) to prevent degradation.
Safety protocols require shut-off times of under one second. System design should evaluate whether manual reset valves (requiring human intervention to restore gas flow) or automatic reset systems are appropriate for safety requirements.
Equipment deployed in refineries or chemical facilities must feature ATEX or IECEx certified explosion-proof coils (typically Ex d IIC T6). This ensures the solenoid mechanism cannot act as an ignition source in the presence of gas.
Technical answers to common questions about safety valves, gas monitoring systems, and global regulatory compliance.
Review our supplementary safety equipment catalog, featuring smart pressure sensors, LPG flow regulators, interlock panels, and localized alarm interfaces.
