Ensure maximum uptime and compliance in industrial environments with our high-grade flame monitoring controllers, explosion-proof combustible gas detectors, and intelligent network gateways.
Within modern fluid dynamics, automation control, and heavy safety infrastructures, the 1 solenoid valve (referring to the standard 1-inch connection profile or DN25 nominal diameter) serves as a critical node in pipeline architectures. Used extensively across natural gas transmission networks, urban grid terminals, hydrogen refuelling setups, and process industries, the 1-inch specification offers the optimal equilibrium between volumetric flow rate (Cv/Kv values) and rapid response time (<1 second shut-off speeds).
In industrial environments, where gas escape or fluid pressure surges can lead to catastrophic explosions, a solenoid valve is not merely a valve—it is an automated emergency trip system. Ensuring that you source from certified High-Quality 1 Solenoid Valve Suppliers & Factories is vital to guaranteeing long-term operational resilience, achieving Zero-Leakage tightness (bubble-tight sealing under API 598), and maintaining safety margins in extreme environments ranging from -20°C to +60°C.
Controlling volatile hydrocarbons and toxic fuel feeds. In these settings, DN25 solenoid valves require specialized Ex d IIC T6 explosion-proof ratings to handle explosive gas zones without acting as ignition sources.
Integrated at pressure reduction stations and large-scale industrial heating entries, these valves automatically shut off under gas-leakage triggers or high-pressure alarms from central controls.
Connecting directly with DCS or PLC platforms via bus architectures. Incorporating real-time flow and pressure tracking, allowing predictive diagnostics and reducing system downtime by up to 30%.
Established in 2003, Xinhaosi has risen over two decades to become a leading global authority in industrial and residential gas safety detection systems and solenoid control components. Integrating robust research and development with advanced manufacturing automated lines, we operate a worldwide footprint from our dual-factory systems. Our facilities in Chengdu and Deyang leverage state-of-the-art tooling to deliver millions of security units yearly to international markets.
Guided by our core mission, “Making Gas Safety Accessible Everywhere”, our solutions protect multi-million dollar assets in steel production, pharmaceutical cleanrooms, automotive assembly plants, and residential townships. We manage the entire lifecycle of our hardware: from custom CAD modeling and prototyping to precision testing in our CNAS-Accredited calibrations labs.
Our Deyang facility is a modern smart-manufacturing site. It houses fully automated SMT lines for circuit board fabrication, computerized coil winding stations, and CNC processing centers for valve bodies. Our rigorous process ensures that every 1 solenoid valve meets strict tolerances for mechanical concentricity, seal seat positioning, and electromagnetic performance.
By implementing digital tracking across all stages of production, we monitor the torque, pressure resistance, and coil heat generation of every single unit. This level of quality control guarantees that when an emergency shutdown is triggered, the actuator behaves as designed, without mechanical hesitation or electrical failure.
Xinhaosi is more than a manufacturer—we are a technical leader that helps define safety metrics. As a primary drafting organization for national standards governing gas solenoid valves in China, we are committed to driving industry-wide safety standards.
Our design process aligns with ISO 9001 Quality Management Systems, and our product line carries SIL (Safety Integrity Level) ratings, ATEX/IECEx explosion-proof certifications, CE safety marks, and CPA type approvals. Our in-house testing lab is accredited by the China National Accreditation Service (CNAS), allowing our test reports to be recognized globally under the ILAC-MRA framework. This ensures smooth regulatory compliance for projects in Europe, the Americas, or the Asia-Pacific region.
Our portfolio of over 50 patents includes unique technologies, such as our smart solenoid valves with integrated flow-monitoring and graphical gas detection tracking. These innovations enable facilities to conduct predictive maintenance, reducing emergency shutdowns by up to 30%.
From a local safety pioneer to a globally recognized standard-setting manufacturer of advanced automation valves and detectors.
Xinhaosi was established on April 17, 2003, with a focus on designing reliable fire safety alarms. The team successfully launched our first-generation gas leak detector and fire fighting control systems, laying the groundwork for our specialized safety product portfolio.
Recognizing the need for automated shut-off capabilities during gas emergencies, we launched our own dedicated gas solenoid valve production line. Over this period, we expanded our OEM/ODM division and established new headquarters in the Longtan Industrial Park to support rising demand.
We reached a major milestone of 10 million cumulative gas safety units sold. Moving into our new Chengdu factory, we established a complete sales and support network across major industrial regions and introduced specialized electrical monitoring safety systems.
We developed and launched our cloud-connected IoT safety monitoring platform. Recognized as a national high-tech enterprise, Xinhaosi became an approved supplier to five of the largest energy providers in China, demonstrating the reliability of our products at scale.
To meet growing global demand, we broke ground on our advanced Deyang factory. We established our dedicated Petrochemical and International Business Division to better serve overseas clients and were honored as a Provincial Technology Center.
With our Deyang factory fully operational, we have launched a new generation of AI-enabled safety valves, low-power wireless gas monitors, and integrated municipal pipeline network systems to secure smart city initiatives.
Procuring 1 solenoid valves for international projects requires navigating complex regional regulations. As an experienced manufacturer, Xinhaosi ensures our products carry the certifications needed to streamline your project compliance.
Our valves comply with the Gas Appliances Regulation (EU) 2016/426 and EN 161 standard for automatic shut-off valves, and carry CE marks to ensure smooth entry into European markets.
We manufacture systems to meet UL 429 and ANSI standard specifications. Our designs feature NPT threading, standard 110V/220V AC/DC configurations, and weather-proof NEMA enclosures.
Our products feature ATEX and IECEx explosion-proof certifications. This allows our solenoid coils and flame sensors to operate safely in Zone 1 and Zone 2 hazardous areas globally.
To support our global customers, we offer customized OEM/ODM services. We adapt our products to match specific local engineering preferences, including unique voltage ratings, specialized terminal box connections, and weatherized materials. This helps engineering firms reduce installation times and avoid compatibility issues on-site.
The industrial valve market is moving beyond simple mechanical function toward connected, intelligent systems. Xinhaosi is leading this shift by integrating smart sensors and IoT capabilities directly into our valve bodies.
By integrating LoRaWAN, NB-IoT, and 4G modules into our valve control units, we allow operators to monitor and actuate valves in remote locations without running expensive cabling networks.
Built-in sensors measure coil temperature, response speed, and cycle counts. This data helps facilities transition from reactive maintenance to planned service intervals, avoiding unexpected downtime.
By combining flow tracking and solenoid control in a single body, our valves can automatically shut off when anomalous flow is detected, adding an extra layer of system protection.
Detailed answers to help engineers and procurement officers select the right components for their projects.
Key parameters include the media type (e.g., natural gas, LPG, water, light oil), minimum and maximum operating pressures, required flow coefficient (Cv/Kv), explosion-proof classification (e.g., Ex d IIC T6 vs. non-explosion proof), and supply voltage (e.g., 24VDC, 110VAC, 220VAC). Additionally, ensure the body material (such as brass, aluminum, or stainless steel) and elastomer seals (such as NBR, Viton, or EPDM) are chemically compatible with your system media.
Direct-acting valves use the magnetic force of the coil to open the valve orifice directly. They do not require a minimum differential pressure to operate and are ideal for low-pressure or gravity-fed systems. Pilot-operated valves use the line pressure of the fluid to assist in opening and closing the valve. They require a minimum pressure differential (often 0.3 to 0.5 bar) to function correctly but can handle much higher pressures and flow rates for a given coil size.
We use high-precision CNC machining for our valve seats and match them with durable elastomer seals like Viton or HNBR. Each valve is individually pressure-tested using air and helium under API 598 standards to ensure bubble-tight shut-off. This level of sealing is critical for preventing gas accumulation in confined industrial spaces.
Yes, our industrial valves and detectors support standard industrial communication protocols, including Modbus RTU, 4-20mA analog loops, and dry contacts. For newer IoT setups, we offer compatibility with LoRa and NB-IoT protocols, allowing for remote system integration and cloud-based monitoring.
You can contact our international engineering team with your technical specifications, including drawings, media chemistry, ambient temperature range, and certification needs. We will develop a custom design, verify it in our CNAS-accredited laboratory, and provide prototype units for field testing prior to volume production.
Explore our range of gas leak detectors, flame monitoring sensors, and emergency shut-off valves designed to protect your facility.
