Guangzhou Xingjin Fire Equipment Co.,Ltd.

Integrated fire detection and extinguishing cabinet

Introduction    Heptafluoropropane is a colorless, odorless, low-toxic, non-conductive gas that does not contaminate the protected objects and will not cause damage to property and precision facilities. It can reliably extinguish Class B and C fires as well as electrical fires at a relatively low fire extinguishing concentration. For places with high space utilization, our company has launched a cabinet-type heptafluoropropane gas device. It does not require a traditional fire detection system composed of smoke detectors, temperature sensors and fire controllers to achieve fire detection. It integrates temperature detection and fire extinguishing, and has the same efficient function of extinguishing B and C class fires and electrical fires while saving more space. Structure    Pipelines, nozzles, casings, pressure indicators, fire detectors (composed of temperature-sensing glass balls or fire detection tubes), signal feedback devices, etc Application sites of the device    1. Inside the IT and computer system server cabinet;    2. Inside the server cabinets of telecommunication systems and communication systems;    3. Inside the control cabinet of the bank equipment;    4. Various control cabinets in other industries such as mechanical equipment Thank you for your reading. If you are interested in this, please contact us immediately! We are professional manufacturers and sellers with our own factory and support OEM customization.

Four-zone independent control fire alarm system

  XINGJIN Fire Protection Co., Ltd. has launched a brand-new fire alarm system..This fire alarm control system adopts a modular design, supports independent monitoring of four zones, and can be simultaneously connected to smoke detectors, temperature detectors and manual alarm buttons. The system is equipped with a 28VDC high-power output, which can directly drive the solenoid valve to start the gas fire extinguishing device. It has an internal 30-second adjustable delay function, reserving precious time for personnel evacuation. The control panel adopts high-brightness LED status indicator lights, which display power, alarm and fault information in real time, ensuring that operators can quickly grasp the system operation status. The core components of the system have all passed the international certifications of EN54 and EN12094-1, and possess reliable fire early warning and interlocking control capabilities. The dual power supply design can automatically switch to the backup battery when the main power is interrupted, ensuring the system can operate continuously for more than 24 hours. The specially designed anti-misoperation protection mechanism and password lock function effectively prevent unauthorized personnel from making mistakes. It is suitable for places with strict fire protection requirements such as shopping malls, hotels, and data centers. We offer complete fire protection system solutions, including control hosts, sound and light alarms, detectors and installation accessories. The product has undergone strict environmental tests and can operate stably within the temperature range of -20℃ to +60℃, meeting the usage requirements under the special climatic conditions in the Middle East. Our professional engineering and technical team can provide you with customized configuration suggestions and installation guidance to ensure that the system achieves the best protective performance.

Foam Bladder Tank (PHYM Series) - Fire Suppression System for Industrial Use

The PHYM series foam tank is a high-performance fire extinguishing system, specifically designed for industrial and commercial use. It mixes water and foam concentrate in an exact ratio of 3% or 6%, providing reliable fire protection for oil storage facilities, chemical plants, warehouses and fuel depots. This foam fire extinguisher features a durable capsule design that can separate foam concentrate from water, preventing contamination and ensuring long-term usability. With low pressure loss and a corrosion-resistant structure, it offers effective foam discharge while withstanding harsh environmental conditions.   This foam proportioning system is widely used in oil refineries, chemical storage areas, ports, underground parking garages, etc. When operating, first fill the tank with 50 to 200 liters of water to protect the inner liner, and then add the foam concentrate. Then, the system releases a consistent foam solution by opening the inlet valve, expels the trapped air, and then discharges it through the outlet valve. Finally, after use, the pipes should be flushed with clean water to maintain the integrity of the system and prevent the accumulation of residues. Designed for long-term reliability, the PHYM series offers easy-to-maintain drain valves, pressure gauges and inspection ports. Its robust design minimizes foam waste and reduces operating costs, making it an economical and efficient solution for industrial fire safety. It has two configurations: horizontal (PHYM) and vertical (PHYM-L), which can adapt to various spatial requirements. The ideal choice for fire safety contractors and facility managers, this system ensures compliance with industrial standards while providing efficient and low-maintenance fire protection.

Innovative High-Pressure Centrifugal Fire-Extinguishing Exhaust Fan Launched for Industrial Applications

1. Product Overview The newly developed High-Pressure Centrifugal Fire-Extinguishing Exhaust Fan offers a robust solution for industrial ventilation and material conveyance. Comprising five key components—inlet section, impeller, casing, sealing cover plate, and motor—this fan series is categorized into Type A, B, and C based on motor placement, ensuring adaptability to diverse spatial constraints. 2. Key Features High Efficiency & Pressure: Engineered to deliver superior wind pressure (up to 9149Pa), outperforming axial fans in high-resistance scenarios like long pipelines or dense filtration systems. Durable Construction: Impeller and casing crafted from cast iron, stainless steel, or alloy steel, with a thickened volute design for enhanced structural integrity. Flexible Adjustability: Supports flow and pressure modulation via frequency converters, inlet guide vanes, or variable speed controls, with multiple inlet/outlet direction options. Low Noise Operation: Optimized for minimal acoustic impact in demanding environments. 3. Safety & Adaptability Isolation Protocols: During maintenance, critical components are sealed to prevent accidental gas leaks, akin to marine CO₂ system safety measures. Material Compatibility: Suitable for non-corrosive, non-flammable gases (e.g., air) with dust levels ≤150 mg/m³ and temperatures ≤80°C. 4. Applications Widely deployed in: Industrial Ventilation: Forging furnaces, glass manufacturing, electroplating, and battery production. Material Handling: Grain, mineral powder, and chat processing industries. Equipment Integration: Compatible with carton machinery, tempered glass systems, and more. 5. Industry Impact This fan series bridges the gap between high-pressure demand and operational safety, offering a versatile alternative to traditional axial fans. Its modular design and compliance with industrial standards make it a preferred choice for sectors prioritizing efficiency, durability, and system adaptability.  

F-class insulation high temperature resistant fan

Axial flow fan features, while the blades are designed into a wide forward-swept equal-pitch structure, which can reduce the separation of airflow on the blade surface and the formation of airflow vortexes, reduce the secondary loss of airflow in the fan, reduce the aerodynamic noise of the sound source, and stabilize the airflow.   The fan impeller is made of steel, the hub is hydraulically stretched, the blades are hydraulically formed after stamping, and the blades and hub are welded and assembled. The impeller is statically and dynamically balanced, and the balance accuracy is not greater than G5.6. The outer cylinder flange is made of integral flanging and spinning.   It has the characteristics of large air volume, low noise, and stable performance. It uses a high-temperature resistant motor with insulation grade F and is equipped with a special motor cooling system to avoid direct contact between the airflow and the motor, reduce harmful gases, and the damage of high-temperature gases to the motor. It has excellent performance, good high-temperature resistance, high efficiency, less land occupation than centrifugal fans, and convenient installation and transportation.   The new product is designed and developed by the company's technical department and relevant colleges and universities using advanced CAD software. According to the test results of the organization, the fan efficiency is greater than 85%, and some large models are greater than 90%. It has the characteristics of a flat efficiency curve, which is conducive to energy conservation and environmental protection, and advocates green and low-carbon;   The basic form is an axial flow fan or a mixed flow fan, which can be directly connected to the air duct or mounted on the wall. The installation form can be vertical horizontal floor installation and hoisting. Floor installation requires the installation of a shock absorption system; high-strength spring shock absorption pads, rubber shock absorption pads, and the hoisting uses a spring shock absorption hanger fixed with a screw rod. The installation of a shock absorption system effectively attenuates the vibration of the machine itself, reduces the outward transmission of vibration force, prevents the transmission of vibration force, and ensures the normal operation of the fan.

The Technology Behind the Innovation- CO₂ Fire Suppression System

At its core, the Pressurized CO₂ Fire Suppression System utilizes high-pressure carbon dioxide as its extinguishing agent – a clean, non-toxic, and electrically non-conductive solution that leaves no residue, ensuring minimal asset damage post-extinguishing. Unlike traditional water-based systems, CO₂ effectively suppresses fires without corrosion or secondary harm, making it ideal for sensitive equipment and archival materials. Key Features: ✔ Dual System Design: Customizable as either a single-zone unit or multi-zone distributed network for scalable protection. ✔ Triple Activation Modes: Automatic detection (heat/flame sensors) Manual override Mechanical emergency control (fail-safe operation) ✔ Total Flooding Technology: Rapid saturation of protected areas to halt fire spread within seconds. Critical Applications Across Industries Designed for high-value and high-risk environments, this system is deployed in: Data Centers & Telecom Hubs: Protects servers and infrastructure from electrical fires. Marine & Aviation: Safeguards engine rooms, cargo holds, and hangars. Energy Sector: Shields substations, boiler rooms, and oil/gas facilities. Cultural Preservation: Defends libraries, archives, and museums without damaging artifacts. Industrial Zones: Covers paint spray booths, manufacturing plants, and warehouses. Fire Class Compatibility: Class A (solid combustibles) Class B (flammable liquids) Class C (gas fires where supply can be isolated first) System Architecture: Precision Engineering The system’s three core components work in seamless synergy: Extinguishing Devices: CO₂ storage cylinders with nitrogen-driven activation for instant agent release. High-Pressure Network: Galvanized steel pipes, flanges, and nozzles engineered for 5,000+ psi endurance. Smart Electrical Controls: Multi-sensor detection (smoke/heat/flame) Auto-evacuation alerts and remote system diagnostics. Competitive Edge: Why This System Leads the Market End-to-End Manufacturing As the only globally integrated provider, we design, produce, and service all system components – from cylinders to valves – ensuring quality control and lifetime support. Military-Grade Reliability Leak-proof valves tested under 10,000+ cycles. IoT-enabled pressure monitoring via 4G/5G networks for real-time cylinder integrity checks. Proprietary Actuation Tech Low-current solenoids (50% energy savings) with IP68 waterproofing. Marine-grade release stations featuring millisecond-precise delays for crew safety. Global Service Footprint With 24/7 technical teams across 12 time zones, we guarantee on-site support within 48 hours for any emergency. Industry Impact & Future Outlook Recent adoptions by Fortune 500 data centers and Lloyd’s-certified vessels underscore the system’s scalability and compliance with NFPA, IMO, and UL standards. As regulations phase out chemical agents like Halon, CO₂ systems are projected to capture 35% of the $12B fire suppression market by 2026 (MarketsandMarkets™). About [Guangzhou Xingjin Fire Equipment Co., Ltd.]: A ISO 9001-certified pioneer in fire safety tech, we’ve delivered 5,000+ installations across 40 countries. Our R&D center in [Location] holds 17 patents in suppression systems.  

FM200 Piped Fire Suppression System: A Technical Overview

1. System Composition and Operating Principle The FM200 piped fire suppression system utilizes a network of pre-engineered piping to deliver HFC-227ea clean agent throughout protected areas. This total flooding system consists of three core components: Cylinder storage assemblies with pressure-regulated valves Precision-engineered piping network with CFD-optimized flow dynamics Directional nozzles with ±5% flow consistency The system offers two configuration options: Single-zone protection: Dedicated agent supply for individual hazards Multi-zone distribution: Selective valve operation protects up to 8 discrete areas through shared piping 2. Performance Characteristics 2.1 Fire Suppression Efficiency Achieves extinguishing concentration of 8-10% vol in 10 seconds (standard configuration) Maintains pipe residual agent below 1% of total charge Compliant with ISO 14520-2015 performance benchmarks 2.2 Network Design Features Dual-pressure operation (4.2MPa/5.6MPa) for facility-specific requirements Mechanical backup activation ensures fail-safe operation Integrated pressure monitoring detects leaks ≥0.25 bar/min 3. Application Scenarios 3.1 Critical Infrastructure Data center UPS and server rooms Power generation control cabins Telecom switching facilities 3.2 Industrial Facilities Petrochemical control rooms Pharmaceutical cleanrooms Automotive manufacturing CNC centers 3.3 Cultural Preservation Archive storage vaults Museum conservation labs Historical document repositories 4. Technological Advancements Material Science: Nickel-alloy piping demonstrates 300% corrosion resistance improvement System Intelligence: IoT-enabled pressure sensors provide real-time integrity monitoring Environmental Compliance: Zero ODP with 30% reduced GWP versus previous formulations 5. Standards Compliance The system meets or exceeds: EN 15004-1:2019 (Fixed firefighting systems) NFPA 2001 (Clean agent fire extinguishing systems) UL/ULC standards for North American markets Note: This technical brief contains no commercial references and is intended for informational purposes only. System implementation requires professional hazard analysis and engineering design. Key Differentiators from Conventional Systems: Precision agent distribution through calibrated orifice nozzles Multi-zone protection without redundant hardware Future-ready architecture for IoT integration Sustainable agent options meeting F-Gas regulations This overview presents objective technical information suitable for international engineering audiences, regulatory bodies, and facility planners. Actual system specifications may vary based on regional requirements and protected space characteristics.

Complete knowledge of fire detection tube automatic fire extinguishing system

fire detection tube automatic fire extinguishing system Description：       The fire detection device is a simple, low-cost and highly reliable independent automatic fire extinguishing system. It does not require any power supply, special smoke and temperature detectors, or complicated equipment and pipelines. It uses its own stored pressure. When the fire detection tube ruptures due to heat, the fire extinguishing agent is immediately released to extinguish the fire. Working principle:         The fire detection tube fire extinguishing system is composed of a pressure vessel filled with fire extinguishing agent, a container valve, and a fire detection tube and/or a release tube that can release the fire extinguishing agent. The fire detection tube is placed near or above the most likely place where the fire source occurs, and at the same time, detection is carried out by relying on many detection points (linear) along the fire detection tube. Once a fire occurs, the fire detection tube is softened and exploded at the highest temperature, and the fire extinguishing medium is released to the protected area through the fire detection tube itself (direct system) or the nozzle (indirect system). Among them, the fire detection tube is a new variety developed in the high-tech field and is a high-tech non-metallic synthetic product. It combines long-term leakage resistance, flexibility and effective temperature sensitivity, and explodes within a certain temperature range to spray fire extinguishing media or transmit fire signals. Fire detection tube fire extinguishing system features: 1. When a fire occurs, the fire detector will detect the fire and the fire detection tube automatic fire extinguishing system will automatically work, which can extinguish the fire in the shortest time and minimize the loss for customers. 2. The fire detection tube automatic fire extinguishing system can also work normally during a power outage. The fire detection tube automatic fire extinguishing system has a built-in emergency power supply. When there is a power outage or the power is cut off due to a main power failure, the fire detection tube automatic fire extinguishing system automatically switches to the emergency power supply and works normally. In an emergency state, the fire detection tube automatic fire extinguishing system can also automatically respond to fire. 4. Low cost and safe to use. The traditional large-space full flooding fire extinguishing method is changed to a local full flooding or local fire extinguishing method targeting the potential fire point. It is closest to the protected object and has high fire extinguishing efficiency. The amount of fire extinguishing agent is reduced by more than 80% compared with the traditional method. It is more environmentally friendly and safer for personnel. The design and installation are simple, do not occupy the user's limited space, and no additional gas cylinder room is required. Classification of fire detection tube automatic fire extinguishing system: 1. Direct fire detection tube automatic fire extinguishing system The direct fire detection tube automatic fire extinguishing system is connected to the fire extinguishing agent container through the container valve to detect the fire source. When encountering a fire, the fire detection tube explodes. The pressure drop in the fire detection tube is used to start the container valve, and the fire extinguishing agent is transported to the original fire detection tube explosion hole for spraying through the conversion joint installed at the outlet of the container valve. The direct fire detection tube automatic fire extinguishing system can be divided into: CO2 direct fire detection tube fire extinguishing device, FM200 direct fire detection tube fire extinguishing device, NOVEC1230 direct fire detection tube fire extinguishing device and other clean gases according to the type of stored fire extinguishing agent. 2. Indirect fire detection tube automatic fire extinguishing system: Unlike the direct type, the indirect device detects fire through smoke, temperature sensors, etc. When a fire signal is detected, it will trigger the control system to start the indirect fire detection tube automatic fire extinguishing system. This method does not directly detect the fire source through the fire detection tube. The indirect fire detection tube fire extinguishing device detects fire signals through the fire detection tube. When a fire occurs, the heat radiation of the flame will cause the trigger in the fire detection tube to react chemically, thereby causing a change in the pressure in the fire detection tube. When the pressure reaches a certain value, the signal line in the fire detection tube will be triggered and send a fire signal to the controller. The controller receives the fire signal and issues a command The controller is the core part of the system. When receiving a fire signal, the controller will first process the signal to determine whether it is a real fire signal. If so, it will issue a command to start the fire extinguishing system. In addition, the controller can also perform manual confirmation, automatic alarm and other functions. Fire extinguishing control valve starts the fire extinguishing device The fire extinguishing control valve is a key part of the fire extinguishing system. It can control the supply and injection of the fire extinguishing agent to achieve the effect of fire extinguishing. When the controller issues a command, the fire extinguishing control valve will be activated to transport the fire extinguishing agent to the sprinkler and spray it to the fire scene.