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Our company has passed ISO9001, ISO45001, ISO14001, SGS, TUV and other certifications. With 15 years of fire equipment manufacturers.
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Guangzhou Xingjin Fire Equipment Co.,Ltd.

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Guangzhou Xingjin Fire Equipment Co.,Ltd.

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Internal professional design team and advanced machinery workshop. We can cooperate to develop the products you need.
Guangzhou Xingjin Fire Equipment Co.,Ltd.

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Advanced automatic machines, strictly process control system. We can manufacture all the Electrical terminals beyond your demand.
Guangzhou Xingjin Fire Equipment Co.,Ltd.

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Bulk and customized small packaging, FOB, CIF, DDU and DDP. Let us help you find the best solution for all your concerns.

2010

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>100+

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+

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>50000+

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China Guangzhou Xingjin Fire Equipment Co.,Ltd.
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Address: X917,9th floor,No.171,Haibin Road,Nansha District,Guangzhou,China
Fax: 86-20-39944102
Phone: 86--18011936582
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Lastest company news about Novec1230&FM200 automatic Fire Suppression Tube
Novec1230&FM200 automatic Fire Suppression Tube
Fire extinguishing pipe gas extinguishing device         As a new type of fire extinguishing equipment, the future development trend of prefabricated fire pipe gas extinguishing device has been revealed. With the advancement of science and technology and the development of industrial technology, the prefabricated fire pipe gas extinguishing device will become more and more intelligent and diversified, and adapt to the needs and environment of different occasions. At the same time, the monitoring system of the fire extinguishing device will be more perfect, and the overall level of fire extinguishing technology and equipment will be further improved through data collection and analysis. This will provide a strong guarantee for us to build a safer and more reliable human society.        The prefabricated fire pipe gas extinguishing device has a wide application prospect in the field of fire extinguishing due to its characteristics of high efficiency, environmental protection, flexibility, safety and economy. It can play an important role in protecting property and protecting life. It is believed that under the promotion of science and technology, the prefabricated fire pipe gas extinguishing device will burst out a greater light in the future development and become a new force in the field of fire prevention. Let us pay attention to and use this new fire extinguishing device together, and contribute to the construction of a safer society.       The prefabricated fire pipe gas extinguishing device has the characteristics of strong mobility, high safety and outstanding economy. First of all, its equipment is small, does not take up too much space, and installation is flexible and convenient. Second, its response speed is fast, once the fire occurs, it can quickly detect and start the fire extinguishing mechanism to ensure that the fire is controlled in time. Finally, the prefabricated fire pipe gas fire extinguishing device not only has low input cost, but also has less maintenance cost, becoming the ideal fire extinguishing choice for enterprises and families.    
Lastest company news about Fire detection tube type extinguishing device
Fire detection tube type extinguishing device
Fire detection tube type extinguishing device       The fire detection tube automatic fire extinguishing device does not need any power supply, no special smoke, temperature detector, no complex equipment and pipelines, using its own pressure storage, relying on a pressurized fire detection tube and a set of fire detection bottle group can quickly, accurately and effectively detect and extinguish the fire source. Design of fire detection tube type temperature sensing self-starting fire extinguishing device. 1. Protective area       The fire tube type temperature sensing self-starting fire extinguishing device takes the relatively closed and small volume equipment in the space with small volume or the place with large space as the protection area.        When the direct temperature sensing self-starting fire extinguishing device is used, the volume of the protection area should not be greater than 10m3; When the indirect fire tube temperature sensing self-starting fire extinguishing device is used, the volume of the protection area should not be greater than 100m 3. 2. System design      The direct fire pipe extinguishing device should be designed by volume method. The indirect fire pipe extinguishing device can be designed by volume method or area method. The design dosage of fire extinguishing agent for fire detection tube type temperature sensing self-starting fire extinguishing device should be calculated according to the following formula: M=Q×V   Type: M------- Design dosage of fire extinguishing agent for fire tube type temperature sensing self-starting fire extinguishing device (kg)   Q------- Minimum amount of extinguishing agent required per unit volume (kg/m3)   V------- Volume of protection area (m3) 3. The actual amount of carbon dioxide extinguishing agent should be calculated according to the following formula: G =P×N   Where: G----- Actual dosage of fire extinguishing agent (kg)   P----- Filling of fire extinguishing agent in storage container of a single fire detection tube type automatic fire detection and extinguishing device (kg)   N----- Number of storage containers for fire detection tube type automatic fire detection and extinguishing device   Carbon dioxide fire extinguishing agent should meet the current national standard GB4066 provisions. 4.The protection area protected by the fire pipe extinguishing device       The protection area or protected object protected by a set of fire detection tube fire extinguishing device should not be more than 6; The fire detection tube fire extinguishing device set in one protection area should not exceed 4 sets, and should be able to start at the same time, and the action response time difference should not be greater than 2s. 5. Explore the layout of the fire tube      The location of the fire detection tube should not exceed 1 meter from the protected place and the distance between the fire detection tube. See the following diagram for fire detection tube layout requirements.    
Lastest company news about Safety countermeasures for CO2 fire extinguishing system leakage
Safety countermeasures for CO2 fire extinguishing system leakage
Risk control practice and safety countermeasures of Marine CO2 fire extinguishing system 1. Basic countermeasures       During the repair period of the ship, there is no engineering between the ship's CO2 fire extinguishing system itself and the CO2 and the adjacent areas, and there is no safety risk of engineering operations, in order to prevent the leakage and accidental release of the CO2 fire extinguishing system, the most basic and mandatory safety countermeasures should be taken - CO2 door sealing. (1) After the ship enters the site, the shipyard, the owner's maintenance and the ship are jointly responsible for inspecting the condition of the CO2 fire extinguishing system, formulating an effective and safe prevention and control plan according to the quantity and scope of the inspection and repair of the CO2 fire extinguishing system, and defining the control measures and responsible persons of the CO2 fire extinguishing system. (2) The CO2 room, fire control room and remote control system shall be isolated and locked, safety warning signs shall be posted in the CO2 room or in prominent locations, and the safety confirmation checklist for key areas shall be hung, and daily inspection and signature confirmation shall be carried out to ensure the integrity of the CO2 fire extinguishing system. (3) Conduct professional skills training for personnel working in CO2 protected areas such as engine room and pump room, so that they can master the process of CO2 fire extinguishing system, alarm signals, evacuation paths, protection requirements, etc., and prohibit untrained or unqualified personnel from entering the above areas. At the same time, formulate the corresponding CO2 system accident emergency response and evacuation plan, and organize drills to ensure that personnel are promptly evacuated when emergencies occur. (4) During the repair of the ship, safety measures should be taken when there is engineering construction in the ship's CO2 fire extinguishing system itself or in the CO2 space or adjacent areas. ① Isolation measures: Disconnect the control pipe of the CO2 fire extinguishing system starter bottle control box to ensure that the system cannot operate when the release signal is received outside the system.   ② Plug in the safety pins at all CO2 cylinders between CO2 to ensure that CO2 gas cannot be released from the cylinder when the cylinder is started incorrectly.   ③ Seal and isolate the main pipe. When the main valve is closed and locked or the "8" blind plate seals the pipe or these two measures cannot be adopted under special circumstances, the main pipe can be manually disconnected to ensure leakage or accidental release. (4) When entering the CO2 fire extinguishing system protection area or working between CO2, continuous and effective mechanical ventilation must be set up to regularly detect oxygen content to prevent accidents.   ⑤ When entering the CO2 space or adjacent area for construction, the shipyard or the ship must be approved for dangerous operation permit before operation, and check the implementation of ventilation, isolation and other safety measures, check whether the rubber hose between the CO2 cylinder and the collecting pipe is aging, and it is strictly prohibited to enter the operator should have the corresponding qualifications and capabilities to prevent the isolation and protection measures of the CO2 system from being damaged. In the CO2 cylinder replacement, or maintenance operations, before the cylinder installation, all cylinder valve protection cover must be complete. During the installation of the gas cylinder, the main valve of the discharge pipeline and the control pipeline must be kept isolated and disconnected. Do not remove the protective cover of the cylinder valve before the connecting pipeline of the cylinder is completed to prevent the cylinder from tipping over and colliding. The safety pin of the cylinder port valve should be inserted. Do not connect the cylinder to the pipeline. Blind plate or lock the main valve after releasing the main valve of the pipeline. 2. Safety control requirements for ship self-repair projects       During the maintenance period of the ship, in principle, the ship is prohibited from carrying out high risk operations, and general operations are controlled. All self-repair works or outsourced works must be declared with the shipyard in advance to obtain permission, and implement safety measures, and can only be carried out through the shipyard safety training; Projects or related operations involving CO2 fire extinguishing system must be notified to the shipyard in advance, and the shipyard and ship side shall be fully responsible for the coordination and control of the project. Safety preparations shall be made before the start of construction, and the CO2 fire extinguishing system shall be isolated and controlled to ensure that there is no risk of accidental release of the CO2 system during construction.
Lastest company news about CO2 fire extinguishing system
CO2 fire extinguishing system
CO2 fire extinguishing system       CO2 is an inert gas that has no destructive effect on the vast majority of substances, escapes quickly after extinguishing the fire, leaving no traces, and is non-toxic and harmless, and is the best extinguishing agent that can be used to fight a variety of types of fires. Its main role is to relatively reduce the oxygen content in the air, reduce the temperature of the combustion, and extinguish the flame.       CO2 fire extinguishing system is suitable for fighting all kinds of flammable, flammable liquids and those by water, foam and dry powder fire extinguishing agent pollution and easy to damage the solid fire such as cotton wool, fabric, wood, paper and other solid deep fire and electrical fire.          In shipping ships are also widely used in engine room, pump room, cargo hold, oil tank, paint room, kitchen and other places of fire fighting. CO2 fire extinguishing system is divided into high pressure system and low pressure system, the ship CO2 fire extinguishing system usually adopts high pressure system, at the ambient temperature of -10°C~50°C, the highest working pressure is 14.7MPa, the system performance requirements meet the international Convention for the Safety of Life, but also meet the shipbuilding specifications of the classification society.        The CO2 fire extinguishing system is mainly composed of two parts: CO2 storage system and release control system, the main parts are: fire alarm controller, starting bottle, cylinder group, selection valve, collector, solenoid valve, detector, pressure signal transmitter, nozzle and so on.  
Lastest company news about Popular Science of Automatic Fire Extinguishing Systems
Popular Science of Automatic Fire Extinguishing Systems
An automatic fire suppression system is one that is intended to detect fires automatically and turn on fire suppression equipment to contain or put out the fire. Typically, this kind of system consists of fire suppression equipment, control panels, and detectors.   A crucial part of automatic fire suppression systems are detectors. They have the ability to spot a fire and alert the control panel. The control panel serves as the system's main control hub, receiving signals from detectors and turning on the appropriate fire suppression device in accordance with pre-established rules. Devices for suppressing fires include automatic sprinkler systems, systems that use gas or foam to do so, and others.   The advantages of automatic fire suppression systems are that they can control fires promptly, avoiding delays and errors caused by human intervention. They can be activated immediately when a fire occurs, without the need for personnel to arrive on the scene. Additionally, automatic fire suppression systems can control or extinguish fires before they spread, reducing losses to personnel and property.   However, automatic fire suppression systems are not foolproof and have some limitations. For instance, certain types of fires may not be detected by detectors, or detectors may give false fire signals. In addition, the installation and maintenance costs of automatic fire suppression systems are relatively high, as they require regular testing and upkeep to ensure their proper functioning.     The advantages of an automatic fire suppression system include the following: Timely fire control: An automatic fire suppression system can start immediately when a fire occurs, without waiting for personnel to arrive on the scene. This can help control the fire promptly and reduce losses to personnel and property. Automation: An automatic fire suppression system is an automated system that does not require human intervention. It can start automatically when a fire occurs, greatly improving response speed and fire-fighting efficiency. High efficiency: An automatic fire suppression system can control or extinguish a fire before it spreads, thus avoiding further damage caused by the fire. Safety: An automatic fire suppression system can start automatically when a fire occurs, avoiding the risk of injury or death to personnel who would otherwise need to enter the danger zone. Reliability: An automatic fire suppression system has a high degree of reliability, can start automatically when a fire occurs, and will sound an alarm when problems are detected, providing timely maintenance and upkeep. In summary, an automatic fire suppression system can control or extinguish a fire promptly when it occurs, reducing losses to personnel and property, improving fire-fighting efficiency and safety, and has significant application value.   https://www.fm200-system.com/sale-37327211-non-polluting-fm200-mechanical-and-electrical-room-automatic-fire-extinguishing-system.html