Expert installation, maintenance, and repair of sprinkler systems, fire alarms, and fire suppression systems.
With over 40 years of experience in the industry, we understand the importance of fire safety in commercial buildings and work tirelessly to ensure that your property and its occupants are safeguarded against the risk of fire. Browse through our services to see how we can help you fortify your building’s fire protection systems.
Fire Sprinkler Systems
Regular maintenance and inspections of fire sprinkler systems are essential, regardless of the area, weather, type of facility, or system. This is not a best practice, but mandatory and regulated by state and local authorities, including the building owners’ insurance underwriters.
Fire Alarm Systems discover fires early while there’s still time for evacuation.
A fire alarm system is a system of connected devices working together to detect and warn people when smoke or fire, is present. Alarms can be triggered by smoke detection, heat detection, or manual pull stations. Alarms vary, from the traditional, motorized bells or wall mountable sounders to electronic notification systems, strobes, and voice alert systems.
When selecting an alarm system, consider the ongoing commitment that will be required over the life of the system. Inspection, testing, and maintenance will be crucial to the success of your alarm system.
Fire suppression systems are activated by heat, smoke, or a combination of the two.
These systems are typically found in places like museums, libraries, data centers, and archives. Unlike wet-pipe sprinkler systems, suppression systems use gaseous, chemical, or foam agents to suppress the fire, rather than water. This aids in the preservation of sensitive equipment and content within a particular environment. There are many different applications of fire suppression depending on the area in which these systems are housed.
Our fire protection goes beyond the basics.
At CJ Suppression, we understand that certain industries and environments require specialized fire protection solutions. That’s why we offer comprehensive Special Hazards Fire Protection services designed to address the unique challenges posed by high-risk areas and specific industries present in the Inland Empire community.
With years of experience and a deep understanding of special hazards, our team of experts is equipped to provide customized fire protection solutions that meet the highest standards of safety and reliability. We work closely with clients across various industries to assess their specific needs and develop tailored strategies that effectively mitigate the risks associated with special hazards.
Our Special Hazards Fire Protection services encompass a wide range of industries, including manufacturing plants, data centers, chemical storage facilities, power generation plants, and more. We are committed to ensuring the safety of your personnel, protecting critical assets, and minimizing the potential for devastating fire incidents.
Wet Pipe Fire Sprinkler Systems
In wet pipe sprinkler systems, water is constantly maintained within the sprinkler piping. When a sprinkler activates due to a fire, the water is immediately discharged onto the fire.
Contrary to popular belief, the entire sprinkler system does NOT discharge when a fire is detected. Sprinkler systems detect a fire through glass bulbs within the sprinkler head that detect rising temperatures and discharge based on the heat required to break that glass.
Dry Pipe Fire Sprinkler Systems
Unlike wet pipe sprinkler systems, dry pipe systems are filled with pressurized air or nitrogen rather than water. These systems provide automatic protection in spaces where freezing is possible like industrial warehouses, loading docks, and commercial freezers. When heat activates one or more sprinkler heads, the compressed air in the pipe is released, thereby opening the dry pipe valve and allowing water to flow through open sprinklers.
Pre-Action Fire Sprinkler Systems
Pre-action fire sprinklers are a type of dry sprinkler system. Water is not contained in the sprinkler piping and is held back by a pre-action valve. The valve is opened when flame, heat, or smoke is detected. The detection system must detect a fire and the valve must open to initiate water to flow within the pipes. These systems are ideal for water-sensitive environments such as museums, data centers, libraries, vaults, and freezer warehouses as they carry a low risk of accidental discharge. Working ideally in cold conditions, these pipes prevent freezing and prevent excessive water damage.
Deluge Fire Sprinkler Systems
Deluge fire sprinklers are used in high-hazard environments such as power plants, aircraft hangars, and chemical storage facilities where significant amounts of water are needed to cool and control the development of a fire. They are connected to a water supply through a deluge valve while the sprinkler heads remain open, which releases water to all open sprinkler heads simultaneously. These systems are incredibly effective in high-hazard environments because they release water or another suppressing agent to all open sprinkler heads simultaneously.
Foam Water Sprinkler Systems
Foam water systems are a type of wet sprinkler system that combine both water and a foaming agent for large scale fire extinguishment. They are typically installed in facilities where extinguishing a fire can be more challenging than usual due to the flammable and combustible contents housed within it.
Fire Pump Systems
Fire pumps are designed to supply water to the fire sprinkler system and its components at a higher pressure rate to effectively extinguish a potential fire. There are two types of fire pumps: diesel and electric, and they require different frequencies of maintenance and inspections due to their different components’ needs.
Fire Backflow Systems
Fire backflow systems are designed to prevent water from flowing back into the main water supply, preventing contamination or pollution.
Special Hazard Sprinkler Systems
Whether you need to protect priceless artwork or valuable computer data, clean agent systems are designed to quickly suppress a fire while minimizing the damage that water-based systems can cause.
Addressable (Intelligent) Fire Alarm Systems
Addressable fire alarms provide firefighters with the exact location of a fire. Also known as intelligent alarm systems, they can range from one device to complex systems of hundreds of interconnected devices. Each device constantly communicates with the control panel, allowing rapid response.
Conventional Fire Alarm Systems
Conventional fire alarms can be set up in zones, with each zone hardwired to a control panel or zone expander, making them less expensive and simpler to install.
Initiating Detection Fire Alarm Systems
The initiating devices in a fire alarm system detect signs of a possible fire and activate an alarm. They are the system’s triggers and the most visible aspect of the fire alarm system. Examples of initiating detectors include:
Smoke detectors, heat and linear heat detectors, duct systems, beam, video, flame, gas and air sampling detection units.
When a device is activated by detecting its respective triggering event, the control panel initiates the audible and visual alarms.
Notification Fire Alarm & Communication Systems
Audio and Visual – Horn strobes combine both audio and visual alarms to alert the occupants to evacuate the premises in the event of an emergency.
Mass Notification – Mass notification systems are one-way systems that are used to send out emergency alerts over a multi-zone audio system, or other approved method, to instruct or warn occupants of a potential emergency. Such systems can be essential in your disaster preparedness and could be the difference between life and death in a natural disaster, active shooter, or cyberattack situation.
Exit Point – In the event of an emergency, evacuation is critical. Exit point audible devices can reduce evacuation times, prevent injuries, and save time. These devices act as audible exit signs and are designed to help building occupants pinpoint the nearest exit location and guide them to exit quickly, reliably, and safely even when visibility is impaired.
Wireless Mesh Technology
MeshWrx is a wireless technology that provides a fault-tolerant, end-to-end delivery system for fire alarm monitoring. MeshWrx replaces your existing phone lines and installs our mesh radio device to your existing fire alarm control panel. When an alarm is sounded, MeshWrx transmits the alarm signal from your fire alarm control panel to the call center using “smart radio” technology.
VESDA Air Sampling Systems
VESDA aspirating smoke detectors provide continuous air sampling to give you the earliest possible warning of a fire. This increased response time offers the user additional response time to investigate an alarm and potentially prevent injury, property damage, and business disruption. VESDA detectors can detect minute levels of smoke before a fire has time to escalate.
Clean Agent Fire Suppression Systems
Clean agent fire suppression is a term used to describe the use of inert gases to extinguish a fire. These systems all have 3 main components: smoke detector, control panel, and notification devices. When the smoke detector is triggered, it sends a signal to the control panel which then alerts the notification devices and activates the release device to suppress the fire. Clean agent fire suppression systems are fast-acting and most effective in protecting sensitive equipment and environments because they are designed to suppress the fire in its incipient stage. They are electronically nonconducting and unlike water, they won’t ruin electrical components or electronics in the space. They are most often found in server rooms, record/file repositories, and data centers that require an increased level of protection to prevent unnecessary and accidental discharge of systems.
Inert gases such as nitrogen, argon, and carbon dioxide work together by lowering the oxygen content in a room below the level that supports combustion, while still allowing a person to breathe, keeping your environment and your personnel safe.
Fluorocarbon-based extinguishants are described as “clean agents” as they do not leave any oily residues, particulates, or water damage and rapidly extinguish fires with a superb weight-to-effectiveness ratio. These extinguishing agents are also safe to use in occupied spaces and offer unique advantages in speed, performance, and safety.
CO2 Fire Suppression Systems
CO2 is an effective method of extinguishing a wide range of flammable and combustible materials in both surface and deep-seated fires. It is typically harmless to equipment, materials, and property, preventing excessive damage to your facility in the event of a discharge.
High-pressure CO2 systems use individual storage cylinders ranging from 35 pounds to 120 pounds. Carbon dioxide suppresses fire without leaving behind residue after discharge and prevents damage to sensitive equipment. These systems are designed to suppress fire by displacing the air containing oxygen that supports combustions and is typically designed to protect smaller, more targeted areas.
Low-pressure CO2 systems are ideal for non-occupied fire hazards requiring large amounts of extinguishing agents in a limited space. Low-pressure systems store CO2 in one large tank with its own refrigeration system, versus its counterpart that holds several individual cylinders. These tanks can hold anywhere from 3.7 to 46 tons of CO2.
Data centers house critical IT infrastructure and equipment, making them vulnerable to fire incidents that can lead to data loss, service disruptions, and financial losses. Specialized fire protection solutions are required to address the unique challenges of protecting sensitive electronic equipment and mitigating the risks associated with high-density power and cooling systems.
Chemical Storage Facilities
Facilities that store and handle hazardous chemicals present significant fire and explosion hazards. Special Hazards fire protection systems are designed to detect and suppress fires involving flammable and volatile substances, ensuring the safety of personnel, minimizing property damage, and preventing environmental contamination.
Power Generation Plants
Power plants, including thermal power plants, hydroelectric plants, and renewable energy facilities, have specialized fire protection needs due to the presence of high-voltage electrical equipment, flammable fuels, and complex machinery. Special Hazards fire protection systems are crucial in safeguarding critical power generation infrastructure and preventing potential disruptions to the power supply.
Petrochemical plants and refineries deal with highly flammable substances and complex processing equipment, making them prone to severe fire hazards. Special Hazards fire protection systems are designed to combat fires involving volatile chemicals and protect critical infrastructure in these high-risk environments.
Laboratories in the pharmaceutical industry handle various hazardous substances, including flammable chemicals and volatile solvents. Special Hazards fire protection solutions are crucial for protecting personnel, preventing damage to sensitive research equipment, and ensuring the integrity of valuable scientific data.
Aerospace manufacturing and testing facilities often involve highly specialized materials, complex machinery, and unique fire risks. Special Hazards fire protection systems are designed to address the specific challenges of these environments, protecting valuable aerospace assets and ensuring the safety of personnel.