Force Industries ( A Brand Of R R Incorporation )

Color Options : White, Creme, Chrome Finish, Black.

We can customise color as per requirement.

With a detailed understanding of the current industry, we familiarize ourselves as the principal providers of Rosette Plate (Escutcheon Plate). Furthermore, offered plate is designed and developed by making use of optimum-grade Mild Steel.Available in Powder coated as well as Nickel Plated. We offer high quality two-part Rosette plate used in the installation of Fire Sprinklers.

Features :

• Sturdy design
• Excellent performance
• High reliability
• M Steel

There are two varieties:

• Powder coated
• Chrome plated

Additional Information:

• Pay Mode Terms: T/T (Bank Transfer)
• Port of Dispatch: delhi
• Production Capacity: 10000
• Delivery Time: Immediate
• Packaging Details: 600 pcs in a carton

Fire sprinkler systems are critical components of fire protection in buildings. They are designed to automatically detect and suppress fires, preventing their spread and minimizing damage. When specifying a fire sprinkler system, it's important to consider various factors such as building type, occupancy, hazard classification, local codes and regulations, and desired level of fire protection. Here are some key specifications to consider when specifying a fire sprinkler system:

1. Design Standard: Specify the applicable design standard for the fire sprinkler system, such as NFPA 13 (Standard for the Installation of Sprinkler Systems), NFPA 13R (Standard for the Installation of Sprinkler Systems in Residential Occupancies up to and Including Four Stories in Height), or NFPA 13D (Standard for the Installation of Sprinkler Systems in One- and Two-Family Dwellings and Manufactured Homes).

2. System Type: Specify the type of fire sprinkler system, such as wet pipe, dry pipe, pre-action, or deluge, based on the specific requirements of the building and hazard classification. Wet pipe systems are most common and are suitable for most occupancies. Dry pipe systems are used in areas where freezing temperatures may be a concern. Pre-action and deluge systems are used in high-hazard areas where additional protection measures are needed.

3. Hazard Classification: Specify the hazard classification of the area or occupancy where the fire sprinkler system will be installed. This could include light hazard, ordinary hazard, extra hazard, or special hazard, as defined by NFPA 13. The hazard classification will determine the design requirements for the system, such as sprinkler spacing, density, and coverage.

4. Sprinkler Types: Specify the type of sprinklers to be used in the system, such as standard spray, extended coverage, or special application sprinklers. The type of sprinklers will depend on the hazard classification and desired level of fire protection. Standard spray sprinklers are commonly used in most occupancies, while extended coverage sprinklers may be used in areas with higher ceilings or larger open spaces.

5. Sprinkler Spacing: Specify the spacing requirements for the sprinklers, including the maximum allowable spacing between sprinklers and their distance from walls, obstructions, and ceiling height. Sprinkler spacing is determined based on the hazard classification and type of sprinkler used, and should be in compliance with the applicable design standard and local codes.

6. Water Supply: Specify the water supply requirements for the fire sprinkler system, including the available water pressure, flow rate, and duration. The water supply must be sufficient to meet the demand of the system, considering factors such as hazard classification, hydraulic calculations, and local water supply conditions. A reliable water supply source, such as a dedicated fire pump or a municipal water supply, should be identified.

7. Alarm and Detection: Specify the type of alarm and detection devices to be used in conjunction with the fire sprinkler system, such as waterflow switches, tamper switches, pressure switches, and supervisory devices. These devices are used to detect system activation, waterflow, or abnormal conditions and initiate appropriate alarms or signals for building occupants, emergency responders, and monitoring stations.

8. Installation and Testing: Specify the installation requirements for the fire sprinkler system, including installation methods, materials, and quality control measures. The system should be installed by qualified and experienced contractors in accordance with the applicable design standard, manufacturer's recommendations, and local codes. Specify the testing and commissioning requirements, including hydrostatic testing, system acceptance testing,

We are manufacturer of all types of Sprinkler Accessories. Its used in Sprinkler Parts. The range of Sprinkler Accessories offered by us is made of superior quality brass and processed using advanced technologies. These are widely acclaimed for its durability, corrosion resistance and longer functional life features.

Additional Information:

• Pay Mode Terms: T/T (Bank Transfer)
• Port of Dispatch: Ajmeri Gate, Delhi
• Production Capacity: 100000 PIECES
• Delivery Time: Within 1 week

Fire Sprinklers is the most important part of auto sprinkler fire extinguishing system. The installed sprinklers can detect and extinguish fire automatically.These sprinklers can be provided to keep up the aesthetics of places like hotels, banquet halls, supermarkets, offices etc. In case of fire, the sprinklers cover automatically drops off when the surrounding temperature is 10°C to 15°C lower than nominal action temperature of the sprinkler head. Our sprinklers have the following salient features:

 High quality and durable fire sprinkler equipment
 They are tested and tried under high-pressure situations for their effective usage, durability and functionality
 We also offer our customers the facility of custom manufacturing according to the drawing/ specifications given by the clients

Additional Information:

• Port of Dispatch: DELHI
• Production Capacity: 200000
• Delivery Time: 3-4 DAYS
• Packaging Details: 1 Carton contains 200 pieces.

Fire hose accessories are important components that complement fire hose systems and aid in their effectiveness. Some common fire hose accessories include:

1. Nozzles: Fire hose nozzles are attached to the end of the hose and are used to control the flow and direction of water or fire suppression agents. They come in various types, such as fog nozzles, straight stream nozzles, and combination nozzles, and can be adjusted for different fire scenarios.

2. Couplings: Fire hose couplings are used to connect two or more sections of hose together to create a longer length of hose. They are typically made of durable materials, such as brass or aluminum, and are designed to provide a secure and leak-free connection.

3. Adapters: Fire hose adapters are used to connect hoses with different thread types or sizes. They are often used to connect hoses to hydrants, pumps, or other firefighting equipment. Adapters come in various configurations, such as male to female, female to male, or male to male, and can be made of different materials depending on their intended use.

4. Strainers: Fire hose strainers are screens or filters that are attached to the inlet of a hose or a pump. They are designed to prevent debris or solids from entering the hose or pump, which can clog or damage the equipment and reduce its efficiency.

5. Wrenches: Fire hose wrenches are specialized tools used to tighten or loosen fire hose couplings. They are designed to provide a secure grip on the coupling to ensure proper connection or disconnection of hoses, nozzles, or other accessories.

6. Hose reels: Fire hose reels are used to store and protect hoses when they are not in use. They can be mounted on walls, vehicles, or other surfaces, and are designed to provide easy access and efficient storage of fire hoses.

7. Hose straps/bands: Fire hose straps or bands are used to secure and organize fire hoses when they are not in use. They can be made of various materials, such as nylon or rubber, and are typically adjustable to accommodate different hose sizes.

8. Hose bridges: Fire hose bridges are used to protect hoses from being damaged or crushed by vehicles or heavy equipment passing over them. They are typically made of durable materials, such as rubber or metal, and are placed over the hoses to provide a raised surface for vehicles to pass over without damaging the hoses.

9. Hose testers: Fire hose testers are used to pressure test fire hoses to ensure their integrity and reliability. They typically simulate the pressure and flow rate of a firefighting operation to check for leaks, weak spots, or other issues with the hoses.

10. Hose repair kits: Fire hose repair kits contain various tools and materials for repairing fire hoses, such as hose clamps, hose menders, and patching materials. They are useful for emergency repairs in the field or for extending the lifespan of damaged hoses.