Product Description:

Grooved rigid clamps are an ideal choice for medium pressure applications due to their strong and durable design. These clamps can withstand high pressure levels and are perfect for use in industrial and commercial settings.

Each clamp has been carefully calibrated to correspond to the specific nominal diameter of the pipeline system it is being used on. This ensures a secure fit and proper functionality for optimal performance.

When connected by grooved rigid clamps, the pipeline system is held in a rigid state. This means that the pipes are unable to produce any axial or radial displacement. This rigidity provides added stability and prevents any potential shifting or movement of the pipes.

Features:

Our product offers numerous benefits:

1. Efficiency: Our product is fast, with no need for welding or re-galvanizing. This saves time and effort during installation.
2. Simplicity: Our product is designed with simplicity in mind, making it easy to use and install.
3. Reliability: We pride ourselves on the reliability of our product, providing peace of mind to our customers.
4. Vibration Isolation and Shock Absorption: Our product offers excellent vibration isolation and shock absorption, making it suitable for a variety of applications.
5. Economic Security: Our product is a cost-effective solution, providing economic security to our customers.
6. Environmental-friendly: Our product is zero-pollution, ensuring minimal impact on the environment.
7. Space-saving: Our product takes up less space, making it ideal for compact areas.
8. Low Maintenance: Our product is easy to maintain, saving time and resources.

Technical Parameters:

Applications:

The Fire Duct System is an essential component in fire safety and prevention. It is designed to help contain and control fires, allowing for a safe and efficient evacuation of a building. This system is made up of various components, including fire hydrant pipes, Co2 foam fire piping system, and automatic sprinkler water fire piping system.

• Fire Hydrant Pipe

  The fire hydrant pipe is a specialized type of pipe that is connected to a water source, such as a fire hydrant or a water main. It is used to provide a continuous supply of water for firefighting purposes. In case of a fire emergency, the fire hydrant pipe can quickly deliver large amounts of water to the affected area, helping to control and extinguish the fire.

• Co2 Foam Fire Piping System

  The Co2 foam fire piping system is a type of fire suppression system that utilizes a mixture of water and foam concentrate to extinguish fires. The foam is released through a piping system, covering and smothering the fire, while the water provides cooling and suppression. This system is commonly used in areas where water damage must be minimized, such as data centers, museums, and archives.

• Automatic Sprinkler Water Fire Piping System

  The automatic sprinkler water fire piping system consists of a network of pipes that are strategically placed throughout a building, with sprinkler heads attached. In case of a fire, the heat from the flames activates the sprinkler heads, allowing water to flow out and control or extinguish the fire. This system is a reliable and effective way to prevent fires from spreading and causing significant damage.

FAQ:

• Q: What is the material of Grooved Clamp Coupling?
  A: The material of Grooved Clamp Coupling is ductile iron.
• Q: What is the maximum working pressure of Grooved Clamp Coupling?
  A: The maximum working pressure of Grooved Clamp Coupling is dependent on the size and material of the fitting, but typically ranges from 300 psi to 1000 psi.
• Q: Is Grooved Clamp Coupling suitable for underground applications?
  A: Yes, Grooved Clamp Coupling is suitable for both above ground and underground applications.
• Q: Can Grooved Clamp Coupling be used for both water and gas systems?
  A: Yes, Grooved Clamp Coupling can be used for both water and gas systems.
• Q: What is the temperature range for Grooved Clamp Coupling?
  A: The temperature range for Grooved Clamp Coupling is -20°F to 250°F (-29°C to 121°C).