Safety valves are typically used for controlling the pressure in heat generators (heaters, solar panels, boilers) in heating systems, plumbing systems and water systems.
MATERIALS AND CHARACTERISTIC
Body: hot moulded HPb57-3
Bonnet: Brass HPb57-3
Cap: Brass
Handle: ABS
Threaded connection:ISO228
WORKING CONDITIONS
Working temperature:from -10 ℃ to 100 ℃
Normal pressure ≤1.6MPa
Introduction:
Brass Safety Valves play a crucial role in regulating pressure within various heat generation systems, including heaters, solar panels, and boilers, commonly found in heating, plumbing, and water systems. These valves are designed with precision and reliability to ensure the smooth operation of these systems, maintaining good pressure levels for efficient functionality.
Materials and Characteristics:
Body: The body of Brass Safety Valves is meticulously crafted using hot-molded HPb57-3. This choice of material ensures durability and resilience under varying conditions.
Bonnet: The bonnet, another critical component, is constructed from Brass HPb57-3. This material not only adds to the robustness of the valve but also enhances its overall performance.
Cap: The cap of the Brass Safety Valve is made from high-quality brass, contributing to the valve's structural integrity and reliability.
Handle: To facilitate easy operation, the handle is crafted from Acrylonitrile Butadiene Styrene (ABS), a thermoplastic polymer known for its strength and resistance to impact.
Threaded Connection: The threaded connection adheres to the ISO228 standard, ensuring compatibility and ease of installation across various systems.
Working Conditions:
Working Temperature: Brass Safety Valves are designed to function within a broad temperature range, from -10 ℃ to 100 ℃. This versatility allows them to adapt to diverse environments and applications.
Normal Pressure: The valves are engineered to handle normal pressures up to 1.6MPa, making them suitable for a wide array of scenarios where pressure regulation is important.
By incorporating these high-quality materials and adhering to stringent standards, Brass Safety Valves guarantee reliability and longevity in their operation.
Applications:
The versatility of Brass Safety Valves extends their applicability to a range of systems. In heating systems, these valves effectively control pressure in heaters, ensuring good performance and safety. Solar panels, a growing component of sustainable energy systems, benefit from the precise pressure regulation provided by Brass Safety Valves. Boilers, commonly used for various industrial and domestic purposes, rely on these valves to maintain safe operating conditions.
In plumbing systems, Brass Safety Valves play a vital role in regulating pressure to prevent damage to pipes and fixtures. Water systems, which encompass a variety of applications from irrigation to water treatment, also benefit from the reliable pressure control offered by these valves.
Installation and Maintenance:
The threaded connection design based on ISO228 standards simplifies the installation process, allowing for seamless integration into existing systems. Regular maintenance, including visual inspections and testing, is recommended to ensure continued good performance. The durability of the materials used reduces the need for frequent maintenance, contributing to the cost-effectiveness of Brass Safety Valves.
In conclusion, Brass Safety Valves stand as a reliable and essential component in heat-generating systems, plumbing, and water applications. With a focus on quality materials, precision engineering, and adherence to industry standards, these valves provide a dependable solution for pressure regulation. Whether in heating systems, plumbing setups, or water applications, Brass Safety Valves deliver consistent performance, contributing to the efficiency and safety of diverse systems.
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