Name | Brass Ball Valve |
Material | HPB57-3,HPB58-3 |
Brand | KAKA |
Handle | Lever handle with Aluminum |
Media | Water, Seawater |
Surface | Sandblasted |
Size | DN15-DN50 |
Testing | 0.6MPa – 0.8MPa by air |
Connection | BPS,NPT thread |
Turn on/off | Fast quarter-turn operation |
Bronze | Corrosion resistant |
Features | Adjustable stem-packing gland |
Specs | Blow-out proof pressure retaining stem |
Brass ball valves often use aluminum handles due to several reasons:
Lightweight: Aluminum is a lightweight material compared to other metals like brass or steel. Using an aluminum handle helps keep the overall weight of the valve relatively low, making it easier to handle and operate.
Corrosion Resistance: Aluminum naturally forms a thin oxide layer on its surface, providing a degree of corrosion resistance. This is beneficial in environments where the valve may be exposed to moisture, chemicals, or other corrosive substances.
Thermal Conductivity: Aluminum is a good conductor of heat. By using an aluminum handle, heat from the valve body can be quickly dissipated, preventing the handle from becoming too hot during operation.
Cost-Effectiveness: Aluminum is generally less expensive than brass. Using an aluminum handle can help reduce the overall cost of manufacturing the valve without compromising its functionality or durability.
Aesthetics: Aluminum handles can be an aesthetic choice, providing a sleek and modern appearance to the valve. They can be finished or anodized in different colors to match the overall design or branding requirements.
It's important to note that while aluminum handles offer several advantages, they may have limitations in certain applications. Aluminum is a softer material compared to brass, and it may not have the same strength or durability. In applications where heavy use or excessive force is expected, a more robust handle material, such as steel or reinforced plastic, may be preferred.
Ultimately, the choice of using an aluminum handle with a brass ball valve depends on factors such as cost considerations, weight requirements, corrosion resistance, and the specific application and environment in which the valve will be used.
Applications of Brass Ball Valve
Familiarize yourself with the valve: Take a moment to understand the different parts of the brass ball valve. It typically consists of a handle or lever, a body, a ball with a bore through it, and inlet and outlet ports.
Determine the valve position: The brass ball valve can be in either the open or closed position. When the handle is parallel to the pipe, it indicates that the valve is open, allowing fluid to flow. When the handle is perpendicular to the pipe, it signifies that the valve is closed, blocking the flow of fluid.
Open the valve: If the valve is closed, rotate the handle or lever in a quarter-turn or 90-degree motion, aligning it parallel to the pipe. This position opens the valve, allowing the fluid to pass through.
Close the valve: If the valve is open, rotate the handle or lever in a quarter-turn or 90-degree motion, aligning it perpendicular to the pipe. This position closes the valve, stopping the flow of fluid.
Adjust the flow: Depending on the design of the brass ball valve, you may have the option to partially open or close the valve to control the flow rate. You can do this by rotating the handle to a position between fully open and fully closed.
Inspect for leaks: After opening or closing the valve, inspect the surrounding area for any signs of leakage. If you notice any leaks, ensure the valve is closed properly or consider replacing any faulty components.
Brass Ball Valve Package
OEM Logo Polybag, Colour Boxs, Colour Master Carton
FAQ
Q: How long is your product guarantee period?
A: We have Two years guarantee and 24 hours full-time service.
Q: What is your MOQ?
A: Normal Each Items 3000pcs MOQ.
Q: Can you accept OEM,ODM?
A: we accpet OEM.
Q: How long is your delivery time?
A: 30-35 days After Confirm Order
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