- Brand:SUPASS
- Model: 16
- Valve Type: Ball Valve, Pipe Fitting
- Item: Unique Material Male Threaded Reducing Ball Valve, Blue Handle Brass Ball Valve, Pipe Fitting
- Body Material: Brass
- Connection Type: Male Threaded (visible on one end in the image), and a joint connection (possibly for PPR or other pipe types on the other end)
- Port Size: 1 inch * 25mm, 1 inch * 32mm
- Structure: Ball
- Media: Water
- Power: Manual
- Medium Temperature: Medium Temperature, Normal Temperature
- Standard: Industrial Grade
- Usage: Connecting pipes
- Features: High durability
- Advantages: High quality
- Warranty: 1 year
- Customization Support: OEM, ODM, OBM, Other
Maintenance and Longevity Guidelines:
To ensure stable performance and a long service life for the external threaded reducing brass ball valve, the following factors should be considered:
- Pre-use Cleaning: Before use, the pipeline and the overflow part of the valve body should be flushed with water to prevent residual iron filings and other debris from entering the ball valve body cavity.
- Pressure Release Before Maintenance: When the external threaded reducing brass ball valve is closed, there may still be some residual medium inside the valve body, and it will also be under a certain pressure. Before overhauling the ball valve, the globe valve in front of the ball valve should be closed, and the ball valve to be overhauled should be opened to thoroughly release the pressure inside the valve body.
- Careful Disassembly for Cleaning: Soft-seated ball valves typically use PTFE (polytetrafluoroethylene) as the sealing material, while hard-sealed ball valves use metal surfacing for the sealing surface. If the pipeline ball valve needs cleaning, care should be taken during disassembly to prevent damage to the sealing ring and leakage.
- Proper Flange Assembly (if applicable for other valve types): When assembling or disassembling a flanged ball valve, the bolts and nuts on the flange should be secured first, then all nuts should be slightly tightened, and finally securely fastened. Forcibly tightening a single nut first before others can lead to uneven lining between flange surfaces, resulting in gasket surface damage or rupture, and leakage of the medium from the valve flange.