Manual 2PCS Threaded End Ball Valve

Compared with one-piece valves, the two-piece design of the Manual 2pcs threaded end ball valve has significant advantages. itdesigns allows the replacement or maintenance of internal components without disassembling the entire valve. And the connection between the valve body and the valve cover is usually threaded, which makes installation and removal easier; the two-piece design helps to reduce the weight and size of the valve, which is suitable for occasions with limited space.

Performance parameters and scenario adaptation

The competitiveness ofmanual 2pcs threaded end ball valve focuses on, Full life cycle cost optimization; Adaptability to complex working conditions; Installation compatibility

Single-piece valve scrap rate: One-piece ball valve seat damage requires overall replacement, two-piece only replaces seat/ball core, spare parts cost reduced by 60%;manual 2pcs threaded end ball valve Applicable to DN15-DN100 pipelines, maintenance times within the life cycle≤3 times (one-piece valves are usually not maintainable).

manual 2pcs threaded end ball valve Containing trace particle media (≤0.1mm): By replacing the tungsten carbide valve seat, the wear resistance is increased by 3 times; with High-frequency opening and closing scenarios, Self-lubricating valve stem bushing (graphite copper alloy) supports≥100,000 operations without jamming.

The threaded end complies with ASME B1.20.1 (NPT) and ISO 228 (BSP) standards, and is suitable for non-metallic pipes such as galvanized pipes and CPVC.

Maintenance and care

Although the Manual 2pcs threaded end ball valve is designed for durability, regular maintenance and inspection are still essential.

It is recommended to check the sealing performance of the valve regularly to ensure that there is no leakage. At the same time, check the operating mechanism to ensure its flexibility and reliability. When it is necessary to replace seals or other parts, be sure to use original certified accessories to ensure the normal operation of the valve and extend its service life.