Common Classifications
●By structure: Concentric reducers and eccentric reducers. The centers of both ends of a concentric reducer are on the same axis, suitable for vertical or horizontal pipes to avoid fluid eddy currents. The centers of both ends of an eccentric reducer are not aligned on the same axis; it is used for wall-mounted or floor-mounted installation to prevent liquid and gas accumulation in the pipe, and is often applied in horizontal pipes or inlets of pumps and valves.
●By production process: Reducing pressing, expanding pressing, stamping forming, etc.
●By connection method: Welded connection, flange connection, threaded connection, socket connection, etc. The welded type is suitable for large-diameter pipes, while the threaded type is mostly used for small-diameter and low-pressure scenarios.
●By material: Consistent with the materials of tees and elbows, including carbon steel, stainless steel, alloy steel, copper, plastics, cast iron, etc. Material selection must match the pipe medium and operating conditions.
●By manufacturing standard: American Standard (ASME B16.9), German Standard (DIN), etc., to ensure compatibility with the piping system.
Application Scenarios
Petrochemical industry, water supply and drainage & municipal engineering, power industry, metallurgy and mining industry, food and pharmaceutical industry, construction industry, etc.