Male thread to female thread reducer 1 inch - 1/2 inch, SS316 2080 1-1/2 ES

Threaded reducer – reliable connection in high-pressure systems

This reducer, made of high-quality AISI 316 stainless steel, is a key element in power hydraulics systems and applications requiring ultra-high pressures. It is used to change the connection diameter, allowing the connection of elements with different thread sizes. This is particularly useful when modernizing installations or adapting existing components.

The reducer connects a GZ 1 inch external thread with a GW 1/2 inch internal thread, ensuring a tight and secure connection. The material strength and precision of workmanship guarantee reliable operation even in extreme conditions.

Parameters and application

The reducer design is intended for long-term operation in demanding industrial environments. The maximum working pressure is 700 bar (with a safety factor of 4), making it an ideal solution for hydraulic, pneumatic and UHP (Ultra High Pressure) applications. The reducer length is 40 mm, and its weight is minimal, making it easy to install and does not burden the structure.

• Hydraulic industry: ideal for building and modernizing hydraulic systems where precision and reliability of connections are required.
• Pneumatic systems: allows adaptation of existing components to new working conditions.
• UHP applications: performs well in ultra-high-pressure systems where resistance to extreme loads is crucial.
• Laboratories and research: used in tests and experiments requiring precise control of liquid or gas flow under high pressure.

Material and benefits

The use of AISI 316 stainless steel provides exceptional resistance to corrosion, the action of aggressive chemicals and high temperatures. This translates into a longer service life of the reducer and minimizes the risk of failure and downtime in system operation. Stainless steel is also a hygienic material, making this reducer suitable for use in the food and pharmaceutical industries. In addition, this material is characterized by high mechanical strength, which guarantees safety of use even under high loads.