Compression adapter PN 6 bar, d. 63 x 1.1/4 (female)

The adapter is a key element in the setup and operation of industrial systems, designed to provide compatibility and efficiency in various applications. With a diameter of 63mm (1.1/4"), this adapter provides a reliable and versatile solution for connectivity needs in a wide range of industrial environments.

Important Features:

Adapter Type: Adaptability is a key aspect when selecting industrial components. This adapter is designed to fit a variety of system configurations and requirements, providing flexibility and versatility.

Diameter: With a diameter of 63 mm (1.1/4 inches), this adapter fits perfectly into standard systems, providing a reliable and stable connection during industrial operations.

Pressure (bar): A value of 6 bar indicates the ability of the adapter to manage pressure under optimal conditions, contributing to the performance and efficiency of the system in which it is installed.

Internal Thread: The internal thread part is essential to ensure a reliable and tight connection between components, reducing the risk of leaks and pressure loss.

Advantages and Applications:

Reliability: Made from high quality materials, this adapter offers reliability and durability under heavy use and demanding industrial environments.

Efficiency: Fits perfectly into your existing system, this adapter helps streamline workflow and increase operational efficiency.

Versatility: Its ability to adapt to different requirements and applications makes it ideal for a variety of industries and processes, including presses, water systems and more.

Safety: By providing a reliable and sealed connection, this adapter helps prevent incidents and protect equipment and personnel during industrial operations.

The 63mm diameter adapter is a reliable and efficient solution for connectivity needs in a wide range of industrial applications. With features and benefits that meet today's industrial requirements, this adapter is an excellent choice for optimizing processes and improving the performance of industrial systems.