Connecting flange Fi-80 sys.Inf.UNI EN 1092- 4 PN16, 90013 80

Flange for pneumatic and vacuum systems

This 80 mm diameter flange, manufactured according to UNI EN 1092-4 PN16 standard, provides a reliable and durable solution for connecting components in pneumatic, vacuum installations, and for neutral gases such as nitrogen or argon. Designed for performance and safety, it is a key element in building efficient systems.

Construction and materials

The flange combines the strength of aluminum and the resistance of nickel-plated brass. This combination of materials guarantees not only resistance to working pressure in the range of -0.99 to 16 bar, but also resistance to corrosion and long-term use. The use of aluminum in the pipe construction provides lightness, and the nickel-plated brass fittings – tightness and durability of connections. Additionally, the absence of plastic connections and silicone content make this flange ideal for applications requiring high medium purity.

Applications and benefits

• Versatility: Compatible with Infinity systems, it allows for flexible creation of pneumatic and vacuum installations.
• Strength: Working pressure up to 16 bar ensures safe operation even in demanding conditions.
• Resistance: Construction materials guarantee resistance to corrosion and mechanical damage.
• Medium purity: The absence of silicone content makes the flange suitable for applications requiring high medium purity (e.g. in the food or pharmaceutical industry).
• Durability: Metal construction without plastic elements ensures long life and reliable connection.
• Wide temperature range: The ability to operate at temperatures from -20°C to +80°C allows for use in various industrial environments.

This flange finds application in a wide range of industries – from industrial automation, through machine and equipment construction, to pneumatic installations in production plants. It is an essential element for installers looking for reliable and durable solutions and for end-users who value safety and system efficiency.