Compression elbow PN 6 bar, d.110 x 4 (female)

The pass-through compression outlet is an important component in hydraulic and pneumatic systems, designed to direct and control the flow of fluids in the system. It is designed to allow fluid passage at a 90-degree angle, with an inlet diameter of 4 inches and an outlet diameter of 110 mm, highlighting its adaptability for a variety of industrial applications.

Key Features:

Type: Compression elbow with passage.
Inlet diameter: 4 inches.
Outlet diameter: 110 mm.
Pressure: 6 bar.
Internal thread.
Material: Polyethylene.
One of the important aspects of this bend is the operating pressure of 6 bar, which highlights its strength and resistance to high pressures. This characteristic allows it to be used in a variety of industrial applications, from complex hydraulic systems to pneumatic equipment.

The material from which the outlet is made, polyethylene, has excellent thermal and electrical insulating properties, as well as resistance to corrosion and various chemicals. This aspect is key for applications where operating environments may be aggressive or extreme operating conditions are required.

The inlet and outlet diameters ensure optimal compatibility with other hydraulic or pneumatic system components. Precise dimensions facilitate easy and efficient installation, minimizing pressure loss and ensuring smooth fluid flow.

Internal thread is an important design feature that facilitates accurate connection of the outlet to other elements of the system. This technical point increases the safety and reliability of the unit, eliminating the risk of leaks or imbalances in the flow of liquid or gas.

In conclusion, the Pass-through Compression Bend is an important and versatile component in hydraulic and pneumatic systems, providing the ideal combination of performance, durability and ease of use. Manufactured from polyethylene and designed to withstand operating pressures up to 6 bar, this bend is distinguished by its adaptability to a variety of industrial applications and is the ideal choice for optimizing the performance and efficiency of your system.