6mm cross fitting for low pressure pneumatic hoses for forklifts

Cross fitting for 6 mm diameter pipes, ideal for distributing low-pressure pneumatic and hydraulic lines on forklifts and industrial systems. It allows you to quickly and safely connect four pipes, ensuring a stable and leak-free connection in control and service lines.

Thanks to its compact design and high-performance plastic body, it is suitable for circuits where there are vibrations and continuous movements, typical of daily warehouse use.

Main features

• Cross configuration (X-shape) with 4 connections for tube with external Ø 6 mm (max internal Ø 4 mm).

• Compatible with low pressure pneumatic and hydraulic systems , ideal for control lines and small actuators.

• High-performance plastic material , lightweight but resistant, with good durability even in industrial environments.

• Low weight : approx. 0.002 kg, ideal for on-board machine systems where lightness is a plus.

• Compact design for complex systems :

  • Total length (L1): 38 mm

  • Total width (W1): 38 mm

  • Total height (H1): 12 mm

  • Maximum external diameter (D4): 12 mm

• Quick and easy assembly : sleeve connection without additional brackets, nuts or rings.

• No rotating or filtering elements, for minimal maintenance and linear fluid flow.

Benefits for your business

This cross fitting allows you to better organize the pneumatic lines on your forklift and technical systems, reducing clutter and potential leaks. Quick assembly and a lightweight design help reduce installation and maintenance times, helping to limit downtime and keep the system tidy and easily inspected.

Compatibility and assembly notes

• Please check that the outer diameter of the pipes is 6mm before purchasing.

• Ideal for low pressure circuits on forklifts and industrial systems.

• Does not include brackets, nuts or rings: if you need to fix it to the frame or structure of the trolley, provide the necessary accessories.

• It is advisable to compare the layout of the existing system to choose the optimal position of the cross connection and facilitate any future interventions.