Legris Connectic

Low-Pressure Fluid & Gas Connection Solutions

Parker Legris is a globally recognized specialist in low-pressure connection technology, providing innovative solutions for compressed air, pneumatics, vacuum, industrial fluids, water and specialized fluid-handling applications.

With decades of experience in connector technology, Legris combines push-in fittings, tubing, function fittings, valves, quick couplings and accessories into a comprehensive fluid-distribution and machine-connection portfolio.

From the globally established LF 3000® pneumatic push-in fitting to stainless-steel, metal and specialized fluid-connection technologies, Parker Legris products are engineered around reliability, compactness, ease of installation and efficient fluid flow.

At MONILEK Oilfield, Parker Legris complements our extensive capabilities across Pneumatics, Fluid Connectors, Fluid Control and Engineered Systems, enabling us to support customers from plant compressed-air distribution through to the final connection at the machine.

Pneumatic Blocking Fittings
Blocking fittings, mounted in pairs on a cylinder, lock the piston by simultaneously cutting off the supply and exhaust when the pilot signal is removed.
Pneumatic Soft Start Fittings
These fittings protect your system by preventing sudden shocks. On start-up, they control the pressure increase in the downstream circuit; this helps prevent the risk of industrial accidents.
Pneumatic Non-Return Valves
Non-return valves allow compressed air to flow in one direction and prevent it from flowing in the other. Fitted upstream of the circuit to be protected, they provide total protection.
Pneumatic Adjustable Non-Return Valves in Nickel-Plated Brass
These nickel-plated brass adjustable non-return valves, suitable for harsh environments, allow compressed air to flow in one direction and prevent flow in the other.This product incorporates precise adjustment of opening pressure for greater flexibility.
Pneumatic Piloted Non-Return Valves
Piloted non-return valves are designed to protect installations. When the compressed air supply is removed, the non-return valves will lock the air supply to the cylinder. As a result, the cylinder will maintain its position.
Pneumatic Flow Control Regulators in Polymer or Nickel-Plated Brass
Parker Legris flow control regulators, available with polymer, nickel-plated brass, stainless steel, or aluminium bodies and featuring external or recessed adjustment screws, offer precise adjustment, consistent control, and compactness.
Pneumatic Metal Quick Exhaust Valves
This range of metal quick exhaust valves is offered in nickel-plated brass, aluminium and stainless steel.These valves, suitable for any environment, increase the return speed of the cylinder rod by allowing the exhaust to pass directly to atmosphere.
Pneumatic Pressure Regulators
Parker Legris pressure regulators stabilise at the maximum determined value of the pressure delivered to the pneumatic equipment at any given fluctuations of the pressure upstream.
Pneumatic Pressure Reducer
Parker Legris pressure regulators stabilise at the maximum determined value of the pressure delivered to the pneumatic equipment at any given fluctuations of the pressure upstream.
Pneumatic Snap Fittings
The snap fittings enable a circuit to be isolated without the need to vent the complete system. They are designed to facilitate repeated connections and disconnections in total safety.
Pneumatic Manually-Operated Valves
Manually-operated valves offer a reliable and durable system for opening and closing the circuit when the system has to be switched frequently. They provide a significant reduction in the time needed to work on pneumatic circuits.
Pneumatic Sensor Fittings
The parker pneumatic sensor fittings has a unique sensor that detects the pressure drop when a cylinder reaches the end of its stroke. They produce a pneumatic or electric output signal when the pressure drop below their back pressure threshold.
Pneumatic Silencers
Silencers are designed for installation on exhaust circuits to reduce the noise levels of equipment while operating, thus improving user comfort.