Series LKJ High-pressure Type Hydraulic Quick Couplings

Part No.: Series LKJ

Description: Series LKJ High-pressure Type Hydraulic Quick Couplings

Materials:

Coupling:Steel(chromium plating)

Nippie: Hardened steel (Nickel-plating)

Rated Pressure: 70Mpa

Temperture Range: (NBR)-20℃~+80℃

Features:

High pressure coupling

Interchangeable with similar models

Reduced spillage

Maximal security due to a positive locking mechanism

Series LKJ High-Pressure Type Hydraulic Quick Couplings Introduction

These couplings are engineered to provide secure, rapid, and reliable connections for a seamless transfer of fluids under extreme pressure conditions.

The Series LKJ couplings are constructed from high-quality materials that are chosen for their superior strength and durability. This ensures that the couplings can withstand the rigors of high-pressure applications, maintaining a tight seal and preventing leaks even under the most challenging conditions.

The quick-connect design of the Series LKJ couplings allows for effortless attachment and detachment, significantly reducing setup time and the risk of fluid spillage. This feature makes them ideal for use in high-pressure hydraulic systems where rapid and secure connections are crucial.

Moreover, the Series LKJ couplings are compatible with a range of hose and pipe sizes, enabling them to be used in various high-pressure hydraulic applications. This flexibility makes them a versatile choice for a wide range of industrial and commercial applications.

Safety is paramount in the design of the Series LKJ couplings. Their robust construction and secure sealing mechanisms ensure that fluids are transferred safely and efficiently, minimizing the risk of accidents or damage to equipment.

In summary, the Series LKJ High-Pressure Type Hydraulic Quick Couplings offer a robust, efficient, and safe solution for high-pressure fluid transfer. Their high-quality construction, quick-connect design, and compatibility with various hose and pipe sizes make them a valuable addition to any high-pressure hydraulic system.