A hydraulic system is a set of equipment in which pressurized fluid is involved in the transmission of power, often in heavy machinery for the purposes of moving heavy parts. Read More…
Triumph designs, engineers, manufactures, repairs and overhauls a broad portfolio of aerostructures, aircraft components, accessories, subassemblies and systems. We have developed an exclusive line of Hydraulic Quick Disconnect Couplings, which are standard equipment with virtually every major commercial airline and airframe manufacturer in the free world.
Kent Rubber Supply has been a trusted supplier of industrial couplings and fittings since 1946. Offering all of the connections that you need for your industrial fitting, securement, accessories, and industrial coupling needs. Using our up-to-date assembly process, we can confidently supply all your coupling and fitting solutions.
When it comes to quick release couplings we are your experts! Since our establishment we have provided products and services to a global market. Our skilled engineers will work with you from design to delivery to ensure that you are receiving a product that will fit your exact specifications. To learn more about what we may be able to do for you; get in touch with us on the web or by telephone...
Nudraulix manufactures a full line of quick disconnect couplings, quick connect couplings and hydraulic couplings for air, water and steam from 1/8"-2" sizes. For over 40 years, we have been providing products to numerous industries such as shipping, machinery and fluid delivery systems, as well as oil and natural gas utilities. Contact us today and make us your number one source!
Established in 1985, we have been providing our customers with quick release couplings that provide a lasting value. Our products use the latest technology to ensure a product that will maximize productivity and efficiency for your company! There is no job too large or too small for us to handle! To learn more about how we may be able to benefit you; get in touch with our customer service...
More Hydraulic Quick Disconnect Manufacturers
In order for a hydraulic system to function, it must be equipped with hydraulic fluid transmission lines that can withstand the high levels of pressurization to which the fluids are subject. Some kinds of equipment involving hydraulic systems must be equipped with quick disconnect components to allow for easy connection and disconnection of hydraulic fluid transmission lines.
This can be for safety purposes or for other reasons relating to the system's operation. Such components involve special couplings that can be connected and disconnected, usually by hand, without disrupting the pressurization level of the transmission line or other equipment. Hydraulic quick disconnects can be essential to the safe and effective operation of hydraulic systems.
Hydraulic quick disconnects contain two mating parts: the male plug and the female coupling. There are several different quick disconnect configurations. One of the most common hydraulic quick disconnects is similar to quick disconnects used in pressure washers, pneumatic tools and many other utilities; they key to its operation is the sheathed female connector.
The sheath on the female connector is retractable, which allows for the movement of several bearings that are used to keep the male part in place when connected. There are many other quick disconnect fitting options. Some common designs include push-on, threaded and twist. Shut-off valves are built into the mechanism in order to prevent any hydraulic fluid from escaping while the connection is made or broken.
The majority of hydraulic quick disconnects are composed of metal materials such as brass, aluminum and stainless steel. However, plastic materials have become more common due to their resistance to corrosion. In addition to the wide selection of materials offered, hydraulic quick disconnects are available in a wide variety of sizes and pressure capacities. These devices enable tools or devices to be connected to the system without the loss of pressure.
