When much more force is needed than would be possible with pneumatic tools, hydraulic tools is the solution, which is why they are commonly used in heavy construction and industry. Hydraulic tools operate on pressurized oil. Unlike air, liquids are incompressible, and hydraulic tools can operate at much higher pressures and provide many times more force than comparable-sized pneumatic tools, with more precise control and no delay in movement.
Hydraulic systems also work more efficiently and the hydraulic pump can be positioned some distance from the tool without significant loss of power. Hydraulic tools are unaffected by cold and moisture, are generally quieter than pneumatic tools, and are extremely durable as they are self-lubricating. Our digital shelves are stocked with all the hydraulic products and equipment you need. We can provide you with tools for cutting, drilling, pressing, pulling and handling fasteners, as well as the necessary pumps, motors, hydraulic hose, valves and accessories.
Also known as linear hydraulic motors are mechanical actuators. Their goal is to convert the hydraulic energy of a pressurized fluid into usable mechanical energy. This mechanical energy can then be used to control the movements of the attachment and machine arms. All cylinder components consist of the cylinder, cover or base, head, piston, piston rod, seals and oil seals.
Hydraulic lifting systems are used to lift, lower, support and move heavy objects or work surfaces. platforms such as work surfaces. They are typically used in industrial plants and manufacturing, but they can also be used privately for accessibility purposes. There are many different types of hydraulic lifts. Examples include lift tables, scissor lifts, rope lifts, platform lifts, vehicle lifts, and pallet lifters.
Hydraulic motors convert hydraulic pressure into useful construction energy for use in wheel motor processing, mobile excavator cranes, agriculture, conveyor systems, dredging and many other industrial applications. Technically, because they convert pressure into rotational energy and torque, hydraulic motors are mechanical drives. They are also a rotary analogue of hydraulic cylinders. Broadly speaking, they serve in aerospace, agriculture, automotive, construction, forestry, manufacturing, marine, military, oil, energy, waste management and recycling.
Hydraulic presses are presses that work by applying hydraulic pressure, sometimes called fluid pressure, to an object. Because hydraulic presses can exert so much force, they are much more efficient than mechanical presses and pneumatic presses. They are very useful in areas such as crimping, forming, die-cutting, deep-drawing forging, stamping, and general metal working. In addition, they can be used to seal products and other consumables. In addition, they can be involved in the production of ceramics, household appliances, electrical parts, auto parts, aircraft, etc.
Hydraulic pumps convert the energy generated by pressurized fluids into usable mechanical energy. They are a key component of most hydraulic systems and are used in many industries. All hydraulic pumps consist of a reservoir, tubes or hoses, and a cylinder. The reservoir holds the immobile liquid. The tubes move this fluid to the cylinder, which is the main body of the pump. Inside the cylinder are two valves located at opposite ends of the cylinder and at least one piston or gear train. One valve is called inlet and the other is called outlet.
Hydraulic seals are an integral part of most hydraulic systems, especially their moving parts. Hydraulic seals usually made from a soft flexible elastomer that gives them exceptional water and air sealing capabilities, are annular in shape and are designed to eliminate or limit fluid leakage in a hydraulic or pneumatic system. Elastomers from which hydraulic seals can be made include, but are not limited to, polymers, plastics, rubber, (PTFE) Teflon and polyurethane.
Hydraulic valves are used to control flow and flow pressure in hydraulic systems. They provide safe, smooth and controlled fluid flow in these systems. In particular, they can control flow direction, flow rate, flow pressure and / or whether a liquid is flowing or not. They do this by opening, closing and partially blocking passages.
Valves are available in a wide variety of sizes and mounting styles, such as subplate mounting, pipeline mounting or flange mounting. You can also require that your valves meet ISO standards, although any good manufacturer will do this anyway. Find out more by contacting one or more of the superior hydraulic products manufacturers listed here.