Having experience of more than 28 years in this domain, we have been affianced in manufacturing, exporting and supplying a wide assortment of Oil Injection Equipment. This equipment is manufactured under the vigilance of skilled professionals using top quality components and pioneering techniques. Ideal to be used in tractors, railways and various industrial machineries, this equipment is highly acclaimed among customers. Furthermore, we offer this Oil Fuel Injection Equipment at rock bottom rates within stipulated time frame.
The force demanded to descent bearing congregations normally is between 200 to 500 kg/cm2 scope; as well as for torque-transfer joints varies between 800 to 1800 kg/cm2 scope. It is just in excellent instances that a forced demanded is 2500 kg/cm2.
Our company has intended a new range of oil injection equipment to work of around 300 kg/cm2 providing satisfactory pressure for every typical dismounting uses.
Field of Use:
Our System possesses an assortment of uses; from tiny parts to very bigger ones with taper or barrel shaped seats. It is broadly utilized for dismounting and mounting parts with obstruction fits that are transmitting extensive fluctuating loads, for example, gears, crankshafts, bearings, flywheels and couplings. Several favorable points of our Oil Injection System in chose territories of usage are shown below:
Mounting and Dismounting:
Our system is the sole best technique of dismounting and mounting shrunk fit parts effortlessly and without any distortion. The dismounting and mounting pressure is minimized or nearly removes, by deploying the method of oil injection.
Enhanced Torque Transmission Features:
It is conceivable to transmit fluctuating and elevated torques by methods for parts having impedance fit. This disposes of the utilization of splines or key-ways and therefore, does not confine its torque transmitting qualities to the key shear component. Ordinarily it is conceivable to decrease the pole distance across to transmit a similar torque. No splines or key-ways are to be processed, hence additionally sparing machining costs.