H. K. Industries

Kirti Nagar, Delhi

Available in basic as well as grooved feed barrel, Specifi c design of screw and barrel ensure the high production capacity, Accurate temperature control system ensures materials melting performance, Uniform throughout and melt temperature, Sturdy construction wears resistance, Helical gear box with inbuilt thrust bearing, RPM controlling by AC Drive, PlC controlled touch screen equipped electric panel optional

Screw Dia (mm) : 65 (30:1), 75 (30:1), 90 (30:1) Sheet Width (mm) : up to 750, up to 1200 Sheet Thickness(mm) : 0.20 to 1.5, 0.20 to 6 Output Kghr : 110-175 , 150-200 Connected Load (KW) : 50, 62, 67

The Hikon Granulatorgrinder is built tough and suited to the most demanding applications.The heavy duty fabricated steel rotor and cutting chamber are capable of withstanding high shock loads.Bearings, knifemounts and the rotor have been over engineered and balanced to ensure a long service life.The well thought out design of the machines allows fast, safe access for cleaning and maintenance.Hikon GranulatorGrinder is also provided with dust collector to obtain dust free flakes.Different types of rotor (V-tech, Staggered for particular applications)BLADES MADE UP OF D-2 MATERIAL WHICH ARE PRECISELY TEMPERED TO WITHSTAND HEAVY LOAD AND ENSURE LONG LIFE Technical Specifications

A vented or two-stage screw is essentially two screws on the same shaft. The first works as a conventional screw by feeding, melting, and conveying the polymer forward. The second screw does the same, except it is melt-fed by the first screw. The first screw operates with no head pressure, while the second has to overcome any head pressure from the die and other downstream components. In order to keep the vent section of the screw from filling and developing vent flow, the second screw must have more output capacity than the first screw. Proper venting with no leakage or vent flow does not depend solely on the design of the screw. The barrel vent opening has to be fitted with a contoured plug called a diverter. The diverter deflects polymer away from the opening or else it will quickly become filled with melt. Its design is more of an art than a science but there are many variations that work, all using the same principles, Design of the vent section of the screw can be optimized for removing volatiles in applications such as devolatilizing printed films and resins that are highly hygroscopic. Another approach is to make a three-stage screw with two vent sections, thereby doubling the devolatilizing area. Also, vacuum pumps can be applied to the vent to remove residual volatiles with low vapor pressure.

We offer Automatic mould height adjustment ensure the time and cost saving during the mould changing. The energy saving hydraulics are made of high-quality components. They allow much greater forces to be transferred and enable very uniform and precision movements of the machine. The Mould platens have been designed using FINITE ELEMENT ANALYSIS for optimum rigidity.

5 - point double toggle systemMechanical and electrical safety devicesLow pressure mould protectionMulti-stage control of pressure, speed and position of mold opencloseFast mould clamping with differential deviceRobust casting construction with strengthened tie bar for maximum service life and best molding resultsAutomatic mould height adjustmentVariable mode of ejector movementAutomatic central lubrication

Dia of Screw (mm) : 45100, 51105, 65132, 80156 Screw Rotation Speed (rpm) : 1-37, 1-32, 1-34.7, 1-36.9, 1-32.9Effective Length of Screw (mm) : 985, 1070, 1440, 1800 Power of Main Engine (KW) : 15, 18.5, 37

Available in basic as well as grooved feed barrel, Specifi c design of screw and barrel ensure the high production capacity, Accurate temperature control system ensures materials melting performance, Uniform throughout and melt temperature, Sturdy construction wears resistance, PlC controlled touch screen equipped electric panel optional, Helical gear box with inbuilt thrust bearing.