Compression Moulding Presses

These compression molding presses feature ability to mold large as well as intricate parts with low operation costs as compared to others. These energy efficient systems also provide excellent product consistency with no knit lines and are suitable for Ultra-large basic shape produced in size beyond capacity of extrusion techniques Moreover, these presses are also used to process host of materials. Some of the derived benefits of these compression moulding presses are

• Noiseless operations
• Power pack unit of these hydraulic compression moulding presses assembled with quality valves and other components, thus ensuring noiseless operations
• The presses are designed as per BIS guidelines with standard seals and bronze bushes with lubrication arrangement used in heavy duty cylinders
• These precision honed seamless tubes made of carbon steel are assembled with hard chrome plated piston rod
• Sealing elements conform to EN-9 standard and are imported from Korea & Japan
• Manifold block mounted valves that minimize piping and ensure no leakage. These also assist in easy replacement of parts and comfortable maintenance
• Superior PLC control where several functions can be controlled to desired specifics
• Controlled curing where in case the pressure drops below certain value during curing period, electric motor stops automatically, thus ensuring less strain to hydraulic system and ultimately saving electricity
• Immediate and smooth Mould opening right after curing period that ensure safety of moulded parts
• Rigid Frame made using ultrasonically tested plates of heavy thickness that provides desired rigidity and capability for frequent and fast operations
• Precision Grinded Platens that have superior accuracy and are grinded up to 0.01 to 0.02 mm parallel accuracy. Here, the platens have T-slots and tapped holes with provision of heating and cooling as per DIN standards
• These deliver precise machining of structural members is done for achieving parallel position between platen & bed and exact perpendicular position between moving platen and bed