TECHNICAL PARAMETER of EK13-12P
Number of work station: 24 stations
Raw material: PVC.TPR
Screw length diameter ratio: 150-220 L/D
Screw diameter: 65 Mm
Max.injetion volume: 785 Cm3
Max.injetion pressure: 550 Kg/cm2
Mould clamping fore: 70 Tons
Mould space(L*W*H): 600*300*260 mm
Motor: 18.5 Kw/Hp
Auto thermo controller: 4 Sections
Heating bands power: 9.64 Kw
Tatal electric consumption: 30.36 Kw
Machine dimension(L.W.H): 4.5*3.53*2.1 M
Weigh(Approximate): 6.8 Tons
1.This series are specialized in the manufacture of various kinds of single color soles,slippers sandals,boots.
2.This unit is suitable for all kinds of thermoplastic raw materials,foaming or non-foaming,such asPVC,TRPetc.
3.Conformed to human engineering in design,it features operational compatibility.
4.Thewell interconnected oil circuit by electric control can reduce waitingtime.quicken production rate,and promote productivity.
5.The devised C-shape structure that strengthens cooling system suits particularly the need for reinforced cooling effect.
6.It could be equipped with air blowing system can produce light weight ,soft with gloss surface and high value products.
7.Number of various stations may be optionally chosen for small quantity but greater in variety ,or mass production
Feature:
1 most of mechanical movements, covering ranges from injection, feeding,disc-rotating to mould-clamping, could be inputted into PLC, which ensures moreaccuracy for mechanical movements.
2 equipped with digital-type proportional controller so as to controlmould-clamping pressure, injection pressure and feeding pressure.
3 unique mechanical structure, which allows to place big mould in size; at thesame time, the machine is fitted with mould cooling device which is easy tooperate, producing product more perfectly.
4 with the help of blowing system, the machine can have product lightweight,soft and own a polished looking in surface. Besides, the weight can be 20%-30%lower than traditional production way.
5 recycled material can be mixed together to produce products, quality of whichcan be comparable with new product made of purely new material.
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