Model: | - |
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Brand: | Shengchin |
Origin: | Made In China |
Category: | Construction & Decoration / Shaped Building Material |
Label: | EPS Shape Moulding M |
Price: |
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Min. Order: | 10 pc |
Last Online:01 Apr, 2016 |
High-efficiency EPS Shape Moulding Machine is one of the most representative and competitive advantages of our EPS Making Machines, With the world's most advanced production technology and equipments and a principle of "High quality, high efficiency", High-efficiency EPS Shape Moulding Machine will always be highly praised by domestic and foreign customers, our company commitment, we provide you with the High-efficiency EPS Shape Moulding Machine service is higher than the High-efficiency EPS Shape Moulding Machine itself.
High efficiency、Energy-saving machine
1.Unique machine structure:
a, High- strength frame: Further enhanced the back template and moving frame, adopt machine’s body and feet as a whole style, and make the template and machine feet integrated, greatly increased the template’s more stronger and stiffness.
b, The machine has being treated with a zinc spraying after the manufacturing works which improves longer service life.
c, Adopts opposite directions type tie bar for easily maintenance and wear resistance self-lubricating copper tube which solved original tie bar bushing ‘s problem and improved the lubrication effectiveness.
d, Adopt stainless steel plate for the support and back plate each contacting positions, which will reduce the wear and rust of the mold precision.
2, Hydraulic Pressure System: ( save 6S/cycle)
a, Compared to former design T and A type machine, our new E type machine hydraulic system achieves faster operation for250mm/speed from 180mm/second.
b, Hydraulic cylinders for the machine frame movement makes the safety locking of the mold during the steaming process and avoid the leakage of the steam.
c, Special hydraulic pressure design: the ejecting cylinder and de-mold cylinder can be running simultaneity, which realize the de-mold gas blowing and product ejection synchronization effectively, reduced running speed and improve de-mold capability,
3, Steam System
a, Fang-Yuan patented PID system made by DN50 actuator makes the sensitive steam pressure control between 0.10-0.15Mpa, +/-0.1Mpa tolerance bring us the result for heating time saving around 25%~30% as long as the energy consumption.
b, It controls the steam pressure by balance valve and pressure sensor instead of electronic connector pressure gauge. The mold pressure can be set by touched screen to make easy and accurate control.
4, Piping System
a, For the completely inlet and exit of water, air and steam, we use the big pipeline and valves which is very close to the mold, reduce the waste of energy consumption, while improving running speed.
5, Vacuum System
a, Adopting vertical vacuum system, with 4-6” large drain pipeline and long distant of condensation drainpipe, using vertical vacuum system on the top of the machine, equip with a big spraying system, which is spray the rising hot steam directly, greatly increased condensation rate. Thus, improve vacuum suction efficiency and achieve vacuum as main cooling instead of main water cooling (normally water cooling will be set only 8-12s). Enable the product of water percentage ≤10%, In addition, the spray header of the replacement and maintenance is very convenient.
6, Control System
a, All pressure adjustment are remote controlled by control box, such as cross steaming , Main steaming, Filling pressure, De-molding and air cooling pressure. It is easily operated. In addition, the hydraulic pressure can be also adjusted in touched screen according to different foaming area. The program also has many self-protection and alarm systems.
b, Adopting remote control system for all control pressure parts, electric parts, valves, gauges and hydraulic parts adopt famous international brands with high quality to keep stable and smooth running.
item | unit | SPZ100E | SPZ120E | SPZ140E | SPZ160E | SPZ175E | SPZ180E | SPZ200E |
mould dimension | mm | 1000×800 | 1200×1000 | 1400×1200 | 1600×1350 | 1750×1450 | 1800×1600 | 2040×1800 |
max product dimendion | mm | 800×600
×350 |
1000×800
×350 |
1200×1000
×350 |
1400×1100
×350 |
1550×1200
×350 |
1610×1400
×350 |
1850×1600
×350 |
stroke | mm | 220-1470 | 220-1470 | 220-1470 | 220-1470 | 220-1470 | 220-1470 | 220-1470 |
steam entry | mm | DN80 | DN80 | DN80 | DN100 | DN100 | DN100 | DN100 |
steam consumption | kg/kg | (8-10T) Steam of 1T material | ||||||
water entry | mm | DN50 | DN50 | DN65 | DN65 | DN65 | DN65 | DN80 |
cooling water consumption | kg/cycle | 40-120 | 45-140 | 50-150 | 55-180 | 60-190 | 80-200 | 90-210 |
compressed air entry | mm | DN25 | DN40 | DN40 | DN40 | DN40 | DN50 | DN50 |
compressed air consumption | m³/cycle | 1.2 | 1.5 | 1.8 | 2 | 2 | 2.2 | 2.5 |
vacuum pump capactity | m³/h | 165 | 165 | 230 | 280 | 280 | 280 | 280 |
connected load | Kw | 10.6 | 10.6 | 14.1 | 14.1 | 14.1 | 22.1 | 22.1 |
overall dimension | mm | 4800×1850
×2970 |
4800×2050
×3170 |
4970×2250
×3370 |
4970×2440
×3430 |
4970×2590
×3530 |
5100×2700
×3830 |
5100×2900
×4030 |
machine weight | kg | 4200 | 4800 | 5500 | 5800 | 6200 | 6500 | 7000 |
cycle time | s | 60-90 | 60-100 | 60-120 | 70-130 | 70-130 | 80-140 | 100-180 |