Engineering plastics are a bunch of plastics that are used most ordinarily in industries because of their enhanced mechanical and thermal properties. They are used mainly in situ of thermoplastic materials instead of thermosetting ones because of the fact that they will be remolded into the specific shape and size whether or not after cooling and settling down. In accordance, to the suitable convention and standards, the definition of engineering plastics (McQuiston, 1980) are: (1) the family of nylon; (2) polycarbonate; (3) polyphenylene oxide; (4) acetal; (5) engineering grade of ABS; (6) polysulphone; and (7) polyphenylene sulphide. Engineering plastics become the fabric of choice for various applications because of their good mechanical, chemical properties, strength, rigidity, self-lubrication, and fire safety. Certain groups of engineering plastics which include polycarbonates and polyamides are useful in industries due to their high resistance to impact and abrasion respectively.
Engineering Plastics,Multi-Functional Engineering Plastics,Thermoforming Plastics,Degradable Plastics Sunrise Group Corporation , https://www.sunriseindust.com
We will depend on your different cup samples to design and make the different moulds, then the end products will be much better.
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Product Description
This AL. Mould is our Cover Forming Machine's mould.
Model
HQ-60
HQ-200
General Stroke
100mm
100mm
Working Stroke
5mm
5mm
Supercharge Ratio
1:22
1:72
Air Consumption
0.0095m3/(min)
0.054m3/min
Power Consumption
100w/hr
100w/hr
Max. Mould Size(mm)
510×670
700×1300
Air Pressure
0.6-1.0Mpa
0.6-1.0Mpa
Power
220v 50Hz
220v 50Hz
Speed Force(kgf)
824-1374
1752-2920
Returning Force(kgf)
1580-2638
4500-7540
Punch Force(T)
38.4-66
128-220
Weight(kg)
2000
6000
Dimension(mm)
1220×1200×2050
3420×1500×2100
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Engineering Plastics
October 01, 2022