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Technical Specification
MODEL | HIKON DS 65 | HIKON DS 75 | HIKON DS 85 | HIKON DS 100 | HIKON DS 120 | HIKON DS 130 | HIKON DS 150 | HIKON DS 170 |
OUTPUT KG/HR | 75-100 | 125-150 | 150-190 | 200-250 | 250-300 | 300-500 | 500-600 | 800-1000 |
PELLETIZING SYSTEM | DFC/STRAND PELLETIZER | DFC/STRAND PELLETIZER | DFC/STRAND PELLETIZER | DFC/STRAND PELLETIZER | DFC/STRAND PELLETIZER | DFC/STRAND PELLETIZER | DFC/STRAND PELLETIZER | DIE FACE CUTTER |
Plastic pollution has become a hot topic in India. The country’s manufacturing and disposal of plastic waste have increased in recent years. Fortunately, a new Plastic Recycling Machine in India has been introduced to help reduce plastic pollution. This technology has made our lives simpler that helped us to recycle plastic waste by transforming it into usable materials.
This blog article will examine how this Plastic Recycling Machine in India has helped the nation fight against plastic pollution and how you can recycle your plastic garbage using it.
Hikon is the largest Plastic Granulator Machine Manufacturer in India for plastic waste. Millions of tonnes of plastic are generated every day, mainly in India. Plastic waste has become an inaccurate menace to the environment and human health. Our waterways are getting polluted, landfills are overflowing, and flora and fauna are harmed by plastic waste. The Central Pollution Control Board of India has tagged the issue as a ‘major environmental threat’ owing to the severity of the problem.
Waste Plastic Washing Plant in India is aimed to reduce the amount of plastic waste in India while also helping in reassuring the environmental harm caused by plastic pollution. By using this Waste Plastic Washing Plant in India, the nation could reduce its dependency on plastic waste and upliftment towards a more sustainable future.
The Plastic Recycling Double Stage Recycling in India is an innovative method that aids in reducing plastic waste and improving material recycling rates. This machine breaks down plastic garbage from numerous sources, including domestic and industrial waste, into little bits. The plastic is then separated into several classes by the device based on quality and kind.
To begin, shred the plastic into little pieces. This shredding machine is a specialized instrument for shredding polymers into smaller bits. After the details have been sliced, they are separated by plastic grade so that higher-quality plastic may be recycled more readily. This Plastic Scrap Granulator have a large selection of machinery available, including the Plastic waste automated washing plant in India and the Plastic waste automatic washing drying plant in India. These devices are also good for the environment.
The fragments will next be ground into a powder. This is accomplished using a Plastic Scrap Grinder in India designed to grind plastics into tiny powder. After the powder is formed, it is transferred to a separator, which helps to separate the plastic into its various grades. The separated components are then sent into another machine, which melts them down and turns them into pellets.
Finally, the pellets are ready for manufacturing new items such as packaging materials and plastic bottles. This innovative machine has contributed to reducing the quantity of plastic trash in landfills and making it easier for businesses and people to recycle their plastic garbage.
Using a Plastic Recycling Double Stage Recycling in India substantially assists the environment and society. It reduces the amount of plastic rubbish that ends up in landfills or contaminates our seas, promotes and reduces carbon emissions, and develops ecologically valuable items. Using a plastic waste recycling machine in India has several advantages. One is that it reduces the quantity of plastic discharged into the environment.
With Plastic Waste Automatic Washing Plant in India to recycle plastic rubbish, India can create jobs. Because specialized labour is required to change discarded plastic into new things, opportunities for people motivated to learn and expand their expertise in this industry abound. Because recycling items requires less energy than creating new products from scratch can also help minimize energy use.
Finally, we can develop more sustainable products by hiring a. Many businesses increasingly Manufacturers of plastic granulator machines use recycled materials to make their products, which is far better for the environment than tossing discarded plastics. You can contact us to get such a machine since we are one of India’s leading Plastic Granulator Machine Manufacturer. This means that these items will last longer and use fewer resources to manufacture, lowering our carbon footprint and helping to safeguard the environment for future generations.
1. Plastic waste Recycling Extruder Effective Series |
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Vented Recycling Plant |
Hikon Vented Technology |
Vented or two-stage screws are applied when volatiles must be removed in order to make a satisfactory product. |
How does a vented screw function? First, it reduces the melt pressure to atmospheric, so there is no tendency for the polymer to be pumped out the vent opening. That is accomplished by increasing the channel volume so that the output of the extruder only partially fills the flights under the vent. |
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. |
HIKON PLASTIC REPROCESSING / RECYCLE MACHINE EFFECTIVE SERIES |
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Model | Hikon RPTS 90 | Hikon RPTS 100 | Hikon RPTS 110 | Hikon RPTS 120 | Hikon RPTS 130 | Hikon RPTS 150 |
Screw Dia (mm) | 90 | 100 | 110 | 120 | 130 | 150 |
Screw Barrel Design | Vented (30:1) | Vented (30:1) | Vented (30:1) | Vented (30:1) | Vented (30:1) | Vented (30:1) |
Output (kg/hr) | 100-150 | 150-175 | 175-200 | 200-250 | 300-350 | 450-500 |
Main Drive (KW) | 18 | 22 | 30 | 45 | 55 | 75 |
Connected Load (KW) | 40 | 50 | 61 | 92 | 122 | 174 |
Space Required | 30’x7’x10′ | 34’x7’x10 | 35’x7’x10′ | 36’x7’x10 | 37”x8’x12′ | 40’x8’x13′ |
Sailent Features :- |
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2. PLASTIC RECYCLING / REPROCESSING PLANT DOUBLE STAGE SERIES |
HIKON MOTHER BABY / DOUBLE STAGE / PLASTIC RECYCLING / REPROCESSING PLANT DOUBLE STAGE SERIES |
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Model | Hikon DS 90/90 | Hikon DS 100/90 | Hikon DS 120/110 | Hikon DS 130/120 | Hikon DS 150/140 |
Screw Dia (mm) | 90/90 | 100/90 | 120/110 | 130/120 | 150/140 |
Output (kg/hr) | 100-125 | 150-175 | 200-250 | 300-350 | 450-500 |
Main Drive (KW) | 18/7.5 | 22/7.5 | 45/15 | 55/22 | 75/22 |
Connected Load (KW) | 60 | 74 | 127 | 176 | 244 |
Space Required | 36’x7’x12’ | 38’x7’x11’ | 41’x8’x13’ | 44’x8’x14’ | 50’x10’x16’ |
Sailent Features :- |
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3.Plastic Rec ycling /Reprocessing Plant COMPACTOR SERIES |
Hikon Plastic Rec ycling /Reprocessing Plant COMPACTOR SERIES |
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Model | Hikon C 100 | Hikon C 120 | Hikon C 150 |
Screw Dia (mm) | 100 | 120 | 150 |
Output (kg/hr) | 150-175 | 200-250 | 450-500 |
Main Drive (KW) | 37 | 55 | 88 |
Connected Load (KW) | 111 | 181 | 343 |
Space Required | 25’x15’x10’ | 30’x15’x12’ | 35’x17’x14’ |
Sailent Features :- |
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4. Plastic Recycling / Reprocessing Plant ACE SERIES for extreme higher output |
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HIKON Plastic Rec ycling / Reprocessing Plant ACE SERIES | |||||
Model | Hikon ACE 90 | Hikon ACE 100 | Hikon ACE 120 | Hikon ACE 130 | Hikon ACE 150 |
Screw Dia (mm) | 90 | 100 | 120 | 130 | 150 |
Screw Barrel Design | Vented 33:1/ 35:1 | Vented 33:1/ 35:1 | Vented 33:1/ 35:1 | Vented 33:1/ 35:1 | Vented 33:1/ 35:1 |
Output (kg/hr) | 150-200 | 200-250 | 300-350 | 400-500 | 500-650 |
Main Drive (KW) | 30 | 45 | 55 | 75 | 90 |
Connected Load (KW) | 57 | 80 | 116 | 155 | 207 |
Space Required | 32’x7’x10’ | 34’x7’x10’ | 37’x7’x12’ | 40’x8’x12’ | 45’x8’x13’ |
Sailent Features :- |
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5. HIKON DIE FACE CUTTER PELLETIZER TYPE FOR PE / PP / PS / PC |
HIKON DIE FACE CUTTER PELLETIZER TYPE FOR PE / PP / PS / PC |
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