Plastic Dana Making Machine Manufacturer Ocean Extrusions Pvt Ltd
Ocean Extrusions Private Limited is manufacturer and exporter of Plastic Extrusions Machinery Since 2006
This is a Plastic Reprocess Plant or Plastic Granules Making Machine
This plastic reprocess Plant is used to process PET and polyethylene plastic waste to recover the scraps and byproducts at the end of plastic fabrication
PET reprocess plant and PE reprocess plant are the two extrusion machineries with plastic extruder are widely used in plastic extrusion process
Reducing plastic wastes by recycling process is a great help to save environment
There are list of re process plant than can be chosen from and P P or H D P E reprocess machine is one among the best choices
P P or H D P E reprocess plant can be fed with plastic and raffia wastes and this plastic reprocess machinery stays a cost effective solution that can be applied to make quality ropes, molded components and yarns
This equipment is compatible to accept ingredients including B O P P waste H D P E wastes and polypropylene residues as well
The Machine Production Capacity is 100 Kilograms to 200 Kilograms with Different types of Models
Plastic Bag Making Machine, Blown Film Extrusion Lines with the best combination of technology and performance. These low investment, power efficient, high – speed plants can give processors the competitive edge and quick return on their investment.
Plastic Bag Making Machine has a great demand in global market for its wide range of packaging products that can be produced from it. Plastic Bag Making Machine is an economical solution to create moderate barrier films for shopping bags, crop covers, carry bags used in textile sector, etc. It consumers low power and when it comes to return on investment, packaging industry can made good and fast profit. Similarly, Plastic Bag Making Machine materials can also be produced from this single plant.
Cast films produced on chill roll lines have become an indispensable product in the packaging industry. They provide versatile and high-quality options for safe and economic packaging of products.
To manufacture multi-ply packaging materials of 15 to 150 microns thickness, such as Stretch films, Cling films, Barrier films, Masking films, CPP films and Blister films.
The Extrusion Cast Sheet Line process is gaining increased popularity and enjoying sustained growth worldwide. New lines are being installed in a significant number and the market segments penetrated by this technology are on the rise. This article identifies the main components of a cast extrusion line and presents the fundamental aspects that require consideration when approaching cast film technology.
Cast films are used for food and textiles packaging, flower wrapping, as photo album page protectors, as coating substrates in extrusion coating processes or laminated to other materials in the formation of more complex films, among others. Typically, the cast film process involves the use of coextrusion, which is a simultaneous extrusion of two or more materials from a single die to form a multi-layered film. This is because in many cases the final application of the plastic film demands a performance that cannot be achieved if the film is composed of only one material. For example, in many instances food packaging applications require the use of films with oxygen barrier capabilities. To meet the requirement a high oxygen barrier material like EVOH is combined with polyolefin materials in a multi-layered structure. Coextruded films typically contain up to seven layers; however, the use of more layers is becoming more common. The number of layers, their position in the coextrudate and their individual thickness are all variables that change depending on the particular application of the film.
Benefits/Limitations of Cast Film Extrusion Machine
Unlike the blown film process, the cooling of the film with cast extrusion is highly efficient. This allows for higher production line speeds resulting in higher production rates with superior optical properties of the product. The degree of draw and orientation is significantly lower in the cast film process than in the blown film process. This is the reason why the thickness distribution
in the machine cross direction is more uniform with cast processes (with variations that could be as low as ± 1.5%)
In cast extrusion the edges of the film are trimmed due to dimensional irregularities and/or poor layer distribution. As a result, the process can be negatively affected if the trimmed material cannot be recycled. Recent flat die system technology has minimized this problem by significantly reducing the amount of wasted material in coextrusion processes. This subject will be covered to some extent in a subsequent section The table below shows the specifications of these coextruded films. In the structures, EVOH is used to provide the oxygen barrier, the presence of PP as a skin layer facilitates the thermoformability of the film, and the PE used as a skin layer acts as a heat-sealing material. Combining PVdC with EVOH is an effective way to address the potential loss of oxygen barrier capabilities experienced by the EVOH when exposed to moisture like in the case of meat packaging. Nylon material is used in combination with EVOH to provide added barrier when the film is to be thermoformed and the rigidity of the EVOH limits the thickness of the EVOH layer.
Two Layer ABA Die Blown Film Making Machine with the best combination of technology and performance.
These low investment, power efficient, high – speed plants can give processors the competitive edge and quick return on their investment. Two layer ABA Die Film Making Machine has a great demand in global market for its wide range of packaging products that can be produced from it.
Two layer ABA Die Film Making Machine is an economical solution to create moderate barrier films for shopping bags, crop covers, carry bags used in textile sector, etc.
It consumers low power and when it comes to return on investment, packaging industry can made good and fast profit. Similarly, two layer blown film line materials can also be
produced from this single plant.
Applications of Film Making Machine: Film for Shopping Bags
Film for Liners Stretch
Film Biodegradable Film
Ocean has developed “T” die string (sutli) plants/suitable for PP synthetic jute. Due to ‘T’ die system, machine gives high production of sutli. Cheese winder is provided in different width of coil as per the requirement of coil width of 40mm, 50mm, 600mm,100mm, 150mm and 200mm. You can choose from screw die of 40mm, 50m, 60mm, 75mm. The principal application of plastic string (sutli) is for loose packaging, teeing the corrugated boxes, small packaging, teeing of bags as a substitute of jute sutli and twisted rope making
With Synthetic string plant bulk production of plastic string can be done. Plastic string is applied for exterior loose packaging. Sutli machine or synthetic string machine is a reliable choice of machine that can produce twisted plastic strings and synthetic string lines which are then applied in the place of conventional jute strings. Synthetic string lines produced from sutli plant are much stronger than other conventional materials. This equipment is a cost effective option for making large quantity of strings and line materials.
Screw Size (Mm)
Screw Size L/d
Feed Section Type
Die Width (Mm)
No. Of Station Winder
Max Production Capacity
Total Connected Load
Polymer To Be Processed
Dimensions Of Plant (Feet)
T W II luvl
Features of Plastic Sutli Making Machine:
Optimum product costing due to high productivity with less power consumption.
Nitrides screw and barrel made out from special nitro alloy steel for long life and trouble free operations.
Helical gear box with inbuilt thrust bearing.
Manual lever type screen changer.
Uniquely designed ‘T’ die ensuring uniform flow distribution.
Cheese winders with different size winding options like 2.5″, 4″, 6″, 8″ etc.