Market Application

One stop shop market

Consumer Goods

Antien masterbatches, colors and additives are used in a variety of consumer goods applications such as oil cans and bottle closures, shampoo & detergent bottles, with complete range of thermoformed consumer products. Antien high performance and reliable products are the first choice in applications where consumers seek high level of consistency durability, convenience and concerns about freshness or deterioration of products

Flexible and Industrial Packaging

Antien has been offering all the segments of the packaging industry for more than 10 years in Vietnam and Worldwide. Flexible or rigid, blown or cast, lamination or extrusion. Our solutions for applications include, but are not limited to: PE, PP blown molding films, casting film, raffia, sheets, containers or boxes such as Soap & Shampoo Bottles, PET Bottles, Closures and Caps, Single beside some widen products as Multilayer Packaging, BOPP Packaging, Pallets, Automotive lubricant containers etc

Agriculture/Plasticulture, Infrastructure & Industrial Products

More than one decades have seen remarkable development of plastic use in Agriculture and Industrials. The result has been an increase in productivity and crop yield round the year. Our wide-ranging additives provide a series of purposeful benefits for agricultural based products and processes. Our specially tailored masterbatches, additives and compounds are used in: shopping films, Mulch films, Woven, Non-woven, Automotives, Industrial spare-parts and Agrotextile etc

Biodegradable and Compostable

In addition to recovering energy and recycling, industrial composting (organic restoration/ organic recycling), using biodegradable and composting products such as bio-bags, packaging for fresh food, or disposable tableware and cutlery, becomes a choice of life. Antien bio compound, bio masterbatch are made from bio materials that are completely biodegradable by microorganisms into water, CO2, organic humus in natural or industrial environments and are not harmful to the environment, school surrounding.



To fabricate sacks, industry utilizes a cycle known as Blown Film Extrusion. This interaction is utilized to produce trash containers as well as things, for example, fume obstruction, bread sacks, staple sacks, or any of thousands of various things that you would see bundled for resale.

This is a persistent interaction where the cylinder is extended with air over the pass on, and fell by the take-off or nip rollers, the volume of air inside the air pocket, the speed of the touch rollers and the extruders yield rate all assume a part in deciding the thickness and size of the film.The plastic is taken care of in pellet structure into the machine container (this machine is known as an Extruder), the plastic is passed on forward by a turning screw inside a warmed barrel and mellowed by both erosion and hotness. The relaxed plastic is then constrained upwards through a round kick the bucket in a state of an empty cylinder.

The cylinder or “web” of movie is then constantly moved up by take-off rollers, or the trap of movie might be taken care of straightforwardly into a sack machine in an in-line process. The cylinder is heat-fixed across its width to frame the lower part of the sack and cut across further up the cylinder to shape the opening.

Cast Film and Woven

The expulsion of Cast Films by the level bite the dust method is turning out to be increasingly more significant considering its prevalent exhibition: throughput of more than 1 ton each hour against a couple hundred kilogram’s each hour for the roundabout kick the bucket strategy, and better control of the dissemination of layer thickness the cross over way.

As on account of bi-arranged movies, the strategy of multi-facet co-expulsion takes into consideration 3, 5 or 7 layers inside complex designs.

The material temperature suggested for assembling is arranged somewhere in the range of 230 and 280°C when utilizing a level pass on and somewhere in the range of 180 and 210°C for a round bite the dust, with water-cooling of the cylindrical film ; higher temperatures should be stayed away from as they might cause debasement of the added substances.

Cast polypropylene films are utilized for the bundling of staples, materials, the creation of writing material, recreated calfskin products, just as for the assembling of complicated movies by cover or co-expulsion covering. Casting poly propylene is the first step in woven-fabric process.

Injection Moldings

Injection molding is an assembling procedure for making parts from thermoplastic material. Liquid plastic is infused at high tension into a form, which is the converse of the item’s shape. The shape is made by a shape creator (or toolmaker) from metal, normally either steel or aluminum, and accuracy machined to frame the provisions of the ideal part. Infusion shaping is broadly utilized for assembling an assortment of parts, from the littlest part to whole body boards of vehicles. Infusion Molding is the most widely recognized technique for creation, for certain ordinarily made things including bottle covers and outside furnishings.

The most generally utilized thermoplastic materials are polystyrene (minimal expense, coming up short on the strength and life span of different materials), ABS or acrylonitrile butadiene styrene (a co-polymer or combination of mixtures utilized for everything from toy parts to hardware lodgings), nylon (synthetically safe, heat safe, extreme and adaptable – utilized for brushes), polypropylene (intense and adaptable – utilized for compartments), polyethylene, and polyvinyl chloride or PVC (more normal in expulsions as utilized for pipes, window outlines, or as the protection on wiring where it is delivered adaptable by the consideration of a high extent of plasticiser).

Extrusion Moldings

The Extrusion blow molding process starts with the ordinary expulsion of a parison or cylinder, utilizing a pass on like that utilized for making plastic line. To make Plastic Bottles, industry utilizes an interaction known as Blow Molding. This interaction is utilized to fabricate empty plastic containers, for example, milk containers, cleanser bottles, fade bottles, or any of endless items you may see on store racks. The plastic is taken care of in pellet structure into the machines container, (this machine is known as a Blow Molder), the plastic is passed on forward by a screw inside a warmed barrel being mellowed by both rubbing and hotness. The mellowed plastic is then constrained downwards through a round bite the dust framing an empty plastic cylinder called a “parison”.

The parison is then cinched inside an empty form and expanded from with-in. The gaseous tension powers the parison to swell against the form surface, the plastic cools looking like the inside of the shape cavity. The shape then, at that point, opens and the plastic jug is shot out. The jug may they be passed on to managing, printing and filling stations.

Different cycles for Blow Molding incorporate Stretch Blow and Injection Blow.

Extrusion blow molding: Can be utilized to handle various plastics, including HDPE, PP, PET and LDPE.

Thermo forming

Thermoforming depicts the most common way of warming a thermoplastic sheet to its conditioning point, extending it over or into a solitary sided form, and holding it set up while it cools and cements into the ideal shape. The thermoplastic sheet is braced into a holding gadget and warmed by a broiler utilizing either convection or brilliant hotness until it is mellowed. The sheet is then held evenly over a shape and squeezed into or extended over the form utilizing vacuum pressure, pneumatic stress, or mechanical power. The mellowed sheet adjusts to the state of the form and is held set up until it cools. The overabundance material is then cut back and the framed part is delivered. Overabundance material can be reground, blended in with unused plastic, and transformed into thermoplastic sheets
Thermoforming is normally utilized for food bundling, has numerous applications from plastic toys to airplane windscreens to cafeteria plate. Slim check (under 0.060 inches) sheets are for the most part utilized for inflexible or expendable bundling, while thick-measure (more prominent than 0.120 inches) sheets are ordinarily utilized for corrective long-lasting surfaces on cars, shower nooks, and electronic hardware. An assortment of thermoplastic materials can be utilized in this interaction, including the accompanying:

  • Low Density Polyethylene (LDPE)
  • High Density Polyethylene (HDPE)
  • Polypropylene (PP)
  • Polystyrene (PS)
  • Polyvinyl Chloride (PVC)
  • Acrylic (PMMA)
  • Acrylonitrile Butadiene Styrene (ABS)
  • Cellulose Acetate

As referenced above, there are various strategies for driving the thermoplastic sheet to adjust to the form. These kinds of thermoforming incorporate the accompanying:

  • Vacuum forming– A vacuum is framed between the form pit and the thermoplastic sheet. The vacuum pressure (ordinarily 14 psi) powers the sheet to adjust to the form and structure the part shape.
  • Pressure forming – as well as using a vacuum under the sheet, pneumatic stress (ordinarily 50 psi, however up to 100 psi) is applied on the rear of the sheet to assist with compelling it onto the form. This extra power permits the framing of thicker sheets and making better subtleties, surfaces, undermines, and sharp corners.
  • Mechanical forming – The thermoplastic sheet is precisely constrained into or around the form by direct contact. Regularly, a center attachment will drive the sheet into the form cavity and power it into the ideal shape.


Non-woven textures are created by saving expelled, turned fibers onto a gathering belt in a uniform arbitrary way followed by holding and pressing the fibers. The fabric are isolated during the web laying process via air jets or electrostatic charges. The gathering surface is generally punctured to forestall the air stream from diverting and conveying the filaments in an uncontrolled way. Non-woven items are utilized in cover backing, geotextiles, and expendable clinical/cleanliness items. Since the texture creation is joined with fiber creation, the interaction is for the most part more prudent than when utilizing staple fiber to make non-woven textures.