Three layer and Five layer Dairy and Milk Packaging

3-layer Pripack Film for Packaging Dairy Products

General Purpose 3 layer and Shrink Films

Our products can successfully compete with similar products in the market because we hold Health Department Permit for our products and we use premium materials and high-tech development process. For example, in most cases reducing the thickness to 10-15% (improving quantity and measure of packaging per kilogram) even increases the efficiency and tolerance.

Form Fill Seal FFS Bags

With three Reifenhauser 3-layer film production lines for FFS bags and with production capacity of 8000 tons FFS films per year, we are honored to be recognized as the largest unit of its kind in Iran.

Adhesive Backed Protective Films

Self adhesive Protection Films

These films are ideal for protection of sensitive surfaces. These protective films are easy to use, sunray resistant, highly resistant to temperature changes, and can be removed easily and clearly.

five layer thermoforming films

The 5-layer films made of EVOH or polyamide help avoid spoilage by keeping oxygen and odors out, while keeping the flavor, aroma and atmosphere inside where they belong. This protects the value and quality of foods and prolongs shelf life without artificial additives.

Corona treatment

Corona treatment (sometimes referred to as air plasma) is a surface modification technique that uses a low temperature corona discharge plasma to impart changes in the properties of a surface. The corona plasma is generated by the application of high voltage to an electrode that has a sharp tip. The plasma forms at the tip. A linear array of electrodes is often used to create a curtain of corona plasma. Materials such as plastics, BOPP films, Polyethylene films,   cloth, or paper may be passed through the corona plasma curtain in order to change the surface energy of the material. Corona treatment is a widely used surface treatment method in the plastic film, extrusion, and converting industries.

What you need to know about cellophane

Cellophane, a thin film of regenerated cellulose, usually transparent, employed primarily as a packaging material. For many years after World War I, cellophane was the only flexible, transparent plastic film available for use in such common items as food wrap and adhesive tape. Since the 1960s it has steadily given ground to films made from synthetic polymers such as polyethylene, polyvinylidene chloride, and polyethylene terephthalate. Our printed Cello BOPP film gift wrap is food safe grade.

CPP Films

.CPP Films

CPP films are transparent cast polypropylene films designed to offer high performance, great appearance and easy converting for flexible packaging and other applications.

Heliogravure printing

Heliogravure or photogravure, is one of the most sophisticated photo-mechanical processes, and an intaglio printmaking process (other methods are offset, rotogravure and photo etching). Images are printed by making printing plates, then transferring the image onto paper.

Packaging Nylon for coal

Packaging Nylon for coal For weighing, feeding and bagging coal, Premier Tech offers weigher control systems; automatic open-mouth bagging machines, manual weighing and bagging systems, bulk bag filling systems, robot palletiser, compact palletiser, gantry (portal) robot palletiser,

Difference between cellophane and polyproplene

If you"ve been looking around at Cello Bags you"ll notice that the majority of Cello Bags for Greeting Cards on the market today are made from Polypropylene (BOPP) material, ours included!

Difference between opp and cpp

We stock a huge range of cello bags, also known as PP and CPP bags. Cello bags or cellophane bags are made from a film substrate know as polypropylene. Polypropylene comes in two main forms which are OPP, (Orientated Polyprop and CPP Cast Polyprop).

Rotogravure printing process

The modern day rotogravure printing press uses a printing cylinder which has been laser engraved with minute cells capable of retaining ink, the size and pattern of which reflect the required image. These cells are forced to transfer their ink directly onto the substrate by a combination of pressure and capillary action, so producing the printed image.

PET