Triniflex cPP films are available in a thickness range of 12 – 19 µm. The unique thickness of this material ensures excellent performance while retaining very good mechanical and optical properties. It can be used successfully for bagging, perforation and packaging of fresh vegetables.
Non-oriented multi-layer polyester cPET film is an innovative material obtained by extrusion using amorphous polyethylene terephthalate. As the first, and so far the only one in Poland we offer PET cast films in such low thickness. The cPET film we produce is characterized by excellent technical parameters, with very good optics of the material. The raw material from which the cPET film is made is resistant to weak acids, base solutions, oils and fats, so that the film can be used as a mono package that is a component of, for example, food packaging trays. The chemical structure of the cPET film generates a suitable surface tension of the film, and therefore it can be printed on using both offset and flexo prints.
Triniflex cPET film is a sealable material and the seal temperature is only 110 ° C. This film differs from the commercially available BOPET film in that biaxially oriented film achieves sealing properties only by coating it with a weldable layer. cPET Triniflex does not require such processes, and strong seals can be obtained at lower temperatures. In addition, the amorphous structure of the cPET film allows for thermoforming of the material, which makes it possible to use the film in the production of blisters or trays. An additional advantage of this film is its shape memory and swivel properties, which makes it suitable for packaging candies.
Triniflex cast PET film is widely used worldwide for printing, welding, laminating, gluing, thermoforming, both as a mono material and as a layer of advanced laminate. This film is available in many variants of application, transparent and colored. Range of thicknesses 40 – 200µm.
The 100% compostable Triniflex cPLA film is produced using environmentally friendly processes. The combination of biodegradable properties with the possibility of printing, shape memory and scratch resistance make the Triniflex® cPLA film an excellent alternative to other plastic films. This modern material can be successfully used in the production of bags, disposable sachets, packaging for food products with a short shelf-life as well as packaging of dry, frozen or oil-containing food.
cPLA film is characterized by good barrier properties both in relation to substances included in the aromas, as well as solvent molecules or oils. Shape memory and torsional properties allow the use of a polylactide film for packaging sweets and confection products. Bending durability and torsional properties of this material are comparable to those of cellulose films and about 20% better compared to other thermoplastics. Like our other products, this material is also suitable for welding, laminating and thermoforming. Thickness range 40 – 150 µm.
Chemical Works “Nitro-Chem” S.A. is a company with many years of manufacturing experience. For over 70 years we have been operating in the explosive industry and our high production potential, diverse technical and logistic backgrounds as well as a creative team of specialists are the main assets of our company.
“Nitro-Chem” Plastic Film Division, was established in 2011, in the process of the diversification of the companys production activities. With the support of EU grants from the Innovative Economy – Operational Program, the cutting edge production line of the German company Reifenhauser, dedicated to the production of non-oriented CAST films has been purchased. Since the beginning of our activity, we have been building and developing TRINIFLEX brand investing in the most up-to-date solutions, taking care of the highest quality of our products and meeting the expectations of our customers.
We offer a wide selection of polypropylene, polyester and polylactide films intended for packaging not only in the food industry, but in all segments of the market where plastic films are used.