Represents a wide variety of papers with chrome coating of different quality.

It in turn is:

• Double-side coated paper - The paper is chrome-plated , used to reproduce high-quality images and contrast printing. Contains chemical stabilizers that make it resistant to aging.
• Wood-free paper - Suitable for high quality printing for high contrast images
• Wood pulp paper - Suitable for printing images with a glossy finish and a high degree of whiteness
• Spacial paper
• Self-adhesive paper
• Calendered paper without wood pulp - Has good printability with all conventional printing systems
• Low gloss coated paper - Suitable for multicolor printing, requiring a high degree of contrast and detail
• Chemical paper - Paper with a special coating, which under mechanical pressure, creates more than one copy, without the use of indigo
• Card - Refers to groups of papers that have a greater thickness and mass. They have a multilayer structure that further increases the thickness and hardness of the cardboard. Structurally, the cardboard has several layers - cover layer, top layer, inner layer and back
• Kraft paper - Represents different types of paper that contain at least 90% cellulose sulfate. They are mainly used for the production of wrapping paper, packaging bags and packaging with a special coating. They are characterized by durability and strength
• Semi-stretch paper - Has high strength and high degree of stretch
• Structured paper
• Extruded paper - Used in the production and marketing process to make food packaging. The paper has a polyethylene coating, which gives resistance to external influences and provides optimal conditions for the packaged product for a longer time
• Specialized types of kraft paper – waterproof, oil resistant, corrosion resistant and paper for flowers
• Micro Corrugated cardboard - Unlike thick cardboard with the same specific weight per unit area micro corrugated cardboard has significantly better stability and greater resistance to puncture
• Mukava - This is a product obtained from recycled pulp of different thickness (0.83 - 3.2 mm). Due to the fact that no bleaching is applied in the production process, the color of the cardboard is gray
• Parchment paper - Cellulose-based paper used for baking as a non-stick disposable surface. Also known as baking paper

This type of material is a thermoplastic polymer of ethylene and is the most common plastic. As of 2017, over 100 million tons of polyethylene are produced annually, which represents 34% of the global plastics market. It is mainly used for foil production, disposable bags, tubes and detergents packaging , pipes, bottles for sauces (ketchup, mayonnaise, etc). Polyethylene is produced from ethylene, which is extracted mainly from oil and natural gas, even though it can be obtained from renewable resources. If it is not recycled, the large scale usage of polyethylene makes it difficult for the waste management. Polyethylene does not biodegrade easily, and its combustion can lead to the release of harmful gaseous emissions.

Polyethylene products are one of the most recycled polymers, which can be divided into several main derivative groups:

• LDPE - Low density polyethylene.
• LLDPE - Linear Low Density Polyethylene.
• HDPE - High density polyethylene.
• MDPE - Medium density polyethylene.

This type of material is a thermoplastic polymer that has a wide range of applications. It is produced by chain polymerization of monomeric propylene. Polypropylene has high chemical resistance with characteristics similar to those of polyethylene, but is slightly harder and more resistant to heat. It is the second most produced plastic in the world (after Polyethylene) and is often used for packaging production. In 2013, the world market for Polypropylene amounted to about 55 million tons.
Polypropylene is very resistant to work with and it is widely used with production of goods which needs to meet the strength requirements. Products created from it include crates, chairs, tables, buckets, pipes, food containers, certain types of bottles, waste bins, etc. It is commonly used in the form of biaxially oriented polypropylene (BOPP). Its fibers are used to create a wide range of items, including transparent bags, ropes (sisal), carpets, rugs and mats for home use, and more.

This type of material is a polymer of vinyl chloride and is the third most produced type of plastic after Polyethylene and Polypropylene, with an annual production of about 40 million tons worldwide.
Polyvinyl chloride is usually mixed with various plasticizers, stabilizers, fillers, pigments and others, having extremely high chemical indicators of flexibility, strength, resistance to weather conditions, etc.
It is mainly used for the production of hard industrial materials (constructions, joinery, pipes, blinds), for soft products (flooring, artificial leather, gramophone records), as well as for electrical insulation products. The mechanical properties of rigid PVC are very good, and at the same time it is chemically resistant to acids, salts, bases, fats and alcohols, which makes it resistant to corrosion.
Nearly half of the world's annual production of PVC is used for the manufacture of pipes for municipal and industrial applications. Today PVC has almost completely replaced the use of cast iron, commonly used in the past.
In medicine, PVC is used for disposable storage vessels and tubes: blood or urine containers, catheters, cardiopulmonary bypass devices, hemodialysis kits and others. In Europe, the use of PVC for medical devices is about 85,000 tons per year. Almost one third of medical plastic products are made of PVC.

This type of material, also known as Polystyrene, is a polymer made from the monomer styrene, a liquid hydrocarbon produced industrially from petroleum. At room temperature Polystyrene is a rigid thermoplastic with an amorphous structure, but it melts at a higher temperature and hardens again. Pure hard PS is a colorless flexible plastic with low flexibility, which can be cast into molds with fine details. It is inexpensive and is used for the production of children's constructors, plastic cutlery suitable for coloring in different colors. Sheet-produced polystyrene can be molded into inexpensive cups, plates, boxes, and other disposable items, especially when strength, durability, and heat resistance are less important. A thin layer of clear polystyrene is often used in infrared spectroscopy. Products made from PS are clothes hangers, stirrers for hot drinks, spools for winding wire, disposable packaging, etc.
The most common use of Polystyrene is as expanded polystyrene (EPS) - better known as Styrofoam with a fundamental application in construction as a thermal insulation product.

This type of material is well known for its high durability and strength, which makes it one of the most widely used technical plastics. It is used mainly in the automotive industry - for dies, bushings, hoses, gears, rollers, etc., and in the textile industry - carpets, sportswear, etc. Polyamides can be produced by extrusion or monomer casting, the most commonly used are PA6, РА6G, PA6+ MоS2, PA66 and PA66+GF.
Their main characteristics are high mechanical strength, temperature resistance, hardness, impact and wear resistance. Moreover the polymer has excellent characteristics, which makes it very specifically usable in the engineering industry.

This type of material is widely used and belongs to the group of thermoplastic polymers. Polycarbonate is a durable polymer with high resistance of external influences, it is a relatively lightweight and fireproof type of plastic that is easy to work with. Due to its good insulation and energy efficiency, it is a preferred product in construction, in the automotive industry, in electronics and others. It is used for optical glasses production, flat or curved glazing, electronic components, CDs, gallons, storage packaging, security components, as well as various parts in the car and aircraft industry.

This type of material is a simple, easy to process thermoplastic polymer. The most important mechanical properties of ABS are resistance, strength and excellent electrical insulation performance. Common techniques for ABS processing include turning, drilling, milling, sawing and cutting. ABS can be chemically attached to itself and other similar plastics, which distinguishes it from most other plastics. The light weight and ability of ABS to be die-cast and extruded make it useful in the production of products such as waste drainage systems, musical instruments (dictaphones, plastic piano keys, etc.), golf balls, components for car upholstery, car bumpers, bars, medical blood devices, electronic assemblies, headgear, shower systems parts, sanitary ware, buffer edges for furniture, luggage and protective bags, small kitchen appliances, toys and Lego games blocks, etc.

This type of material is an organic polymer consisting of sulfides bounded aromatic rings. Synthetic fibers and textiles derived from this polymer withstand chemical and thermal attack. PPS is used in the filter fabrics for coal boilers, paper felts, electrical insulation, film capacitors, special membranes, hoses, seals and packaging. Polyphenylene sulfide is an engineering plastic, often used today as a highly efficient thermoplastic. PPS can be molded, extruded or machined. In its pure solid form, it may have a white to light complexion. An easy way to identify the metal compound is by the metallic sound it emits on impact. PPS exhibits a number of specific properties such as: resistance to heat, acids, bases, bleaching, aging and abrasion. It is used in the automotive, aircraft and a number of other high-tech engineering industries.

This type of material is an engineering plastic part of the polyamide family, but with improved characteristics of chemical resistance, strength and hardness at high temperature, abrasion resistance, dimensional stability and low ability to absorb liquids and moisture. PPA can be modified with reinforcing agents such as glass fibers, hardeners and stabilizers. Different chemical compositions have been introduced for its modification. For example, resins are able to bind directly to elastomers and produce plastic-rubber composites. Polyphthalamide resins are injection molded in parts that are used in a wide variety of applications. In the automotive industry, they include fuel and cooling connections, rings and bushings, engine cab parts, connectors, fuel shut-off valves, coolant pumps, thermostat housings and LED headlights.
Other applications for PPA-based resins include gas pipes and pipelines for the oil industry (due to their ability to withstand high pressure), medical applications such as catheter tubes, personal hygiene toothbrushes, and hair brushes. PPAs are also used in sports equipment, shower valve housings, bushings and bearing pads in aircraft engines.

This type of material, also known as acrylic glass or plexiglass, is a transparent thermoplastic, often used in the form of a sheet - as a light or breakable alternative to glass.
PMMA is an alternative to Polycarbonates when strength, flexural strength and transparency are more important than impact resistance, chemical resistance and heat resistance.
Because it is transparent and durable, PMMA is a versatile material and is used in a wide range of areas and applications. It produces car reflectors and rear lights, spectacle lenses, window panels, light plates, monitor screens, protective equipment, aquariums, etc. Due to its characteristics, the polymer is used in medicine (contact lenses, implants, etc.), dentistry (dentures, artificial teeth, etc.) and in the cosmetics industry.

This type of material, also known as acetal, polyacetal and polyformaldehyde, is a thermoplastic used mainly in the production of parts that require specific chemical and physical attention to the parameters of the products.
POM is characterized by high strength, hardness, high wear resistance and density and the two most common processing methods are extrusion and molding. Polyoxymethylene is widely used in automotive and consumer electronics for the manufacture of gears, ball bearings, fasteners, locking systems, spectacle frames, connectors and more. In addition, it is used in products for the food industry, medical industry, textile industry and others.

This type of material is a thermoplastic polymer that is used as an insulator in the electrical and electronics industries. PBT is solvent resistant, shrinks very little during molding, it is mechanically strong, heat resistant and can be treated with flame retardants to make it non-flammable. PBT is closely related to other thermoplastic polyesters. Compared to PET (Polyethylene Terephthalate), PBT has slightly lower strength and hardness, slightly better impact resistance and slightly lower glass transition temperature. Polybutylene terephthalate is used in electrical engineering, but also in the automotive industry as plug connectors and in the households, for example in showers or irons. It is also processed into toothbrushes fibres, false eyelashes and is used in the keyboards of some high-end computer keyboards, as the texture is highly resistant to wear and discoloration. PBT can also be made into yarn - similar to Lycra used for production of sportswear and equipment.

This type of material is a polymer composed of organic units joined by carbamate bonds. Most polyurethanes are thermosetting polymers that do not melt when heated. Polyurethanes are used in the production of high-resistance foam seats, rigid foam insulation panels, microcellular foam seals, durable elastomeric wheels and tires (for trains, escalators, shopping carts, elevators, skateboard wheels, etc.), bushings for car suspension, polymer mixtures for flower pots, high-performance adhesives, surface coatings, synthetic fibers, carpet mats, hard plastic parts (eg for electronic tools), condoms and hoses. In 2007, the global consumption of polyurethane raw materials was over 12 million metric tons, the regular annual growth rate is about 5%. Revenues generated by PUR in the global market are expected to grow to approximately $ 75 billion by 2022.

This type of material is a highly elastic polymer obtained from the sap of special plants or artificially synthesized. Rubber can be both natural and synthetic, and due to their similar properties they are successfully mixed for the purposes of various tire industries.

• Natural rubber is found in the sap of the Brazilian hevea tree (Hevea brasiliensis), as well as in about 500 other tropical plants. When incisions are made in the stem, these plants secrete a milky sap called latex, which contains about 40% natural rubber (its chemical name is polyisoprene). The rubber is separated from the latex by coagulation with acetic or formic acid. The product is then washed, rolled and dried. Raw natural rubber at room temperature is soft and elastic, with wonderful properties, but at temperatures below 15 ° C it becomes hard, and brittle if it is further cooled. When heated above 40 ° C it becomes soft, plastic and sticky, but the material loses its elasticity. It can be dissolvable in many organic solvents. In practice, the valuable characteristics of the natural rubber are manifested only at temperatures close to room temperature. The process is also known as vulcanization! During vulcanization, the rubber pre-mixed with a certain amount of sulfur is heated for several minutes to 130 - 180 ° C. After vulcanization, natural rubber becomes constantly elastic in a very wide temperature range, allowing it to be used widely. It is used in the production of car tires, footwear, insulation materials, belts, conveyor belts, seals, adhesives and more.
• Synthetic rubber is a polymer (butadiene, butadiene styrene, chloroprene, polyurethane, silicone, etc.). In order to reach the growing need for rubber, artificial polymers have been synthesized from petroleum products that have similar characteristics to natural rubber. Synthetic rubbers can be mixed with natural rubber which will result in mixtures with different and varied properties. After vulcanization with sulfur, they acquire the same properties as vulcanized natural rubber. Some types of synthetic rubber are more durable than natural rubber. To improve its properties other ingredients are added in its production, including: accelerators and activators of vulcanization, retarders, softeners, antioxidants, fillers and colorants.