High density polyethylene is used for wrappings (boxes, milk and juice bottles, stoppers, cups and industrial containers), commodities (trash, ice boxes, bowls, food boxes, toys), car pieces (tanks), fiber/textile monofilaments (ropes, fishing nets, sports nets, agricultural nets, tapes, ribbons, industrial and decorative belts), in civil and industrial buildings (pipes and fittings, big rooms for pipe inspection), and also isolation(cables and conductors, medical machines)
It can be used for producing tampon-type elements for phones, toys, for producing transparent wrappings, isolator parts for electro-technical industry, photo industry parts, products dedicated to shoe industry, chemical industry, but also constructions (pipes, fittings, transporting tapes and windows; gas tanks, soles, different types of installations parts, electrical components for corrosive environments, blood bags, synthetic skin products, parts for the pumps working in corrosive environments, pick-up discs).
The low density polyethylene can be used for wrappings (pharmaceutical bottles, covers, lids and sealed lockers, bags, storage bags, food wrap), commodities (cups, bowls, storage recipients, flexible toys), agriculture (wraps), pipes and fittings (water pipe and hose), in electro-technical industry (wires, cables, isolators for semiconductors and cable wraps), car industry (gaskets, bonding elements) and cosmetic products.
It is used in extrusion (rotomoulding or injection for wrapping food and frozen products), in floor heating systems, stretch foils, or producing tubes for cosmetic or pharmaceutical use.
It has global use (toys, phones, protection helmets, other commodities), auto (interior panels, pillars, chair decorations, grid, instruments panel, rear-view mirrors), electronics parts (cases for kitchen devices, vacuum cleaners, control panels for several devices), and in extrusion (plates, washing-cabins, tractor covers, furniture parts, fridge interiors, luggage).
PP and SBR 1502
It presents a high resistance to abrasion and it is used for tires along with CN (soles for footwear, conveyor belts, safety gloves, cable insulation), but also in constructions, as a binder replacing PAcV, showing durability and greater flexibility, reduced contraction and moisture resistance.
It is often used in the paint and varnish industry as a coloring agent for plastics, printing inks, and paper. It is also used in the rubber industry, for obtaining high purity graphite and is a valuable ingredient for the manufacture of automobile tires. It also provides electrical and thermal conductivity of polymer composites.
It is used for packaging drinks, oils, peanut butters, for producing various bottles, fibers, wraps, and also in medicine or shipbuilding.
The PET reinforced with fiberglass has mechanical advantages and a heat resistance up to 200 degrees Celsius. It is a good insulator that is used with success for medium and low voltage, which is little affected by ambient humidity conditions.
Tanks and pipelines – for internal coatings like special tanks and process vessels, providing resistance to high operating temperatures and extreme pressure, and can be used successfully in the energy industry. For locations in which highly flammable substances are stored, to prevent hazardous explosive reactions which might take place in the presence of oxygen.
Biocorrosion – offer a high resistance to biogas plants and storage tanks for oil and hydrocarbons.
Durable protection – for fermentation tanks, cleaning tanks, and components of biogas plants.
Food industry – more exactly, for food processing and drinking water plants. The materials are certified for use as the inner layer of drinking water and sewage tanks, even at operating temperatures of 85 °C. The coating systems can be applied in absolute safety: drinking water filter vessels (internal and external coating) drinking water tanks (internal and external coating), water towers (inner coating), pool filters (inner coating), processing facilities.
Maritime constructions – provide reliable protection for a long time. They can be applied to the water tanks, ballast tanks, cisterns, basins, tanks, tubes, and filters.
Chemical industry – they have an excellent resistance to aggressive chemicals, operating under extreme temperatures.
Concrete application – can be applied directly on the clean and sandblasted concrete, without requiring the prior use of o a primer.
Flooring systems – they have a very good resistance to thermal and chemical stress, and also to extreme mechanical loads, are easy to clean, meeting the highest hygienic requirements.