HDPE polyethylene, polyethylene of low pressure, PND, polyethylene

It is applied to production of films from 7 to 100 microns thick. So-called synthetic paper is one of types of such films. This film possesses all properties of paper, but at the same time it is waterproof. It is well painted and on it it is possible to print. The film has transparent color and through it it is good to look through the packed freight.
There is an air and vesiculate film which has two layers: smooth and with bubbly deepenings. It has excellent depreciation and thermoinsulating properties.
The combined polyethylene films are used for products which are sensitive to impact of oxygen on them. Such films received more mass application for production of packing of industrial goods.
By means of a hose polyethylene film packages which serve for packing of products in cardboard boxes are made and cook. They possess property of folding. In a film package the drain valve which is carrying out selection of liquid products is built in, in process of selection the package contracts, without allowing inside air and by that, increasing period of storage.
the olimer of HDPE found the broad application of blown bottles, barrels and canisters which serve for transportation and storage of various chemicals. One of versions HDPE is high-molecular polymer which is applied to production of a container suitable for transportation of dangerous freights.
Boxes for bottles and trash bins remain the most popular products in the sphere of packing from HDPE. HDPE polymer is also applied to production of bottles for shampoos, cosmetics, cleaners etc. This polyethylene is very good for production of foam materials which surface protects the packed production from damages. This material is easily painted in various color and can be used for packing of electronic devices and details as penopolietilen it is made with additives of antistatic materials. Along with the combined films and plates shaped packings from a penopolietilen are applied. Foamy films are also suitable for packing of foodstuff. Resistance of a penopolietilen to thermal influence considerably increases at formation of a polymeric grid peroxides or high-energy radiation.
Mesh sleeves of various diameter are also made of this polyethylene. Thanks to a special method of extrusion knots and places of welding at such sleeves just are absent. Sleeves can be taken up in a roll therefore it is possible to apply automatic systems to packing of production. Such mesh packings are applied to vegetables and fruit, and also to some industrial products.