Polyethylene material - Import export

Technical plastic : Polyethylene (Short : PE) Product name Polyethylene (PE or sub groups like PE-HD, PE-LD, PE-HMW, PE-UHMW, PE 300, PE 500, PE 1000 or RCH 1000 and many more) Delivery form Sheets, cuts, milled products, base profiles Specification Polyethylene - technical plastic Polyethylene ( Short: PE ) is a technical plastic that can be processed easil. It has a density of about 0,95g/cm³ and with that it's the second least weighing plastic of all technical plastics and just because of that it offers a very interesting price. The moisture absorbtion of PE is about 0,0 %. The material is really good against lyes and acids , has a self-lubricating effect and is easy to mill ( cut, milling, lathe, water jet cutting and welding ). Furthermore it is a great material for abrasive fraught parts in e.g. machine engineering ( PE UHMW ), as inlay for bulk containers or as a cutting boards in the food industry or households. We would like to advise you which kind of PE RG ist the...

Worm screws, gear wheels, slide rails and other technical mouldings are today made of engineering plastics such as POM (polyoxymethylene), PA (polyamide) or PE (polyethylene). These materials with different property profiles (negative high water absorption with PA, poorer wear behaviour with PE) are supplied as sheets or rods. The required moulded parts are then produced by mechanical processing (turning, milling etc.) in a more or less complex manner. Effective injection moulding is only worthwhile for large quantities together with small component sizes, otherwise the high tool costs cannot be amortized. secutexTechno is characterised by high hardness (70° Shore D) and rigidity over a wide temperature range. It retains its high toughness down to 30 °C, has a high abrasion resistance and a low coefficient of friction. The intrinsic colour is yellow, making it well suited for technical applications. Mechanical processing is simple and comparable with other hard plastics.

At OptiMel, you get everything from a single source to optimally use low pressure molding technology for high-quality electronics encapsulation. Thermoplastic hot melts are used as encapsulation material. Due to their range of properties, amorphous thermoplastic polyamide granules are predominantly used in low pressure molding. Thermoplastic polyolefins are also available for special applications, which are used whenever sufficient adhesion cannot be achieved with the preferred polyamides on the substrates used (e.g. cross-linked polyethylene). Due to different raw material combinations, the range of properties of these hot melt granules varies in terms of mechanical strength, operating temperatures and resistance to various media. The hot melt molding materials combine a viscosity spectrum that is favorable for the low-pressure process with a wide operating temperature range (-50 / + 150°C) and, in some cases, very good adhesive properties. Depending on the material