106 articles
Knowledge
Guides to materials, machining and industries – from the Martan Group's shops, now in one place.
IndustriesPPEngineering plastics in the automotive industry: innovations and advancesRead in our extensive article what role engineering plastics play in the automotive industry.
IndustriesPA 6Engineering plastics in the food industry | Food-safe materialsEngineering plastics are also needed in the food industry. Find out here exactly what they are important for.
ProcessingPOM-CExpress cutsExpress cut-to-size plastic sheets to measure.
IndustriesPVC hartFDA-approved plastics for the food industrySuitable plastics for food and what FDA approval means – requirements, benefits & applications for maximum safety.
GuidesGummiFelt sheetsFelt sheets for industry | cut to size- IndustriesPVC hartFilms for industryPVC and PP films for industrial applications. Reliable quality, project-specific designs, technical advice instead of off-the-shelf products.
- GuidesPPFire protection for plasticsHow plastics react to fire, which fire protection test methods are important and which standards apply. Explained for industry & construction.
GuidesAluminiumFlame-retardant additives in engineering plasticsHow flame-retardant additives work in engineering plastics, which mechanisms contribute to fire protection and where their limits lie.- IndustriesPE 1000Food industryPlastic parts for the food industry to drawing. Guides, slide sheets, rollers and components made from PE, POM-C, PTFE, PEEK and silicone.
IndustriesPE 300 (PE-HD)Food-safe plastics compared – FDA approval and EU 10/2011Which plastics are food-safe? Find out how FDA approval and EU 10/2011 apply – with a comparison of PE, PP, POM, PTFE & PEEK for food contact.- IndustriesPPFood-safe plastics: certificates, requirements, applicationsFood-safe plastics: Find out all about legal requirements, certificates, suitable materials and areas of application for safe food contact.
- ProcessingPPGluing plastic: bonding plastics correctlyLearn everything important about bonding plastics and how you can achieve optimal results.
- MaterialsPPHeat deflection resistance: What does it mean for material selection?Find out what heat deflection temperature means for plastics, how it is measured and why it is crucial for material selection in engineering, automotive and medical technology.
- GuidesPPHigh-performance plastics: when standard plastics reach their limitsHigh-performance plastics such as PEEK, PTFE or PI stand out for their extreme resistance to temperature, chemicals and wear. Find out where they are used and when their use is worthwhile.
- GuidesPPHow are engineering plastics made? The path from monomer to semi-finished productHow are engineering plastics made? Learn step by step how monomers are turned into high-quality semi-finished products for industrial applications through polymerisation, compounding and shaping.
- GuidesPPHow engineering plastics prove their worth in water technologyWhy plastics are indispensable in water technology. Discover materials, advantages and application examples.
- MaterialsPA 6How resistant are plastics to chemicals?How resistant are plastics to chemicals? Overview of PTFE, PEEK, PVDF, PE-HD & co. with a table on acids, alkalis, solvents & temperature.
- ProcessingPOM-CIdentifying plastic defects: surface defects, warping and causes in processingTypical mistakes when processing engineering plastics such as POM, PA or PEEK cost time and quality. Learn how to professionally optimise material selection, storage, machining and bonding.
MaterialsPCInfluence of crystallinity on the material properties of plasticsWhat does crystallinity mean? How the degree of crystallinity, cooling & post-crystallisation influence properties & processing.- GuidesPA 6Injection moulding processModern injection moulding process for precise plastic components in series production. High quality, efficient production & custom solutions.
- IndustriesPPIntroduction to engineering plasticsThis blog article explains the meaning and definition of industrial plastics and also the difference between thermoplastics and thermosets.
- IndustriesPOM-CLaboratory and medical technologyPlastic parts for laboratory and medical technology to drawing. Precision milled and turned parts made from POM-C, PEEK, PTFE and other engineering plastics.
- ProcessingAcrylglas (PMMA)Laser cuttingCO2 laser processingLaser cutting and CO2 laser processing of acrylic glass
ProcessingABSLaser marking of plastics – what matters?Laser marking of plastic explained: suitable plastics, laser types, laser labelling and the difference from laser engraving.