170 articles
Knowledge
Guides to materials, machining and industries – from the Martan Group's shops, now in one place.
GuidesPVDFHigh-performance plastics for indoor useHow high-performance plastics shape the interior of buildings and facilities. Fields of application, advantages, testing methods and future trends.
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.
GuidesPA 6How are engineering plastics made? A look at productionWhat are engineering plastics? More about properties, types such as PA and POM, production, processing and industrial applications.- 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.
- GuidesPOM-CInjection moulding processes for engineering plastics: from idea to productLearn how the injection moulding process works with engineering plastics – from the idea to the finished component. An overview of advantages, materials, process steps and applications.
- 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.- ProcessingAcrylglas (PMMA)Laser polishing of PMMA and PC: optimum parameters and measured variablesDiscover the essential parameters and measured variables for the laser polishing of PMMA and PC, including edge Ra, haze and temperature profiles.
- ProcessingPCLaser processing of transparent plastics: using CO2 and fibre lasers correctlyPractical guide to laser processing of transparent plastics: CO2 and fibre lasers compared, optimising edge quality, defining process windows, material recommendations and applications.
- GuidesPCLaying multiwall sheets: instructions, spacing and fasteningLaying multiwall sheets made easy: instructions with tips on spacing, fixing and slope. Find out now what matters for professional installation!
- IndustriesPOM-CLifts & escalatorsHigh-quality plastics for lifts & escalators – abrasion-resistant, low-noise & fire-safe. Tailored solutions for maximum efficiency!
GuidesPEEKLightweight high-performance plastics for military applicationsLightweight plastics reduce weight, increase robustness and meet extreme requirements in military engineering. Overview of key materials and typical applications.- MaterialsPCLow-scratch viewing windows in continuous operation: coatings comparedLearn how hard, anti-fog and ESD coatings optimise the durability and performance of viewing windows in industrial use.
- GuidesPCMaterial selection for machine viewing windows: criteria, decision tree and practical examplesPractical guide to material selection for machine viewing windows: optics, safety, temperature, chemistry, standards. Comparison of PC, PMMA, PSU/PESU/PPSU, PEI, PCTG, PMP. Incl. decision tree and practical examples.
- GuidesPOM-CMaterial selection for plastic components: What engineers need to knowFind out what matters when selecting plastic for components – from mechanical requirements to standards.
IndustriesPE 1000Mechanical engineeringPlastic parts for mechanical engineering to drawing. Milled and turned parts, guides, rollers, bushes and wear parts made from POM, PA, PE, PTFE, PEEK and silicone.- GuidesPA 6Mechanical load capacity of engineering plasticsHow mechanically resilient are engineering plastics? Learn which materials are suitable for tensile, compressive and impact loads and what influences the selection.
- GuidesPCMounting multiwall sheets: instructions, fastening & tipsMounting and securing multiwall sheets correctly. Guide for twin-wall sheets, aluminium profiles, screws, aluminium tape and typical installation errors.
- GuidesPCMultiwall sheet or twin-wall sheet? Differences explained simplyMultiwall sheet or twin-wall sheet? Learn about the differences in construction, material, application area and technical properties. Read the comprehensive comparison now!