2154 results found
    1. SELENIS AKOLYT - PETG

      SELENIS AKOLYT - PETG

      Akolyt™ copolyesters have been specifically developed for the extrusion of technical films for a variety of applications, including but not limited to, credit cards, loyalty cards, chip cards, business cards, 2D and 3D furniture lamination films and graphic arts. Akolyt™ KB 311 Elongation of films produced with Akolyt™ KB 311 permit thermoformed deep drawing, at the same time as its relatively low Tg grants energy cost savings while guaranteeing perfect adhesion to itself. Akolyt™ KM 900 Elongation of films produced with Akolyt™ KM 900 permit thermoformed deep drawing, at the same time as its relatively low Tg grants energy cost savings while guaranteeing perfect adhesion to substrates.

    2. Self-extinguishing thermoplastics limit the risk of fire in electrical and electronic, home appliance and e-mobility applications, LATI proposes products optimized for UL94 flame retardancy tests, for GWIT, GWFI, GWEIPT glow wire tests

      Self-extinguishing thermoplastics limit the risk of fire in electrical and electronic, home appliance and e-mobility applications, LATI proposes products optimized for UL94 flame retardancy tests, for GWIT, GWFI, GWEIPT glow wire tests

      Selbstverlöschende Compounds tragen dazu bei, die Brandgefahr bei Elektro-, elektronischen und Haushaltsgeräten sowie in E-Mobility-Anwendungen zu verringern. LATI liefert Produkte, die für die Entflammbarkeitstest nach UL 94, Glühdrahtprüfung nach IEC 60335 (GWIT, GWFI, GWEIPT) sowie Temperaturalterungstests nach UL 746b optimiert sind. Zudem bieten wir ein breites Portfolio an Compounds für Bahnanwendungen, die die Anforderungen der EN 45545 und NFPA 130 erfüllen. Unsere selbstverlöschenden Produkte sind erhältlich mit herkömmlichen Flammschutzmitteln wie Halogen, rotem Phosphor oder Intumeszenz-Systemen. Zudem bieten wir Compounds mit geringem Umwelteinfluss, die ohne Halogene oder roten Phoshpor flammgeschützt sind.

    3. Self-lubricating thermoplastics LATILUB self-lubricating materials limit friction and wear between elements in relative motion like gears, bushings and bearings, cams, pins, sliding surfaces, and so on.

      Self-lubricating thermoplastics LATILUB self-lubricating materials limit friction and wear between elements in relative motion like gears, bushings and bearings, cams, pins, sliding surfaces, and so on.

      LATILUB self-lubricating materials limit friction and wear between elements in relative motion like gears, bushings and bearings, cams, pins, sliding surfaces, and so on. Unlike metal or ceramic solutions, the LATILUB compounds do not require external lubricants or maintenance, ensuring cleanliness and reliability over time. The base polymers are modified with graphite and molybdenum disulphide, with silicon, PTFE and UHMWPE to drastically reduce the static and dynamic friction coefficient, or with aramid fibres to limit wear and abrasion. A solution for every pressure, speed, load and temperature requirement.

    4. Seminar Modern Methods for Mirror Polishing and Welding & Repolishing

      Seminar Modern Methods for Mirror Polishing and Welding & Repolishing

      Regardless of which quality management system you use, the continuous improvement process is the linchpin. The decisive basis for the successful realisation of quality objectives is the deepening, expansion or renewal of knowledge, skills and abilities. Here we can support you in the area of polishing with our knowledge and experience. Here you will find two interesting offers on the subject of polishing. 1. modern ways to high-gloss polishing In 2 intensive and instructive days, we will demonstrate and practise with you in the practical part: Removing the hard erosion structure Working with polishing stones The line polish Diamond polishing High-gloss polishing 2. maintenance welding and polishing Here we want to work with you on the theoretical and practical basics of polishing, including maintenance. At the end of the seminar day, you will be able to provide your employees with help and advice.

    5. Sensor-based efficiency gains for injection molders

      Sensor-based efficiency gains for injection molders

      Reliable and accurate sensors are the foundation for effective process monitoring in injection molding. Measuring where the process actually takes place is the key to maximum process transparency. That’s why it’s our philosophy to acquire the critical process values of pressure and temperature directly in the injection mold. Our monitoring systems immediately show any deviations from the ideal state in the relevant process curves, so users can reliably predict the quality of the molded part – shot by shot.