Finden Sie schnell laminators für Ihr Unternehmen: 43 Ergebnisse

Glas Wiesbauer produziert Verbundsicherheitsglas mit EVA Folien und realisiert damit kundenspezifische Anforderungen und Serien. Nahezu grenzenlos ist das Spekturm bei der Geometrie der Gläser, dem Aufbau des Glases mit z.B. eingelegten Strukturen, Motiven und Materialien bis hin zu speziellen Gläsern im Bereich des Strahlenschutz, etc. Beim Verbundsicherheitsglas von Glas Wiesbauer handelt es sich um Glas mit sehr hoher Sicherheitseigenschaft. Eine enorm strapazierfähige EVA-Folie (Ethylenvinylacetat-Folie) verbindet die Glasscheiben. Unter der kontrollierten Einwirkung von Hitze und Druck wird ein dauerhafter Verbund von Glas und Folie geschaffen. Die daraus resultierende Resttragfähigkeit von VSG sorgt bei Teilzerstörung für die gewisse Schutzwirkung, z.B. vor herabfallenden Scherben. Ein gängiges Beispiel für VSG sind Windschutzscheiben von Kraftfahrzeugen, Überkopfverglasungen, Brüstungen, etc. Die Folie erschwert ein gewaltsames Durchdringen und findet somit u.a. Einsatz im Einbruchschutz. VSG hat zudem eine schall- und schussdämmende Wirkung. Je dicker die Folien-Glaskombination ist, desto stärker dämpft sie Würfe, Schüsse oder auch Druckwellen. Verbundsicherheitsglas bindet im Falle eines Bruches die Splitter und sorgt dadurch für eine erhebliche Minderung der Verletzungsgefahr. Glas Wiesbauer ist kompetenter Partner beim Laminieren gebogener Gläser.

TECASINT 8001 yellow brown has been made from PTFE with a modification of 20% PI. Its properties include reduced creep under load and excellent sliding and friction properties. The material is ideally PTFE WITH 20% POLYIMIDE TECASINT 8001 yellow-brown has been made from PTFE with a modification of 20% PI. Its properties include reduced creep under load and excellent sliding and friction properties. The material is ideally suited to soft mating materials e.g. stainless steel, brass, aluminium or bronze.

Starting with the base polymer TECASINT 5011, TECASINT 5051 with 30 % glass fibre has been developed. This material is characterised by reduced thermal elongation, reduced moisture absorption and high WITH 30 % GLASS FIBRE Starting with the base polymer TECASINT 5111, TECASINT 5051 with 30 % glass fibre has been developed. This material is characterised by reduced thermal elongation, reduced moisture absorption and high wear strength during chip test applications in the semiconductor industry. It has good electrical insulation properties and surface hardness, and also high rigidity. The glass transition temperature is 330°C, while the maximum service temperature may be – for a short time – up to 300 °C.

Starting with the base polymer TECASINT 2011, the plastic TECASINT 2061 with 15 % graphite and 10 % PTFE has been developed. This plastic's properties include, above all, low static friction and a low POLYIMIDE WITH 15 % GRAPHITE AND 10 % PTFE Starting with the base polymer TECASINT 2011, the plastic TECASINT 2061 with 15 % graphite and 10 % PTFE has been developed. This plastic's properties include, above all, low static friction and a low coefficient of friction. Owing to its self lubricating property, TECASINT 2061 is very good for dry application. The material is suitable for low friction and low wear applications at medium temperatures (<200°C) and loads.

TECASINT 2391 has been developed with 15 % MoS2 from the base polymer TECASINT 2011. It has optimum friction and wear properties in a vacuum, which means it can be used in space travel applications, i POLYIMIDE WITH 15 % MOS2 TECASINT 2391 has been developed with 15 % MoS2 from the base polymer TECASINT 2011. It has optimum friction and wear properties in a vacuum, which means it can be used in space travel applications, in a vacuum or in inert gases (techn. dry). The plastic displays low outgassing in accordance with ESA regulation ECSS-Q-70-20. Alternative to Vespel SP3.

Starting with the base polymer TECASINT 2011, TECASINT 2031 with 40 % graphite has been developed. The plastic has high resistance to thermal ageing and improved self lubrication. This is accompanied POLYIMIDE WITH 40 % GRAPHITE Starting with the base polymer TECASINT 2011, TECASINT 2031 with 40 % graphite has been developed. The plastic has high resistance to thermal ageing and improved self lubrication. This is accompanied by minimised thermal elongation for dimensionally stable components and increased creep strength.

Starting with the base polymer TECASINT 1011, TECASINT 1061 with 15% graphite and 10% PTFE has been developed. Its properties include very low static friction and a low coefficient of friction. The ma POLYIMIDE WITH 15 % GRAPHITE AND 10 % PTFE Starting with the base polymer TECASINT 1011, TECASINT 1061 with 15% graphite and 10% PTFE has been developed. Its properties include very low static friction and a low coefficient of friction. The material is self lubricating, which means it also has good properties in dry running conditions. TECASINT 1061 is suitable for low friction and low wear applications at medium temperatures (<200°C) and loads.

Starting with the base polymer TECASINT 1011, TECASINT 1031 has been developed. This material contains 40% graphite, unlike the starting material. TECASINT 1031 has a very high resistance to thermal a

TECASINT 1021 black has been developed from the base polymer TECASINT 1011 natural. Unlike TECASINT 1011, however, it contains 15% graphite. The material has improved friction and wear properties for tribological applications. TECASINT 1021 is suitable for both lubricated and dry applications since it is self lubricating.

Starting with the base polymer TECASINT 4011, TECASINT 4021 with 15% graphite has been developed. Thanks to the improved friction and wear properties, TECASINT 4011 is particularly suitable for tribol POLYIMIDE WITH 15 % GRAPHITE Starting with the base polymer TECASINT 4011, TECASINT 4021 with 15% graphite has been developed. Thanks to the improved friction and wear properties, TECASINT 4011 is particularly suitable for tribological applications. It is also suitable for dry applications since the material is self lubricating.

TECASINT 2021 is a plastic reinforced with 15 % graphite and based on the base polymer TECASINT 2011. It is particularly suitable for tribological applications owing to its improved friction and wear POLYIMIDE WITH 15% GRAPHITE TECASINT 2021 is a plastic reinforced with 15 % graphite and based on the base polymer TECASINT 2011. It is particularly suitable for tribological applications owing to its improved friction and wear behaviour. Thanks to its self lubricating property, TECASINT 2021 is well suited to lubricated and dry applications.

TECASINT 4121 is based on the base polymer TECASINT 4111, plus 15% graphite. The material is particularly suitable for tribological applications thanks to its improved friction and wear behaviour. Thanks to its self lubricating property, TECASINT 4121 is well suited to dry applications.

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