Facilities | Labs

The Chair's secretariat - marked in red on the floor plan - is located on the 3rd floor of the building.

Contact: Ms. Sickert | Room 370
http://navigator.tu-dresden.de/etplan/dür/03/raum/451203.1830

Access is possible via two entrances:
→ Hohlbeinstrasse 3 (picture left)
→ Marschnerstrasse 39 (picture on the right)

© J. Herold | TUD

Brief description: There are two consultation rooms and the PC pool.

Room 365 | Lecture room and meeting room
http://navigator.tu-dresden.de/etplan/dür/03/raum/451203.1770

Room 370 | Meeting room
http://navigator.tu-dresden.de/etplan/dür/03/raum/451203.1830

Room 371b | PC pool
http://navigator.tu-dresden.de/etplan/dür/03/raum/451203.1850

Where? Floor 3

Climate lab | Room 354
http://navigator.tu-dresden.de/etplan/dür/03/raum/451203.1630

Paper pulp technology lab| Room 355
http://navigator.tu-dresden.de/etplan/dür/03/raum/451203.1640

Chemistry lab / Paper finishing lab | Room 371a
http://navigator.tu-dresden.de/etplan/dür/03/raum/451203.1840

Microscopy lab

© A. Hantschke

Climate lab

In the climate lab, paper samples are tested under standardized climatic conditions (temperature, humidity) in accordance with applicable standards. The tests include basic properties, optical properties, surface properties (roughness, smoothness, etc.) and strength after various processes and loads, as well as penetration and barrier properties against various media.

© A. Hantschke

Paper pulp technology lab

In our paper pulp technology lab, fibrous materials are prepared in a targeted manner and precisely analyzed - from defibration to refining and sheet formation. Using modern measurement technology, we record the dewatering and swelling behavior, fiber morphology such as fiber length, width and shape. We also test the recyclability of paper products in accordance with current standards.

© C. Westphal | TUD

Chemical lab / Paper finishing lab

The chemical and paper finishing lab is primarily used to analyze water with regard to ingredients and physical properties. We also produce coating colors that are comprehensively tested for their properties. These are coated onto paper, cardboard and films using various processes in order to optimize barrier properties, appearance and printability in a targeted manner.

© A. Hantschke

Microscopy lab

With the Keyence high-speed digital microscope, biogenic and non-biogenic materials, fibers, composites and processes can be comprehensively analyzed in the macro, micro and sub-micro range. 3D measurement, variable illumination, UV/fluorescence technology and high-speed imaging enable detailed material characterization in deep-focus images.

Where? Floor 1 and 2

Bio Lab | Room 151
http://navigator.tu-dresden.de/etplan/dür/01/raum/451201.0005

Chemistry lab | Room 261
http://navigator.tu-dresden.de/etplan/dür/02/raum/451202.1380

Physics lab | Room 177
http://navigator.tu-dresden.de/etplan/dür/01/raum/451201.1080

© R. Krüger | TUD

Physiklabor

Das klimatisierte Physiklabor bietet neben zwei Universalprüfmaschinen verschiedene Messmethoden zur mechanischen und sorptiven Charackterisierung von Holz, Furnier und Holzwerkstoffen. Daneben sind hier verschiedene zerstörungsfreie Prüfmethoden wie zum Beispiel das GOM Messsystem, die experimentelle Modalanalyse sowie ein Wärmeleitmessgerät beheimatet.

© H. Hackenberg

Chemielabor

Unser Chemielabor bietet präzise Analysen und innovative Verfahren für verschiedenste Anwendungen. Ob nasschemische Untersuchungen, Tränkungen und Imprägnierungen, Einbettungen oder Mahlungen – wir liefern maßgeschneiderte Lösungen für Ihre Anforderungen. Mit modernster Technik und fundiertem Know-how gewährleisten wir höchste Qualität und Zuverlässigkeit.

© L. Kliem | TUD

Bio lab

Mycological tests and durability and effectiveness analyses of protective substances and materials are carried out in our biolaboratory. Fungi are used as natural fiber materials and for mycological wood modification. The equipment includes a sterile workbench, incubators for fungal cultures, an autoclave for sterilization and modern analysis devices.

Brief description: There are two consultation rooms and the PC pool.

Room 365 | Lecture room and meeting room
http://navigator.tu-dresden.de/etplan/dür/03/raum/451203.1770

Room 370 | Meeting room
http://navigator.tu-dresden.de/etplan/dür/03/raum/451203.1830

Room 371b | PC pool
http://navigator.tu-dresden.de/etplan/dür/03/raum/451203.1850

Wo? 1. Obergeschoss

Mikroskopie-Labor | Raum 218
http://navigator.tu-dresden.de/etplan/mar/02/raum/491102.0090

Anreise mit ÖPNV:
→ Buslinie 63, 66, 85, 352, 360 | Haltestelle: Südhöhe
Anreise mit PKW:
→ Aus Richtung Stadt: Bergstrasse 120
→ Aus Richtung Autobahn/ Umland: Kohlenstrasse 10
→ Parkplätze stehen im Innenhof zur Verfügung. 

Arrival from Dresden by S-Bahn and public transport:
→ S-Bahn S2
→ Bus route G/L, H/S, P, 207a, 246 | Bus stop: Copitz Eichendorffstraße, Pirna
Arrival by car:
→ Pratzschwitzer Str. 15
→ Parking spaces are available in the courtyard.

PUBLIC TRANSPORTATION:

Approach from the city:

Approach from the highway:

Wo? Nebengebäude Erdgeschoss und Hauptgebäude 1. OG

Raum 1-E07 | Kunststofflabor
http://navigator.tu-dresden.de/etplan/pir/00/raum/811700.0060

Raum 121| Faserwerkstoff-Technikum
https://navigator.tu-dresden.de/etplan/pir/01/raum/811101.0740

© S. Siwek | TUD

Plastics laboratory

Thermoplastic polymers and our natural (fiber) materials are compounded in a heating/cooling mixer (up to approx. 20 kg/h) or in a twin-screw extruder (from 50 g/h to 2.5 kg/h). Produced filaments or granules are analyzed with regard to their processing properties and further processed by 3D printing, compression molding or injection molding.

© R. Haak | TUD

Fiber material technical center

In the fiber materials technology center, we produce fiberboards and molded parts in variable sizes, densities and from a wide variety of materials. The materials can be pre-dried or thermomodified in drying cabinets. Various units are available for gluing. Three laboratory presses make it possible to press the boards and shape the materials.