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At Faculty of Polymer Technology the composites with thermoplastic matrix and waste biomass are produced.

Check our video presentation, how waste biomass as reinforcement for plastic to make also technical parts, waste paper as biomas was compounded into PE-HD matrix. In this case, the biobased PE-HD was used. On the end of the video presentation also some injection moulded parts are presented. As you can see, our biocomposite, which is biobased, is also suitable for technical parts.

For all additional information we are at your disposal.

The Polymetal is project in the frame of the »Cooperation Programme Interreg V-A Slovenia-Austria«. The main goal of the project is the cross-boarder cooperation, networking and joint R&D of SMEs, R&D institutions from less developed, non-urban areas and one of the leading European home appliances manufacturer on the development of polymer based solutions, which could replace stainless steel or aluminum for design demanding products in different sectors. Project partners are: Gorenje (lead partner), FTPO, MUL, PCCL, Intralighting and Hiebler. The project represents a good example of cross-boarder collaboration of R&D on a demanding technological challenge, which already led to new joint R&D activities, fostered the basis for new products&processes and led to sustainable growth and increased internationalization.

At Faculty of Polymer Technology the composites with addition of high thermal conductivity filler (boron nitride) into thermoplastic matrix (polypropylene) are presented. Check our video presentation where compounding, injection moulding and characterization are presented. As you can see, our composites can achieve high thermal conductivity values.

For all additional information we are at your disposal.

Sewage sludge occurs in wastewater treatment process, regardles the wastewater technology applied. It presents up to 40% of wastewater treatment costs and therefore impacts every household water bill.

Sludge drying reed beds are a natural technology for sludge mineralisation, dewatering and stabilisation. The main benefits of the technology is its' low energy consumption and low operating costs. The technology is GHG emission-free. The case was contributed by LIMNOS Ltd.

The material obtained is humus, but in case of heavy metal containment, the material can be recycled for bioplastics.

For the compatibilization of humus into thermoplastic matrix the recycled polypropylene was chosen. To achive good distribution of humus inside the composite and also to prevent thermal and oxidative degradation lubricant, antioxidant and compatibilizer were added. Tests were done with addition of 15 wt.% and 30 wt.% of humus into the composite. The stiffness rise for 2 % and 13 %, the strength decreases for 15 % and 21 %, also the elongation at break decreases for 79 % and 87 % for the composites with 15 wt.% and 30 wt.% of humus respectively.

The sewage sludge can be used as filler for thermoplastic matrix for the static loaded parts with low deformation or low load. 

In February 2020, five new pieces of equipment were acquired at the FTPO laboratory:

• Two BAOPIN BP-8176-B single-pole extruders, 

• BAOPIN BP-8170-B hydraulic press, 

• Two TOOL-TEMP TT-248 temperature control units.

In recent days, the lives of all of us have turned upside down. We are aware of our vulnerability and, at the same time, our dependence on communication, which is fortunately enabled by modern technologies to some extent. Working from home can be quite hard, especially when we work on group projects and communication is not very clear, and we play ping-pong with e-mail documents.

Dear students / professors / business partners / visitors of the Faculty of Polymer Technology.

The links below provide up-to-date information and guidance regarding Coronavirus (COVID-19):

-  NIJZ https://www.nijz.si/,

-  Ministrstvo za zdravje https://www.gov.si/teme/koronavirus/,

- MIZŠ https://www.gov.si/drzavni-organi/ministrstva/ministrstvo-za-izobrazevanje-znanost-in-sport/,

- ZMDPŠ  https://www.anticovid.zmdps.si/.

Due to the growth of all the activities of the Faculty, we decided to expand the facilities for laboratories. The new achievement of the Faculty was celebrated on Tuesday, November 12, 2019 with a Grand opening held at the premises of the Faculty of Polymer Technology.

 Pulp and Paper Institute and Faculty of Polymer Technology in cooperation with SRIP (Strategic Development and Innovation Partnership) - The circular economy of the Styrian Chamber of Commerce successfully concluded with the 1st International Conference on Circular Packaging, held in Ljubljana on September 26-27, 2019.

The date, 14th of February 2019, has become a major milestone for the Faculty of Polymer Technology. At 9 a.m. in the FTPO's meeting room, was held a festive event signing a memorandum of understanding for leasing a new laboratory between representatives of FTPO and representatives of a company NIG nadzor, inženiring in gradbeništvo d.o.o..

On 29th of Jauary 2019 FTPO was pleased to welcome Dr. Pankaj Kumar, the Head of Indian Business Delegation.

On 21st of January 2019 Silvester Bolka conducted all day schooling for Lehmann & Voss & Co. KG at the company headquarters in Hamburg. Training  was titled "Training for Thermal Analysis in Practice".

On Monday, November 12, 2018, Dr. mont. Andreas Hausberger held his public inaugural lecture titled “Method development of tribological test systems for polymers”.

FTPO was pleased to welcome Daniel Vetter from the Institute for Materials Science and Plastics Processing of the University of Applied Sciences in Rapperswil (HSR) from September 8th, 2018 until September 14th, 2018.

Since September 1^st, 2018, Dr. Gregor Kraft is reinforcing FTPO’s research team. Dr. Kraft studied chemical engineering in Mannheim (Germany) and chemistry at the University of Kaiserslautern (Germany).