Effects of Processing Methods, DOP Amount and Filler
Effects of Processing Methods, DOP Amount and Filler Content on the Mechanical Properties of Recycled Polyvinyl Chloride (PVC) Composites Fatma Bozkurt 2017, Kahramanmara Sütü mam niversitesi Mühendislik Bilimleri Dergisi Polivinil See Full PDFDownload PDF See Full PDFDownload PDF Related Papers
Effects of Processing Methods, DOP Amount and Filler
Effects of Processing Methods, DOP Amount and Filler Content on the Mechanical Properties of Recycled Polyvinyl Chloride (PVC) Composites Authors: Ibrahim halil Basboga Dumlupinar...
ResearchGate
ResearchGate
Effects of Processing Methods, DOP Amount and Filler Content
It is the purpose of this study to determine the effects of processing methods, DOP concentration and wood flour amount on the mechanical properties of recycled PVC composites. 15 and 30 phr (per-hundred-resin) DOP and 0-15-30 phr wood flour was studied. Composite materials were produced using injection and compression molding methods.
Effects of Processing Methods, DOP Amount and Filler Content
Kahramanmara Sütü mam niversitesi Mühendislik Bilimleri Dergisi. Aratrma Makalesi. TR EN
- Does filler content affect energy demand/consumption in polymer extrusion?
- Conclusions This research aimed to investigate the use of fillers with polymeric materials to prepare PNCs by optimizing set conditions and analyzing energy efficiency during processing via extrusion. An attempt was made to explore the possible correlation/s between the filler content and energy demand/consumption in polymer extrusion.
- Does pour-cured acrylic processing method increase residual MMA content?
- In our study, the residual MMA content of pour-cured acrylic processing method (5.3%) was significantly higher than heat-cured acrylic (0.96%). This finding was almost identical to the finding of Sadamori 1994 .
- Do nanoparticle fillers affect thermal properties of nanocomposites?
- For each DSC test, a 3–10 mg sample was cut from the same position of the specimens and sealed in a standard aluminium pan. Then, the effect of nanoparticle fillers on the thermal properties of nanocomposites was investigated via differential scanning calorimetry (DSC, Q100, TA Instruments).
- How are nanoparticle fillers and PMMA processed?
- Before processing, the nanoparticle fillers and PMMA were dried overnight in a vacuum oven (RV5, Edwards High Vacuum International part of B.O.C LTD) at 80 °C for moisture removal. After the extrusion using Minilab, thin solid specimens of ∼3 mm width were obtained.
- Are fillers related to extruder energy consumption and properties of PNCs?
- As per the authors’ understanding, no previous work have been reported the correlation of the effect of fillers related to extruder energy consumption and properties of PNCs to investigate the potential ways of optimising/enhancing both of energy saving and performance of PNCs simultaneously.
- What are the problems with nanoparticle fillers?
- The main problem is the removal of unreacted monomers, while the maintenance of nanoparticle fillers tends to be difficult in some cases. Sol-gel polymerization, which also means solvent blending, has been the only processing method due to the limited feasibility of nanoparticle fillers, however, this method is quite expensive.
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