Effect of Hemp Waste Surface Modification on the Morphological, Tensile Properties and Water Absorption of Linear Low Density Polyethylene (Lldpe) Composites
Baltic Polymer Symposium 2018: Programme and Proceedings 2018
Zane Zelča, Silvija Kukle, Jānis Kajaks

Use of renewable materials such as plant fibers and manufacture waste has been popular for a long time and is being used more and more. Lignocellulose reinforcement components can significantly improve properties of the polyolefin composites depending on the pre-treatment chosen and the intended purpose [1-3]. Research is focused on improving properties of LLDPE composites reinforced with waste from hemp primary processing which consists of secondary fibers, shives particles and fragments of the primary fibers. Hemp particle surfaces cleanliness of dust applying alkali pre-treatment and sol-gel treatment to reduce hydrophilicity of natural component were performed. Cross-linking between the filler and the polymeric matrix is provided with silane treatment. The eight composites variants with different fibers component pre-treatments but fixed hemp waste content (40 wt.%) were produced on two rolls mill [4].


Atslēgas vārdi
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Zelča, Z., Kukle, S., Kajaks, J. Effect of Hemp Waste Surface Modification on the Morphological, Tensile Properties and Water Absorption of Linear Low Density Polyethylene (Lldpe) Composites. No: Baltic Polymer Symposium 2018: Programme and Proceedings, Latvija, Jurmala, 12.-14. septembris, 2018. Riga: 2018, 77.-77.lpp.

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