Effect of Palm Oil Bio-Based Plasticizer on the Morphological
The morphological results showed good incorporation of the plasticizers with PVC. Improved tensile strength, elastic modulus, and elongation at break were observed with increasing amount of the alkyd, presumably due to chain entanglement of the alkyd with the PVC molecules.
Effect of Palm Oil Bio-Based Plasticizer on the Morphological
The palm oil-based alkyd as a bio-based co-plasticizer, along with DOP or DiNP as the primary plasticizer for PVC, shows improved results compared with those with only DOP or DiNP. Results show good incorporation of the alkyd into the plasticized PVC, with enhanced mechanical and thermal properties.
Effect of Palm Oil Bio-Based Plasticizer on the Morphological
The palm oil-based alkyd, with its higher molecular weight and longer polymeric side chains, can entangle with the PVC molecules, which can prevent its migration out of the PVC matrix. This work investigates the application of the palm oil-based alkyd as a co-plasticizer for PVC by partial substitution of DOP or DiNP.
Effect of Palm Oil Bio-Based Plasticizer on the Morphological
The effects of the incorporation of the palm oil-based alkyd on morphological, thermal and mechanical properties of PVC compounds were studied. Results showed the incorporation of the...
Effect of Palm Oil Bio-Based Plasticizer on the Morphological
The effects of theincorporation of the palm oil-based alkyd on morphological, thermal and mechanical propertiesof PVC compounds were studied. Results showed the incorporation of the alkyd enhanced themechanical and thermal properties of the PVC compounds.
- Is crude palm oil a plasticizer?
- Several authors have studied crude palm oil as plasticizer and its effect on polymeric materials. Kamarudin et al. (2019) reported the effects of crude palm oil (CPO) as plasticizer on the morphological, mechanical, and physical properties of blown films made from polypropylene.
- Does palm oil based alkyd enhance morphological and thermal properties of PVC compounds?
- The effects of incorporating palm oil-based alkyd on the morphological, thermal, and mechanical properties of PVC compounds were studied. Results showed that the incorporation of the alkyd enhanced the mechanical and thermal properties of the PVC compounds.
- Can palm oil based alkyd be used as a co-plasticizer?
- Yes, palm oil-based alkyd can be used as a co-plasticizer in PVC, as demonstrated by Lim et al. (2015). They used it alongside dioctyl phthalate (DOP) and di-isononyl phthalate (DINP), which resulted in improved mechanical and thermal properties of the final formulation.
- Is palm oil a co-plasticizer of di-octyl phthalate and Di-isononyl?
- Flexible poly(vinyl chloride) (PVC) was fabricated using a palm oil-based alkyd as a co-plasticizer to di-octyl phthalate (DOP) and di-isononyl phthalate (DiNP). The effects of the incorporation of the palm oil-based alkyd on morphological, thermal and mechanical properties of PVC compounds were studied.
- What is a natural-based plasticiser?
- Some types of natural-based plasticisers include epoxidised soybean oil (ESBO), palm oil-based derivatives such as palm oil-based alkyd, epoxidised linseed oil (ELO), and castor oil.
- Does palm oil-based alkyd improve the tensile strength of plasticized PVC?
- The introduction of the palm oil-based alkyd as the co-plasticizer in this study has successfully improved the tensile strength of the plasticized PVC. The improved tensile strength is caused by the higher intermolecular interaction and chain entanglement of the alkyd with the PVC.
