Production method of epoxy palm oil plasticizer | Semantic
The invention provides a process for preparing an epoxy palm oil plasticizer, wherein the method, free from any dissolvent, uses palm oil as raw material and synthesizes the epoxy palm oil plasticiser by being reacted with epoxidizing agent on the catalytic action of concentrated sulphuric acid and/or phosphoric acid, under a certain temperature, time and proportioning.
Synthesis of an efficient bio-based plasticizer derived
Awale [29] et al. found that epoxy palm oil as a plasticizer and starch mixed into the PLA could effectively improve the flexibility and degradability. At the same time, many renewable materials such as sunflower oil [ 30 ], jatropha oil [ 31 ], isosorbide [ 32 ] and dehydroabietic acid [ 33 ] could be used as raw materials for bio-based
Production of epoxy composites reinforced by different
The aim of this research is the production of epoxy resin composites reinforced by birch, palm, and eucalyptus fibers with resin transfer molding technique and molded fiber production technique combination. The tensile stress of birch, palm, and eucalyptus reinforced epoxy composites were determined as 29.53, 42.24, and 45.28 MPa, respectively.
Epoxidized palm-based methyl oleate plasticizers - Google
The invention relates to the production of epoxidized methyl oleate from palm methyl oleate using in-situ epoxidation for preparation of plasticizers. Epoxidized palm-based methyl oleate...
Production method of epoxy palm oil plasticizer - Abstract
The invention provides a process for preparing an epoxy palm oil plasticizer, wherein the method, free from any dissolvent, uses palm oil as raw material and synthesizes the epoxy palm oil plasticiser by being reacted with epoxidizing agent on the catalytic action of concentrated sulphuric acid and/or phosphoric acid, under a certain temperature, time and proportioning.
- Are palm oil derived plasticizers non-toxic?
- Palm oil derived plasticizers have some attractive properties such as non-toxic, bio- degradable, good heat and light stability, renewable, and environmentally friendly . The aim of this study was to develop ester compounds as non-toxic plasticizers, which were derived from palm oil through esterification process.
- How are ester compounds based on palm oil synthesized?
- Ester compounds based on palm oil were synthesized via esterification between oleic acid from palm oil and alcohol (1,4-butanediol, iso-butanol, and 2-ethyl hexanol) by using sulphuric acid as a catalyst. The effects of reaction parameters on esterification were studied by investigating the temperature, reaction time, and amount of catalyst.
- How to plasticize PVC resin using palm oil based ester plasticizers?
- Plasticization of PVC resin by palm oil based ester plasticizers as substitute of DEHP Plasticization of PVC by palm oil based ester plasticizers (1,4-butanedioldioleate, isobutyl oleate and 2-ethyl hexyl oleate) was conducted using solvent–cast film method.
- What chemicals can be produced from palm oil?
- Among specialty chemicals that can be produced from palm oil are plasticizers. Palm oil derived plasticizers have some attractive properties such as non-toxic, bio- degradable, good heat and light stability, renewable, and environmentally friendly .
- Is isobutyl oleate a plasticizer substitute for DOP on PVC 154 resin?
- Triwulandari E., Haryono A., “Synthesis of Isobutyl Oleate from Palm Oil as the Plasticizer Substitute of DOP on PVC 154 Resin”, Proceeding of International Conference Polymer Science, Yogyakarta, August; 2007: 6-12. 155.
- Can palm oil based plasticizers be used as a substitute for DEHP?
- The palm oil based plasticizers were added as substitute of DEHP at the level of 20, 40, 60, and 80% of total plasticizers used. The chemical compositions in formulation of PVC resin are shown in Table 2.
