Blends of palm oil and long-oil alkyd resin were prepared and these blends contained quantities of palm oil ranging from 10% to 50%. Also, a drying agent composed of a mixture of cobalt, calcium and lead compounds was included in each blend sample. After the preparation of the samples, their physico-chemical properties were obtained. These properties are density, viscosity, drying time, acid value, peroxide value and dry extract. The analysis showed that the alkyd resin blended with palm oil caused an increase in the drying time and increase in dry extract. However, the blend exhibited low viscosity and density, which indicated good rheological properties. The results suggest that palm oil can be used as a blending additive for coating form...
The high-unsaturated fatty acid content of Sacha inchi oil (SIO), a perennial plant originally from ...
The effectiveness of the blending of karawila seed oil with soya oil on the drying characteristic of...
Blend of seed oil; Mesua ferrea and Momodica charantia (50: 50 w/w %) as a potential source of fatty...
Two blends of palm oil and alkyd resins were prepared. The first blend comprises palm oil and long- ...
ABSTRACT: A new alkyd resin was synthesized by reacting glycerol, phthalic anhydride and mono fatty ...
Resin is a polymer chemical substance that is made up of monomers from carbon and nitrogen. Alkyd re...
The high costs, the environmental impact and the decrease of fossil resources have intensified the g...
AbstractThe synthesis of oxy-polymerizable alkyd from non-drying palm kernel oil was studied. Three ...
AbstractPalm oil-based alkyd resins were synthesized by alcoholoysis and esterification reactions. C...
Synthetic resins are used as binders in protective coatings. An alkyd/melamine resin mixture is the ...
There are many ways to improve added value of crude palm oil and core palm oil from alkyd resin for ...
The high costs, the environmental impact and the decrease of fossil resources are intensifying the r...
Blend of Nahar (Mesua ferrea) seed oil and Karawila (Momordica charantia) seed oil (50:50 w/w %) as ...
There are many ways to improve added value of crude palm oil and core palm oil from alkyd resin for ...
This paper reports fast physical drying, high water and salt resistances of coating materials from n...
The high-unsaturated fatty acid content of Sacha inchi oil (SIO), a perennial plant originally from ...
The effectiveness of the blending of karawila seed oil with soya oil on the drying characteristic of...
Blend of seed oil; Mesua ferrea and Momodica charantia (50: 50 w/w %) as a potential source of fatty...
Two blends of palm oil and alkyd resins were prepared. The first blend comprises palm oil and long- ...
ABSTRACT: A new alkyd resin was synthesized by reacting glycerol, phthalic anhydride and mono fatty ...
Resin is a polymer chemical substance that is made up of monomers from carbon and nitrogen. Alkyd re...
The high costs, the environmental impact and the decrease of fossil resources have intensified the g...
AbstractThe synthesis of oxy-polymerizable alkyd from non-drying palm kernel oil was studied. Three ...
AbstractPalm oil-based alkyd resins were synthesized by alcoholoysis and esterification reactions. C...
Synthetic resins are used as binders in protective coatings. An alkyd/melamine resin mixture is the ...
There are many ways to improve added value of crude palm oil and core palm oil from alkyd resin for ...
The high costs, the environmental impact and the decrease of fossil resources are intensifying the r...
Blend of Nahar (Mesua ferrea) seed oil and Karawila (Momordica charantia) seed oil (50:50 w/w %) as ...
There are many ways to improve added value of crude palm oil and core palm oil from alkyd resin for ...
This paper reports fast physical drying, high water and salt resistances of coating materials from n...
The high-unsaturated fatty acid content of Sacha inchi oil (SIO), a perennial plant originally from ...
The effectiveness of the blending of karawila seed oil with soya oil on the drying characteristic of...
Blend of seed oil; Mesua ferrea and Momodica charantia (50: 50 w/w %) as a potential source of fatty...