Method for preparing emulsion for cationic electrodeposition coating composition in emulsification field and transporting method for aminated resin
A method for preparing an emulsion for a cationic electrodeposition coating composition at an emulsification field, wherein the method includes synthesizing a base resin for a cationic electrodeposition coating composition, removing the base resin in a liquid state from a reaction vessel and then changing the resin into a solid state, and optionally, adjusting a size of the resin into an predetermined size, and emulsifying the resin at the emulsification field by adding water and an optional solvent, a neutralizing agent, a curing agent or additives, wherein the base resin is an aminated resin and has a softening point of 20-90° C., and wherein the adjusted shortest size of the base resin is 40 cm or less. Furthermore, the present application relates to a method for transporting a resin for cationic electrodeposition coating composition.
1. A method for preparing an emulsion for a cationic electrodeposition coating composition at an emulsification field comprising a step of synthesizing a base resin for a cationic electrodeposition coating composition, removing the base resin in a liquid state from a reaction vessel and then changing the resin into a solid state, and, optionally adjusting a size of the resin into a predetermined size, and, at the emulsification field, emulsifying the resin by adding water and an optional solvent, a neutralizing agent, a curing agent or additives
wherein the base resin is an aminated resin and has a softening point of 20-90° C., and
wherein, when the aminated resin has been adjusted, the aminated resin has an adjusted shortest size of 40 cm or less.
2. The method for preparing an emulsion for a cationic electrodeposition coating composition at an emulsification field according to claim 1 , wherein the aminated resin in a solid state has a solvent of 10 weight % or less based on the total weight of the aminated resin.
3. The method for preparing an emulsion for a cationic electrodeposition coating composition at an emulsification field according to claim 1 , wherein an adjustment of the size is performed by pulverization or granulation, wherein the adjustment of the size is performed in a step of changing the base resin from a liquid state into a solid state, or immediately after the aminated resin is changed into a solid state, or subsequent steps, or a combination thereof.
4. The method for preparing an emulsion for a cationic electrodeposition coating composition at an emulsification field according to claim 1 , wherein the resin is transported in a solid state or after adjusting a size of the resin.
5. A method for preparing an emulsion for a cationic electrodeposition coating composition at an emulsification field comprising a step of synthesizing an aminated resin for a cationic electrodeposition coating composition, removing the aminated resin in a liquid state from a reaction vessel and then changing the aminated resin into a solid state, and transporting the aminated resin to the emulsification field, then adjusting a size of the aminated resin in a solid state into a predetermined size, and emulsifying the aminated resin by adding water and an optional solvent, a neutralizing agent, a curing agent or additives,
wherein the aminated resin has a softening point of 20-90° C., and
wherein the aminated resin has an adjusted shortest size of 40 cm or less.
6. A method for preparing an emulsion for a cationic electrodeposition coating composition at an emulsification field comprising a step of removing a base resin for a cationic electrodeposition coating composition in a liquid state from a reaction vessel, then, changing the resin into a solid state, and adjusting the resin to a predetermined size, transporting the resin to the emulsification field, and emulsifying the resin by adding water and an optional solvent, a neutralizing agent, a curing agent or additives,
wherein the base resin is an aminated resin and has a softening point of 20-90° C., and
wherein the aminated resin has an adjusted shortest size of 40 cm or less.
7. A method for transporting a base resin for a cationic electrodeposition coating composition comprising a step of removing a base resin for a cationic electrodeposition coating composition in a liquid state from a reaction vessel, then, changing the resin into a solid state, and, optionally adjusting the resin to a predetermined size, and transporting it,
wherein the base resin is an aminated resin and has a softening point of 20-90° C., and
wherein, when the aminated resin has been adjusted, the aminated resin has an adjusted shortest size of 40 cm or less.
8. The method for transporting a base resin for a cationic electrodeposition coating composition according to claim 7 ,
wherein the animated resin in a solid state has the solvent of 10 weight % or less based on the total weight of the animated resin.
9. The method for transporting a base resin for a cationic electrodeposition coating composition according to claim 7 , wherein an adjustment of the size is performed by pulverization or granulation, wherein the adjustment of the size is performed in a step of changing the animated resin from a liquid state into a solid state, or immediately after the resin is changed into a solid state, or subsequent steps, or a combination thereof.
10. A method for preparing an emulsion for a cationic electrodeposition coating composition at an emulsification field comprising a step of transporting a solid state base resin for a cationic electrodeposition coating composition to an emulsification field, then, adjusting the resin into a predetermined size, and emulsifying the resin by adding water and an optional solvent, a neutralizing agent, a curing agent or additives,
wherein the base resin is an aminated resin and has a softening point of 20-90° C., and
wherein the aminated resin has an adjusted shortest size 40 cm or less.
11. The method for preparing an emulsion for a cationic electrodeposition coating composition at an emulsification field according to claim 10 , wherein the animated resin in a solid state comprises a solvent of 10 weight % or less based on the total weight of the animated resin.