Methods of dispersing nanoparticles into a matrix
Disclosed are methods and systems for dispersing nanoparticles into a matrix. Disclosed is a system and method for coating a carrier film with a resin, spraying the resin with a suspended nanoparticle solution, and then transferring the resin-nanoparticle matrix to a collection vessel for dispensing for end use. Also, suspended nanoparticle solution is sprayed onto carrier film, the film is dried, a fabric layer is coated with resin layer, and nanoparticles are then transferred into the fabric resin layer to create a nanoparticle-infused fabric matrix. Fabric layers can also be coated with resin and sprayed with nanoparticles. Also disclosed is a system and method for coating a first carrier film with nanoparticles, coating a second carrier film with resin, and transferring nanoparticles from first carrier into the resin layer on the second carrier to create a nanoparticle infused resin material that can be collected and dispensed for end use.
1. A method for dispersing nanoparticles into a matrix comprising the steps of:
a. coating at least one side of a length of a carrier film with a thickness of a neat resin material to create a resin-coated carrier film layer;
b. mixing nanoparticles into a solvent to create a suspended solution of nanoparticles;
c. spraying the suspended nanoparticle solution onto the resin-coated carrier film layer to create a nanoparticle-infused resin matrix layer;
d. transferring the nanoparticle-infused resin matrix layer from the carrier film to a collection vessel;
e. providing continuous, slow speed agitation of the nanoparticle-infused resin matrix material in the collection vessel; and
f. dispensing the nanoparticle-infused resin matrix material from the collection vessel.
2. The method of claim 1 wherein the carrier film is provided as a continuous loop that passes through a resin vat to become coated with resin, is then sprayed with suspended nanoparticles, passes through a collection station to transfer the nanoparticle resin matrix layer to a collection vessel, and then returns to the resin vat.
3. The method of claim 2 comprising the additional step of adjusting the thickness of the resin layer.
4. The method of claim 2 wherein the thickness of the resin layer is adjusted to be less than ½ inch.
5. A method for dispersing nanoparticles into a fabric matrix comprising the steps of:
a. mixing nanoparticles into a solvent to create a suspended solution of nanoparticles;
b. spraying the suspended nanoparticle solution onto at least one side of a carrier film layer to create a nanoparticle-infused carrier film layer;
c. heating the nanoparticle-infused carrier film layer to evaporate the solvent;
d. coating at least one side of a length of a fabric layer with a thickness of a neat resin material to create a resin-coated fabric layer;
e. compressing the layer of nanoparticles on the carrier film layer against the layer of resin on the fabric to transfer the nanoparticles from the carrier film layer into the fabric resin layer; and
f. collecting the nanoparticle-infused fabric matrix.
6. The method of claim 5 wherein the carrier film is provided as a continuous loop that passes through a resin vat to become coated with resin, is then sprayed with suspended nanoparticles, passes through a collection station to transfer the nanoparticle resin matrix layer to a collection vessel, and then returns to the resin vat.
7. The method of claim 5 comprising the additional step of adjusting the thickness of the resin layer.
8. The method of claim 5 wherein the thickness of the resin layer is adjusted to be less than ½ inch.
9. A method for dispersing nanoparticles into a fabric matrix comprising the steps of:
a. coating at least one side of a length of a fabric layer with a thickness of a neat resin material to create a resin-coated fabric layer;
b. mixing nanoparticles into a solvent to create a suspended solution of nanoparticles;
c. spraying the suspended nanoparticle solution onto the resin layer of the resin-coated fabric to create a nanoparticle-infused fabric matrix;
d. heating the nanoparticle-infused fabric matrix to evaporate the solvent; and
e. collecting the nanoparticle-infused fabric matrix.
10. The method of claim 9 wherein the carrier film is provided as a continuous loop that passes through a resin vat to become coated with resin, is then sprayed with suspended nanoparticles, passes through a collection station to transfer the nanoparticle resin matrix layer to a collection vessel, and then returns to the resin vat.
11. The method of claim 9 comprising the additional step of adjusting the thickness of the resin layer.
12. The method of claim 9 wherein the thickness of the resin layer is adjusted to be less than ½ inch.
13. A method for dispersing nanoparticles into a matrix comprising the steps of:
a. mixing nanoparticles into a solvent to create a suspended solution of nanoparticles;
b. spraying the suspended nanoparticle solution onto a first carrier film layer to create a nanoparticle-infused first carrier film layer;
c. heating the nanoparticle-infused first carrier film layer to evaporate the solvent;
d. coating at least one side of a length of a second carrier film with a thickness of a neat resin material to create a resin-coated second carrier film layer;
e. compressing the layer of nanoparticles on the first carrier film layer against the layer of resin on the second carrier film to transfer the nanoparticles from the first carrier film layer into the second carrier film resin layer;
f. transferring the nanoparticle-infused resin matrix layer from the second carrier film to a collection vessel;
g. providing continuous, slow speed agitation of the nanoparticle-infused resin matrix material in the collection vessel; and
h. dispensing the nanoparticle-infused resin matrix material from the collection vessel.
14. The method of claim 13 wherein the carrier film is provided as a continuous loop that passes through a resin vat to become coated with resin, is then sprayed with suspended nanoparticles, passes through a collection station to transfer the nanoparticle resin matrix layer to a collection vessel, and then returns to the resin vat.
15. The method of claim 13 comprising the additional step of adjusting the thickness of the resin layer.
16. The method of claim 13 wherein the thickness of the resin layer is adjusted to be less than ½ inch.