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Grant: Collaborative Research and Development Grants - Project

Liu, Guojun (Queen’s University)

$240,002.00

Improvement of NP-GLIDE coatings and development of anti-fouling coatings

FY 2017-18 · 2017-11-08

Summary
We developed, using funds from Lorama and an NSERC CRD grant, polyurethane (PU) and epoxy coatings that contained nano-pools of a grafted liquid ingredient for de-wetting enablement (NP-GLIDE coatings). These coatings contain 4 to 8 wt% poly(dimethyl siloxane) (PDMS) as the anti-smudge agent (or de-wetting enabler) and exhibit superior anti-smudge properties. On these surfaces, common liquids such as muddy or soapy water, wine, vinegar, coffee, milk, soy sauce, soft drinks, cooking oil, engine oil, and alcohols cleanly slide at low substrate tilt angles without leaving a trace behind. Further, graffiti paints and inks readily_x000D_ contract. Additionally, they are transparent, wear-tolerant, and adherent to many substrates. The advantageous properties and numerous potential applications of these coatings have prompted Lorama, a Canadian coating additive company, to develop them for commercialization. However, the monofunctional PDMS, PDMS bearing one terminal functional group, that we use for NP-GLIDE coatings is still more expensive than other components in a PU or epoxy coating formulation. Moreover, the coatings still surface-reconstruct, a process involving the withdrawal of the less polar PDMS into the more polar coating matrices, when they are immersed in water for more than one day. Thus, this grant is applied a) to find an alternative or complementary anti-smudge agent for monofunctional PDMS and b) to inhibit the surface reconstruction of NP-GLIDE coatings. The principles established for the second project will then be used to facilitate the development of an anti-fouling marine coating for use on the hull of a ship. The success of this project will be of interest to the academic community because the results of this research will advance our understanding of the operating principles of anti-smudge agents and factors governing surface reconstruction. The various polymers and final coatings developed will be of tremendous commercial value to Lorama. Their commercialization will provide_x000D_ Lorama with innovative product lines and strengthen the economies of both Ontario and Canada.
Program
Collaborative Research and Development Grants - Project
Location
Ontario, Canada
Recipient Type
Individual or sole proprietorship
Type
Grant
Source
Proactive Disclosure - Grants and Contributions

As published

Additional Information
Grant or Award spanning more than one fiscal year (2017-2018 to 2022-2023).
Additional Information (French)
Subvention ou bourse octroyée s'appliquant à plus d'un exercice financier (2017-2018 à 2022-2023).
Agreement Number
CRDPJ
Agreement Start Date
2017-11-08
Agreement Title
Improvement of NP-GLIDE coatings and development of anti-fouling coatings
Agreement Title (French)
Improvement of NP-GLIDE coatings and development of anti-fouling coatings
Agreement Type
Grant
Agreement Value
$240,002.00
Amendment Number
0
Organization Code
nserc-crsng
Organization
Natural Sciences and Engineering Research Council of Canada | Conseil de recherches en sciences naturelles et en génie du Canada
Program Name
Collaborative Research and Development Grants - Project
Program Name (French)
Subventions de recherche et développement coopérative - projet
Program Purpose
We developed, using funds from Lorama and an NSERC CRD grant, polyurethane (PU) and epoxy coatings that contained nano-pools of a grafted liquid ingredient for de-wetting enablement (NP-GLIDE coatings). These coatings contain 4 to 8 wt% poly(dimethyl siloxane) (PDMS) as the anti-smudge agent (or de-wetting enabler) and exhibit superior anti-smudge properties. On these surfaces, common liquids such as muddy or soapy water, wine, vinegar, coffee, milk, soy sauce, soft drinks, cooking oil, engine oil, and alcohols cleanly slide at low substrate tilt angles without leaving a trace behind. Further, graffiti paints and inks readily_x000D_ contract. Additionally, they are transparent, wear-tolerant, and adherent to many substrates. The advantageous properties and numerous potential applications of these coatings have prompted Lorama, a Canadian coating additive company, to develop them for commercialization. However, the monofunctional PDMS, PDMS bearing one terminal functional group, that we use for NP-GLIDE coatings is still more expensive than other components in a PU or epoxy coating formulation. Moreover, the coatings still surface-reconstruct, a process involving the withdrawal of the less polar PDMS into the more polar coating matrices, when they are immersed in water for more than one day. Thus, this grant is applied a) to find an alternative or complementary anti-smudge agent for monofunctional PDMS and b) to inhibit the surface reconstruction of NP-GLIDE coatings. The principles established for the second project will then be used to facilitate the development of an anti-fouling marine coating for use on the hull of a ship. The success of this project will be of interest to the academic community because the results of this research will advance our understanding of the operating principles of anti-smudge agents and factors governing surface reconstruction. The various polymers and final coatings developed will be of tremendous commercial value to Lorama. Their commercialization will provide_x000D_ Lorama with innovative product lines and strengthen the economies of both Ontario and Canada.
Program Purpose (French)
We developed, using funds from Lorama and an NSERC CRD grant, polyurethane (PU) and epoxy coatings that contained nano-pools of a grafted liquid ingredient for de-wetting enablement (NP-GLIDE coatings). These coatings contain 4 to 8 wt% poly(dimethyl siloxane) (PDMS) as the anti-smudge agent (or de-wetting enabler) and exhibit superior anti-smudge properties. On these surfaces, common liquids such as muddy or soapy water, wine, vinegar, coffee, milk, soy sauce, soft drinks, cooking oil, engine oil, and alcohols cleanly slide at low substrate tilt angles without leaving a trace behind. Further, graffiti paints and inks readily_x000D_ contract. Additionally, they are transparent, wear-tolerant, and adherent to many substrates. The advantageous properties and numerous potential applications of these coatings have prompted Lorama, a Canadian coating additive company, to develop them for commercialization. However, the monofunctional PDMS, PDMS bearing one terminal functional group, that we use for NP-GLIDE coatings is still more expensive than other components in a PU or epoxy coating formulation. Moreover, the coatings still surface-reconstruct, a process involving the withdrawal of the less polar PDMS into the more polar coating matrices, when they are immersed in water for more than one day. Thus, this grant is applied a) to find an alternative or complementary anti-smudge agent for monofunctional PDMS and b) to inhibit the surface reconstruction of NP-GLIDE coatings. The principles established for the second project will then be used to facilitate the development of an anti-fouling marine coating for use on the hull of a ship. The success of this project will be of interest to the academic community because the results of this research will advance our understanding of the operating principles of anti-smudge agents and factors governing surface reconstruction. The various polymers and final coatings developed will be of tremendous commercial value to Lorama. Their commercialization will provide_x000D_ Lorama with innovative product lines and strengthen the economies of both Ontario and Canada.
Recipient City
Ontario
Recipient Country
CA
Recipient Legal Name
Liu, Guojun (Queen’s University)
Reference Number
GC-2017-Q3-00407