Embracing Innovation in Plating and Powder Coating with SR&ED

In the ever-evolving fields of plating and powder coating, innovation drives progress. Whether it’s improving durability, optimizing energy use, or addressing environmental concerns, technological uncertainties often arise, making these industries prime candidates for the Scientific Research and Experimental Development (SR&ED) program. Below, we explore how SR&ED supports advancements in plating and powder coating, with examples of eligible activities.

Developing Durable Plating Formulas

Technological Challenge:
Creating advanced plating formulas to enhance durability and corrosion resistance often involves navigating unpredictable interactions between chemical elements and process parameters.

SR&ED Example:
Experimenting with new chemical combinations and adjusting process parameters to achieve a superior, long-lasting coating is a typical SR&ED activity. For instance, refining a zinc-nickel alloy plating to improve corrosion resistance could involve multiple iterations of chemical formulations and process adjustments.

Optimizing Powder Coating for Energy Efficiency

Technological Challenge:
Balancing energy efficiency with high-quality coating outcomes requires identifying the ideal curing temperatures, durations, and application methods.

SR&ED Example:
Testing various curing conditions to lower energy consumption while maintaining adhesion and surface finish can qualify for SR&ED. For example, a manufacturer might experiment with new infrared curing equipment to determine its impact on curing time and energy use.

Innovating Masking Techniques for Precision

Technological Challenge:
Achieving precise and selective coating requires robust masking methods that withstand high temperatures and chemical exposure during the process.

SR&ED Example:
Developing and testing new masking materials, such as heat-resistant polymers, and assessing their effectiveness in complex geometries is a clear SR&ED activity. These trials often involve refining designs to ensure seamless application and removal.

Reducing Environmental Impact

Technological Challenge:
Transitioning to environmentally friendly materials and processes while maintaining coating quality is a significant challenge due to the uncertainties in compatibility and performance.

SR&ED Example:
Exploring alternatives to traditional chromium-based plating processes, such as trivalent chromium or chromium-free solutions, and testing their performance under varying conditions would be SR&ED-eligible.

Driving Innovation with SR&ED

The challenges faced in plating and powder coating underscore the role of research and development in advancing these industries. By addressing technological uncertainties, companies can unlock improvements in performance, efficiency, and sustainability—all while leveraging SR&ED tax incentives to support these critical initiatives.

Partner with Ayming Canada

Navigating the complexities of SR&ED claims requires expertise. At Ayming Canada, we specialize in maximizing SR&ED opportunities for companies like yours. Connect with us today to explore how your innovations in plating and powder coating can benefit from SR&ED funding.

Ready to elevate your R&D efforts? Contact Ayming Canada today to start your SR&ED journey.