nanoCoatings for Racing

TEC STAR developed hybrid and inorganic nanoCoatings useful for Racing Cars, to improve engine performance and aerodynamics with formidable shield against the punishing conditions of the track.

Hybrid and inorganic nanoCoatings boast a remarkable ability to reduce drag, optimizing a race car’s aerodynamic profile. Beyond its impact on performance, nanoCoatings also act as a formidable protective barrier, shielding race cars from the intense heat, corrosive chemicals, and abrasive debris encountered during high-speed competitions.

nanoCoatings GOALS:

1. Aerodynamic Advantages:

• Streamlined Airflow: nanoCoatings act as a catalyst for streamlined airflow, reducing surface irregularities that contribute to drag.
• Improved Efficiency: By minimizing drag, nanoCoatings optimize the aerodynamic profile of a race car, enabling it to move more effortlessly through the air.
• Enhanced Handling: The reduction in drag not only boosts straight-line speed but also contributes to improved handling, allowing drivers to navigate corners and maneuvers with greater precision.
• Competitive Edge: In a sport where fractions of a second can determine victory, the aerodynamic advantages bestowed by nanoCoatings offer a competitive edge.

2. Speed Optimization: by promoting streamlined airflow, propelling it to unprecedented speeds.

3. Thermal Protection: by creating a barrier that shields race cars from the intense heat generated during high-speed competitions. From engine bays to exhaust systems, nanoCoatings can be applied in mitigating the detrimental effects of extreme temperatures, ensuring both performance and durability.

4. Chemical Resistance: defence against corrosive elements, ensuring that race cars remain resilient against detrimental substances encountered on the track.

• Brake Fluid Resistance
• Resistance to Cleaning Agents
• Protection from Track Debris
• Safeguarding Against Fuel Corrosion