Every great performance build begins with precision—and at Rvng RaceWorks, precision is what defines our Cerekote process. From turbo housings to valve covers, each component we coat undergoes a meticulous transformation to ensure maximum durability, performance, and style.
But what really happens behind the scenes? In this article, we’ll take you through our step-by-step Cerakote process—showing how we turn raw metal into race-ready, heat-resistant perfection that lasts for years.
Why We Choose Cerakote at Rvng RaceWorks
At Rvng RaceWorks, we’ve tested every type of coating available—paint, powder coat, anodizing—but none compare to Cerakote. This advanced ceramic-based coating offers unmatched resistance to heat, corrosion, and wear. It bonds directly to metal surfaces at the molecular level, forming an ultra-thin layer of protection that performs in even the harshest environments.
Whether it’s a street build or a race car, Cerakote gives our clients the perfect combination of strength, longevity, and aesthetic appeal.
The Rvng RaceWorks Cerakote Workflow
Our Cerakote process isn’t just about spraying on a coating—it’s a carefully engineered system designed to guarantee professional-grade results every time. Each step is critical in achieving a flawless, long-lasting finish.
Step 1: Precision Surface Preparation
Before any Cerakote is applied, we start with complete surface preparation. Every part is stripped of old coatings, paint, and contaminants using media blasting. This creates a clean, uniform surface with the ideal texture for Cerakote adhesion.
We use different media types depending on the material—fine aluminum oxide for aluminum components and more aggressive blasting media for steel or cast iron parts. Cleanliness and surface texture are key here; without perfect prep, even the best coating won’t perform at its full potential.
Step 2: Degreasing and Cleaning
Once blasting is complete, each part goes through a multi-stage cleaning process to remove any oil, dirt, or residue. Cerakote is extremely sensitive to surface contamination, so we handle every piece with gloves from this stage forward.
Our team uses high-grade degreasers and an ultrasonic cleaning system to ensure each component is 100% free of contaminants before moving on to coating.
Step 3: Masking and Preparation for Application
Precision is everything. Before applying Cerakote, we mask off all areas that must remain uncoated—such as threads, mating surfaces, and internal passages. This ensures proper fitment and mechanical performance once the part is reassembled.
Every masking line is applied by hand with extreme care, because even the thinnest overspray could affect tolerances in high-performance components.
Step 4: Cerakote Application
Here’s where the transformation truly begins. Our trained technicians apply Cerakote using specialized HVLP (High Volume, Low Pressure) spray systems. This allows for an even, consistent coating across every surface while maintaining the ultra-thin profile Cerakote is known for—typically between 0.0005 and 0.001 inch thick.
We carefully control spray patterns, air pressure, and ambient conditions to ensure the coating bonds perfectly to the substrate. Whether the goal is a matte black, titanium, or custom color finish, every layer of Cerakote is applied with precision and consistency.
Step 5: Curing and Hardening
After application, each coated part is placed in an industrial curing oven. Depending on the Cerakote formula, the part is baked at temperatures ranging from 250°F to 300°F for metal substrates.
This curing process allows the ceramic polymers to crosslink and harden, creating the ultra-tough surface Cerakote is famous for. Once cured, the coating becomes chemically resistant, heat-resistant, and virtually impervious to wear and corrosion.
For high-heat components—like turbo housings and exhaust manifolds—we use specialized Cerakote high-temperature coatings rated for up to 1,800°F. These are air-cured instead of oven-cured, ensuring they can handle extreme environments.
Step 6: Final Inspection and Quality Control
Once curing is complete, every part goes through a detailed inspection. We check for coating thickness, adhesion quality, color consistency, and overall finish. Our goal is perfection—if a part doesn’t meet Rvng RaceWorks standards, it’s reworked until it does.
We also test for fitment on components that require precise tolerances, ensuring the Cerakote layer doesn’t interfere with assembly or function.
Only after passing our full quality-control checklist do the parts move to the final stage—assembly or customer delivery.
Step 7: Reassembly and Finishing Touches
For clients who bring complete assemblies to Rvng RaceWorks, we handle reassembly with the same precision as the coating process. Each Cerakote component is carefully reinstalled using proper torque specs and alignment to maintain peak performance.
The result is a cohesive, professional-grade finish that not only performs under extreme conditions but also elevates the look of your entire engine bay or chassis.
The Benefits of the Rvng RaceWorks Cerakote Process
Our Cerakote process provides several key advantages:
- Extreme Durability: Protects against abrasion, corrosion, and high heat.
- Improved Heat Management: Helps dissipate heat for more efficient engine performance.
- Precision Fitment: Ultra-thin application ensures perfect tolerances.
- Custom Style Options: Choose from hundreds of Cerakote colors and finishes.
- Long-Term Value: Parts stay protected and beautiful for years, reducing maintenance costs.
Every step we take ensures your investment not only looks incredible but also performs beyond expectations.
Real-World Applications
At Rvng RaceWorks, we use Cerakote on everything from daily drivers to competition vehicles. Popular applications include:
- Turbo housings and exhaust systems
- Intake manifolds and valve covers
- Brake calipers and suspension arms
- Engine brackets and hardware
- Custom exterior components
Whether you’re building a high-horsepower track car or refining a showpiece build, Cerakote provides the perfect combination of function and form.
Conclusion
Behind every great finish is a process—and at Rvng RaceWorks, our Cerakote process is designed for perfection. From preparation to curing, every step is carried out with precision to deliver unmatched protection, performance, and visual appeal.