Extend tool and die life with advanced PVD coatings that reduce wear, prevent galling, and improve performance in demanding manufacturing applications.
Request a Quote
North Star Coating provides high-performance PVD coatings for tool and die components throughout the Midwest. Our available coating solutions include MetalFlow, TiN, TiCrN, TiCN, and CrN for a wide range of tooling, forming, punching, drawing, and wear applications.
Selecting the correct coating can help protect tooling from abrasion, impact, heat, friction, and material buildup. North Star Coating works with manufacturers to match each component with a coating suited to its material, operating conditions, and production requirements.
Request a QuotePVD coatings provide hard, wear-resistant surfaces that help tool and die components perform reliably in demanding punching, forming, drawing, machining, and metal fabrication applications.
Hard PVD coating surfaces help protect tool and die components from abrasion caused by repeated contact with production materials.
Low-friction coatings improve material flow across tooling surfaces and help reduce drag during forming, drawing, and punching operations.
Coatings such as MetalFlow and TiCN provide impact resistance for tooling used in high-pressure, interrupted, and demanding production applications.
Smooth coating surfaces help reduce material transfer, pickup, and buildup on punches, dies, forming tools, and other critical tooling surfaces.
Protecting tooling against wear, friction, and heat helps extend the usable life of valuable tool and die components.
Properly selected coatings help tooling maintain consistent performance while reducing maintenance, rework, and production interruptions.
North Star Coating offers several PVD coating options for tool and die components, including solutions for wear resistance, impact resistance, low friction, punching, drawing, and forming.
Whether you're coating cutting tools, dies, molds, or wear components, our team can recommend the best coating for your manufacturing process.