Since our founding in 1919, Hayden Corporation has developed a long-standing reputation for high-quality thermal spray coating work. That expertise extends throughout Michigan, where we support customers across many industries with coatings built to match the demands of their equipment. Because every application is different, we offer multiple coating options to ensure each part receives the right solution.

HVOF Coating – Michigan (High Velocity Oxygen Fuel)

Our High Velocity Oxygen Fuel coatings provide excellent adhesion, hardness, and resistance to wear. These coatings are well suited for parts that operate under heavy stress. Common Michigan applications include replacing hard chrome, resurfacing rolls, protecting cutting surfaces, and strengthening high-wear areas.

Flame Spray and Arc Spray Services in Michigan

Flame spray and arc spray processes heat the coating material and propel it toward the component at high speed, forming a tough, reliable bond. These coatings help protect against corrosion, improve wear performance, enhance electrical properties, and provide thermal insulation where needed.

Plasma Coating Services in Michigan

Plasma spraying uses ionized gas to melt coating powders and apply them to the substrate, creating dense, strongly bonded surfaces. This method is ideal for high-melting-point materials such as ceramics and is often chosen when a harder, more durable coating is required for demanding environments.

Spray and Fuse Services in Michigan

Spray and fuse coatings are formulated for maximum strength through a post-application fusing process. Once fused, the metal coating integrates deeply with the base material, creating a tough, corrosion-resistant layer that surpasses the performance of most traditional thermal spray techniques.

Laser cladding services from Hayden Corp provide automated laser deposition solutions for both part restoration and new component production. Using precise laser technology, we apply coatings that create clean edges, smooth surfaces, and strong metallurgical bonds. This level of accuracy helps us meet tight tolerances and technical requirements for customers throughout Michigan.

Benefits of Laser Cladding

Wear Resistance
Applying advanced alloys with a laser significantly improves the durability of key components, helping them perform longer in demanding environments.

Corrosion Resistance
Laser cladding forms a dense, protective layer that helps shield parts from corrosion, making it an effective option for equipment exposed to moisture, chemicals, or harsh operating conditions.

Thermal Stability
Laser-deposited coatings help parts maintain strength and reliability at elevated temperatures, improving performance in applications where heat plays a major role.