Haynes® 230® Metal Stamping Services

High-temperature environments destroy ordinary alloys fast. Combustion cans, transition ducts, furnace retorts, and catalyst grid supports face oxidizing gases, nitriding atmospheres, and sustained heat that most metals cannot handle without cracking, warping, or losing strength. Haynes® 230® was engineered to solve that problem. Pacific Metal Stampings manufactures precision stamped components from Haynes® 230® alloy for engineers and buyers who need parts that hold their shape and strength at temperatures up to 2100°F (1149°C).

What Is Haynes® 230® Alloy?

Haynes® 230® (UNS N06230) is a nickel-chromium-tungsten-molybdenum alloy built for prolonged exposure to extreme heat. Its nominal composition runs roughly 57% nickel, 22% chromium, 14% tungsten, and 2% molybdenum, giving it a combination of high-temperature strength, oxidation resistance, and long-term stability that few alloys can match.

Key properties of Haynes® 230® include:

• Resistance to oxidizing environments for continuous exposure up to 2100°F (1149°C)
• Among the most nitriding-resistant alloys commercially available
• Excellent long-term thermal stability, with no sigma or mu phase formation even after extended high-temperature exposure
• Lower thermal expansion than most comparable superalloys, which means tighter dimensional control in service
• Strong resistance to grain coarsening at elevated temperatures
• Good formability through hot- or cold-working, and weldable by GTAW, GMAW, and resistance welding

Haynes® 230® Applications We Support

Haynes® 230® stamped parts show up wherever heat, corrosive gas, and long service life intersect.

Aerospace and Power Generation

In aerospace and power turbine applications, Haynes® 230® is used for combustion cans, transition ducts, flame holders, and thermocouple sheaths, components that need to survive thousands of hours at temperatures that would fatigue or oxidize a standard stainless steel.

Chemical Processing

Chemical processors rely on Haynes® 230® for catalyst grid supports in ammonia burners, high-temperature heat exchangers, high-strength thermocouple protection tubes, and process ducting exposed to aggressive gas streams.

Industrial Heating

Furnace retorts, chains and fixtures, burner flame shrouds, dampers, and heat-treating baskets are common Haynes® 230® stamped parts in industrial heating systems, where the alloy's resistance to grain growth and nitriding keeps components in service far longer than lower-grade alternatives.

Why Pacific Metal Stampings for Haynes® 230® Parts

Working with a high-temperature superalloy like Haynes® 230® takes a stamping partner who understands how the material behaves under tooling, forming, and secondary processing. Since 1968, Pacific Metal Stampings has produced custom stamped components for customers across California, 39 other states, and nine countries.

• Custom metal stamping in quantities from 250 to 250,000 pieces
• Low-cost tooling that can save up to 80% versus conventional tooling methods
• Short-run and long-run production to match your project timeline
• ISO 9001 certified, DFARS and RoHS compliant, and a LEAN Manufacturing Award winner

Haynes® 230® stampings sit alongside other high-performance alloys we regularly work with, including Hastelloy, Inconel, Waspaloy, and our broader line of Haynes stainless steel stampings.

Request a Quote for Haynes® 230® Stamped Parts

If your project calls for Haynes® 230® components that need to perform in oxidizing, nitriding, or high-temperature service, our team can help you find the most cost-effective stamping process for your specifications. Request a quote or contact a sales specialist to discuss your Haynes® 230® stamped parts today.

Frequently Asked Questions About Haynes® 230® Stamping

What is Haynes® 230® alloy used for? 

Haynes® 230® is used for components exposed to sustained high heat and corrosive gases, including combustion cans, transition ducts, catalyst grid supports, furnace retorts, and heat-treating fixtures across aerospace, power generation, chemical processing, and industrial heating applications.

What temperatures can Haynes® 230® withstand? 

Haynes® 230® resists oxidizing environments for continuous, long-term exposure up to 2100°F (1149°C) and can tolerate short-duration exposure at even higher temperatures.

H3: Can Haynes® 230® be stamped into custom parts? 

Yes. Haynes® 230® has good forming and welding characteristics and can be hot- or cold-worked into custom stamped components, provided the alloy is properly annealed and cooled to restore its optimal balance of strength and ductility.

H3: What industries use Haynes® 230® stamped components? 

Aerospace, power generation, chemical processing, and industrial heating are the primary industries that specify Haynes® 230® for gas turbine parts, process internals, furnace components, and other high-temperature applications.