CA-Tag™ is built to track materials through oxygen-free furnace environments where high heat and long exposure times can destroy ordinary identification.

• Intended to track materials heat treated in oxygen-free furnaces
• Designed for carbon steel, stainless steel, copper, and exotic alloys
• Withstands 1,800°F / 982°C for 2 hours
• Withstands 1,600°F / 871°C for 48 hours
• Built for high-temperature industrial traceability
• Helps keep heat-treated materials identifiable through demanding furnace cycles
• Supports durable tracking for critical materials and alloys
• Traceability built for oxygen-free heat treatment.
• CA-Tag™ keeps product identity connected when furnace conditions are unforgiving.

Oxygen-free furnaces create a demanding environment for product identification. Materials may be exposed to high temperatures for hours or even days, and standard labels are not designed to survive those conditions.

CA-Tag™ is intended to track materials that are heat treated in oxygen-free furnaces. It is designed for use with carbon steel, stainless steel, copper, and exotic alloys, making it a strong option for facilities that need reliable identification through specialized heat treatment processes.

Built for Carbon Steel, Stainless Steel, Copper, and Exotic Alloys

Different materials may move through the same heat treatment operation, and many can look similar after processing. Without durable identification, teams may struggle to connect the finished material back to the correct order, specification, heat, or customer requirement.

CA-Tag™ helps solve this challenge by giving teams a durable metal ID tag designed for multiple material types. Whether you are processing carbon steel, stainless steel, copper, or exotic alloys, CA-Tag™ helps keep product identity connected through high-temperature furnace exposure.

Why Traceability Matters in Furnace Processing

In heat treatment, traceability is critical. Losing product identity can create delays, quality concerns, manual verification steps, or uncertainty around material history. For high-value alloys or critical parts, an unreadable tag can become a costly production problem.

CA-Tag™ helps preserve traceability through oxygen-free furnace processing, allowing teams to keep each material tied to process data, job information, order requirements, and downstream movement. Reliable identification helps your operation maintain confidence from furnace entry to final shipment.

Solve Furnace Tag Failures and Manual Re-Identification

If tags fail inside or after the furnace, your team has to recover traceability manually. That may mean extra inspections, sorting, paperwork checks, or holding material until identity can be confirmed. These delays reduce productivity and increase the risk of errors.

CA-Tag™ helps solve that issue with identification designed for long, high-temperature exposure. By choosing a tag built for oxygen-free furnace environments, your team can reduce re-tagging, avoid unnecessary handling, and keep heat-treated material moving.

The Right Tag for Specialized Heat Treatment

CA-Tag™ is a strong fit for steel mills, heat treaters, alloy processors, manufacturers, and industrial teams working with oxygen-free furnaces. It is ideal for applications involving carbon steel, stainless steel, copper, exotic alloys, high-temperature processing, and extended furnace cycles.

For teams searching for oxygen-free furnace tags, heat treatment tags, high-temperature metal ID tags, alloy tracking tags, carbon steel tags, stainless steel tags, copper tags, or durable furnace identification, CA-Tag™ provides a purpose-built solution for demanding thermal processes.