High temperature resist label
About this product
High temperature resist label improves product identification, product tracking, and inventory reconciliation. Labels and tags can also reduce misidentified products, improve safety, and reduce labor costs.
Product tracking and identification have become critically important to avoid costly mistakes from misidentified materials and incorrectly shipped product. Quality control relies on accurate product identification and verification procedures. These procedures must be followed even through high temperature and harsh environment processes. HEATPROOF labels and tags can provide product traceability and identification at temperatures up to 1200°C.
Features
- Proprietary technology allows labels to be applied to objects at temperatures up to 1000℃. Labels can be applied manually or with robotic systems.
- HEATPROOF Labels & Tags can withstand heat treatment processes with temperatures up to 1200 ℃ in various atmospheres.
- Barcodes can easily be created and printed on a standard, commercially available, thermal transfer printer.
Application
• Steel and Aluminum Processing: Used for tracking slabs, billets, plates, coils, and ingots through high-heat processes like annealing, homogenizing, baking, and direct casting.
• Aerospace Manufacturing: Applied to engine parts and structural components that undergo heat treatment, testing, and high-temperature assembly.
• Automotive Production: Tracked through paint lines, curing ovens, exhaust system manufacturing, and high-temperature stamping or casting lines.
• Glass and Ceramics: Utilized for tracking crucibles, molds, setters, and components through high-temperature sintering, firing, and baking ovens (ranging from 700°C to 1000°C).
• Tooling and Mold Management: Attached to industrial molds, jigs, and dies to log initial usage times, maintenance history, and cleaning cycles.
• Oil, Gas, and Power Generation: Deployed on critical infrastructure, turbines, and boilers exposed to severe outdoor weather, corrosive chemicals, and high operating temperatures.
• Electronics Assembly: Used for circuit boards and component traceability through reflow and wave-soldering processes (typically using high-temp polyimide or specialized metal-backed identifiers).