Mold management supports high temperature ranges and is capable of QR code recognition.
Heat-resistant QR code nameplate
The heat-resistant QR code nameplate that can be used in high-temperature environments prevents discoloration due to oxidation and is ideal for product traceability and quality control. By utilizing a highly durable special surface treatment technology, it protects QR codes that remain identifiable even in environments exceeding 1000 degrees Celsius. This technology is used in fields such as aerospace, automotive manufacturing, and mold management, significantly contributing to product process tracking and efficiency. It can also be easily read by smartphone cameras, reducing the burden of management.
Inquire About This Product
basic information
Made of SUS304, heat-resistant up to 1000℃ / maximum temperature, normal heat resistance temperature 800℃, film thickness 1μm. Laser marking will be performed using any data, and discoloration prevention treatment will be applied.
Price information
500 yen to 10,000 yen
Delivery Time
Applications/Examples of results
Die-cast mold storage management, operational information sharing DX IoT solution Heating process management, sterilization. Prevent discoloration in the sterilization process.
News about this product（1）
Company information
Kansai Manufacturing New Selection - Designation - Skill Osaka Prefecture Manufacturing Excellence Award - Artisan Osaka Prefecture Intellectual Property Division Award - Knowledge Yao Chamber of Commerce and Industry New Technology/New Product Development Excellent Small and Medium Enterprises Award - Recipient Production of heat-resistant nameplates (name plates) made from SUS304 base material, capable of continuous use at 800°C and up to 1000°C. Various parts trays that require heating are printed with QR codes and undergo coating treatment, enabling quality and mass production management in high-temperature heating environments. QR code recognition with smartphones has been made possible. By simply applying it before brazing, it prevents metal burning and discoloration, reducing post-process cleaning and buffing steps. Corrosion prevention - Coating treatment for stainless steel products in coastal areas is possible, preventing metal corrosion due to salt damage. Chemical resistance - Excellent acid resistance, demonstrating chemical resistance from pH 1 to pH 11 in the alkaline range. Insulation - Exhibits insulation and coating effects on metal surfaces, with 5μ + 2 at DC/500V/∞. Heat resistance - Compatible with temperatures ranging from 200°C to 2000°C across various grades. Introduction of Keyence Corporation's MD-V9900 3D curved surface compatible laser engraving machine.