You've seen rebar glowing red-hot in furnaces, and tires churning with steam in vulcanizing machines. But have you ever wondered—could a tiny label remain legible and its barcode readable under such intense heat? Meet this “information guardian.” It imprints batch numbers on steel bars with an “eternal mark,” enables tire specifications to withstand intense heat, and ensures information never yields to extreme temperatures in those unnoticed corners...

The secret to its remarkable heat resistance lies within this seemingly thin yet remarkably resilient T355 high-temperature resin-based ribbon—as thin as a feather, yet with extraordinary performance, it forms a reliable barrier in industrial applications, maintaining peak efficiency even in the face of intense flames!

【Hardcore Data That Doesn't ‘Yield’ to High Temperatures】

T355 is a high-temperature-resistant resin ribbon featuring excellent sensitivity and superior printability. It withstands reflow oven temperatures exceeding 260°C and is widely used in automotive, electronics, steel manufacturing, and other industries.

Withstands 260°C Reflow Soldering

The printed characters remain clearly legible after exposure to temperatures exceeding 260°C in a reflow oven.

Suitable for high-sensitivity production lines

High-speed printing at 6ips (152.4mm/s), seamlessly matching high-speed assembly lines such as tire vulcanization and steel bar rolling.

Compatible with special high-temperature resistant labels

Compatible with industrial-grade substrates such as coated paper, synthetic paper, and PI film, meeting the specific requirements of the automotive, electronics, and steel industries.

【Three Core Scenarios for In-Depth Application】

Steel Industry: High-Temperature Records for Rebar and Furnaces Rebar Batch Traceability Labels: In high-temperature rolling and molten steel splatter environments, labels fully preserve batch numbers and production data while maintaining high-definition character clarity.

Tire Manufacturing: “Precision Imprinting” Under Vulcanization Pressure

Tire Vulcanization Labels: Withstand high-pressure steam impacts in vulcanization chambers without smudging or peeling of barcodes and specifications.

Digital Electronics: “Identity Chips” for Precision Components

Microelectronic Component Labels: 0.5mm characters remain clearly readable after reflow soldering, significantly boosting scanning efficiency.

Instrumentation Marking: Resists chemical wipe-downs (alcohol, gasoline). Label lifespan in extreme laboratory environments extends several times longer than standard thermal transfer ribbons.

【Multiple stringent international certifications】

T355 meets multiple international standard certifications, ensuring the safety and environmental friendliness of the ribbon.

From steel furnaces to tire vulcanizing tanks, from precision electronics to automotive welding lines...

If your production line still experiences frequent label replacements due to fading at high temperatures and peeling at low temperatures, the T355 high-temperature-resistant resin-based ribbon is redefining the durability limits of industrial labeling.