TDR345

In the field of industrial identification, clear codes, barcodes, and information are the cornerstones of product traceability, quality control, and lifecycle management. However, for products exposed to highly corrosive environments (such as those in the automotive, photovoltaic, offshore, or specific industrial environments), traditional identification often faces severe challenges. Salt spray corrosion can cause label information to become blurred or fall off, resulting in the loss of traceability information and posing significant quality risks and operational costs.

Photovoltaic power generation is a rapidly developing new energy source in recent years, offering significant advantages such as pollution-free operation, renewable energy, and low costs. As photovoltaic systems are typically deployed outdoors, the label information on their equipment must remain clear and durable under various extreme conditions and environments. This necessitates that the thermal transfer ribbons used for printing possess exceptional scratch resistance, superior printability, and corrosion resistance.

Glass, a seemingly ordinary yet ubiquitous material, plays a vital role in everything from building curtain walls to car windshields, spacecraft windows to smartphone screens. Behind the glass manufacturing industry lies a seemingly small yet crucial element: thermal transfer ribbon, which silently safeguards the "identity" of every piece of glass.

Imagine this: at an accident scene, a victim is bleeding profusely and dying. A bag of matching blood could be their lifeline. However, when medical staff pick up the bag, they discover the label is illegible—unable to identify the number, blood type, or expiration date... This precious bag of blood must be left untouched. Time is running out, and life is on the line. This is no exaggeration! The label on the blood bag is the blood's "identity card," carrying the weight of the patient's life.