Synthetic Paper Blank Label Thermal Transfer Label Waterproof Not Torn Custom Sticker

Thermal Transfer Label 

“Thermal Transfer Label” refers to a type of label produced through the thermal transfer printing process.

I. Working Principle
1.  Thermal Transfer Process
•  Thermal transfer labels are created using a thermal transfer printer. Inside the printer, there is a heating element. When a print command is issued, this element transfers ink (usually wax - based or resin - based ink) from a transfer ribbon onto the label material under specific temperature and pressure conditions.
•  The transfer ribbon is a special material with ink coated on one side. During the printing process, the ribbon and the label material (which can be paper, plastic, or other materials) pass through the printer's print head together. The print head, based on the image or text information to be printed, transfers heat to the corresponding positions on the transfer ribbon, causing the ink to melt and adhere to the label material, thus forming a clear pattern and text.

2.  Material Composition
•  A thermal transfer label mainly consists of three parts: the label backing paper, transfer ink, and label material. The label backing paper serves as a carrier and support for the transfer ribbon. It is generally made of paper, although some are made of plastic. The transfer ink is a crucial substance for printing. There are various types of inks. For example, wax - based ink is mainly used for printing at lower temperatures and is relatively inexpensive. It is suitable for situations where durability is not a high priority. Resin - based ink, on the other hand, has better scratch - resistance and chemical - resistance properties, making it ideal for use in harsh environments. The label material can be paper, polyester, polypropylene, and many other materials. Different materials are suitable for different application scenarios. For instance, polyester - based labels have good high - temperature and chemical - resistance properties and are often used for labeling electronic devices.

II. Advantages
1.  High - Quality Printing
•  Thermal transfer labels can produce high - resolution images and text. The precise control of ink transfer allows for clear, fine - detailed printing with neat text edges and vibrant image colors. For example, in the labeling of high - end products such as electronic component parts, thermal transfer labels can accurately print complex information like circuit board models and parameters. The printing quality can be comparable to that of printing presses.
2.  Durability
•  Due to the good adhesion between the transfer ink and the label material, thermal transfer labels have strong resistance to wear and chemical corrosion. For example, labels printed with resin - based ink can withstand the erosion of common solvents such as alcohol and gasoline. And within a certain temperature range (generally, resin - based ink can withstand higher temperatures), they can maintain the integrity of the label content. This makes thermal transfer labels very suitable for use in industrial environments, such as for labeling in the automotive parts and machinery manufacturing industries.
3.  Customizability
•  Thermal transfer printers can be connected to computers and use specialized printing software to design and edit label content. Users can create a wide variety of patterns, text, barcodes, etc., according to their needs. Whether it is a simple text label or a complex label containing company logos, product information, and anti - counterfeiting marks, it can be easily made. For example, in the food industry, companies can print detailed information such as the production date, shelf - life, and nutritional content of products on the labels and can adjust the content according to different product batches.

III. Application Fields
1.  Industrial Manufacturing
•  In the field of electronics manufacturing, thermal transfer labels are widely used for the identification of circuit boards and electronic components. These labels can provide important information such as the model and specifications of the components, production date, etc., which is convenient for identification during production, maintenance, and quality tracing processes. In the automotive manufacturing industry, thermal transfer labels are used for the identification of automotive parts, such as engine components and body parts, helping to manage and track parts in the complex production process.
2.  Logistics and Warehousing
•  Thermal transfer labels are commonly used for packaging and identification in the logistics process of goods. They can print clear information such as the name of the goods, weight, destination, and barcodes. In the warehousing process, scanning the barcodes on the labels can quickly facilitate inventory management and goods - in - and - out operations. For example, in large e - commerce warehouses, thermal transfer labels can help staff efficiently sort and deliver packages.
3.  Medical Industry
•  In the packaging of medical devices and pharmaceuticals, thermal transfer labels can print information such as the product name, batch number, expiration date, and instructions for use. These labels need to meet strict hygiene and durability requirements, and the chemical - resistant properties of thermal transfer labels make them suitable for medical environments. For example, on the packaging of some medical consumables, thermal transfer labels can ensure that the label content is not damaged during disinfection and other processes.

FAQ

Is it produced according to samples?

It can be produced according to samples or technical drawings based on MOQ

Payment terms：

T/T 100% deposit in advance

Delivery time：

It usually takes only 15-20 days after deposit

(depends on order specific and quantity ) 

Sample policy：

Free samples are available,shipping fees at clients’expense