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What’s the difference between thermal printing technology and thermal transfer technology used in label printers?

What’s the difference between thermal printing technology and thermal transfer technology used in label printers?

Thermal printing technology and thermal transfer printing technology are two core printing methods used in label printers. The key differences lie in their consumable materials, print quality, and applicable scenarios, as detailed below: **Different Consumables and Principles** Thermal Printing: No ribbon is required; it directly uses thermal paper. After the print head heats up, the chemical substances in the thermal paper’s coating react and change color, thereby forming images and text. Thermal Transfer Printing: Requires a combination of label paper and a thermal transfer ribbon. The print head heats the ribbon, transferring the ink layer from the ribbon onto the label paper to complete the print. **Different Print Quality and Durability** Thermal Printing: The print quality is moderate, with poor resistance to high temperatures, direct sunlight, and chemical solvents. Over time, the print may fade and become blurry if stored for extended periods. Thermal Transfer Printing: The print quality is sharp and clear, highly resistant to scratches, waterproof, and UV-resistant. Labels printed using this method can be stored for long periods and offer far superior durability compared to thermal printing. **Different Costs and Applicable Scenarios** Thermal Printing: Initial costs are low (no need for ribbons), making it ideal for short-term labeling applications such as supermarket price tags, express delivery waybills, and temporary document markings. Thermal Transfer Printing: While the long-term cost is slightly higher (due to the need to replace ribbons), this method is better suited for long-term storage or labels used in harsh environments—such as industrial production line markings, warehouse shelf labels, and outdoor equipment labels.

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2026

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Adhesive Label Classification

Adhesive Label Classification

There are many different models and brands of adhesive labels available on the market. But do you know the specific classification and intended uses of each type of adhesive label? Understanding the classification and applications of adhesive labels will help you choose the right one for your needs. Here’s a breakdown of adhesive label classifications and their typical uses: 1. **Mirror-coated copperplate paper**: This type of adhesive label is made from high-quality, multi-colored materials. It’s commonly used for information labels on products such as pharmaceuticals, food, electrical appliances, and cultural goods. 2. **Matte paper and offset paper**: These adhesive labels are often made from specialized label papers designed for specific purposes. They’re typically used for high-speed laser or inkjet printing of information labels.

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2026

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01

Adhesive Label Classification

Adhesive Label Classification

There are many different models and brands of adhesive labels available on the market. But do you know the specific classification and intended uses of each type of adhesive label? Understanding the classification and applications of adhesive labels will help you choose the right one for your needs. Here’s a breakdown of adhesive label classifications and their typical uses: 1. **Mirror-coated copperplate paper**: This type of adhesive label is made from high-quality, multi-colored materials. It’s commonly used for information labels on products such as pharmaceuticals, food, electrical appliances, and cultural goods. 2. **Matte paper and offset paper**: These adhesive labels are often made from specialized label papers designed for specific purposes. They’re typically used for high-speed laser or inkjet printing of information labels.

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2026

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01

What details should you pay attention to when customizing adhesive labels?

What details should you pay attention to when customizing adhesive labels?

Custom adhesive label production requires careful consideration of details such as material, manufacturing process, and intended application scenario to ensure the final product meets your needs. The specific points to note are as follows: 1. Clearly define the application scenario and environment Before proceeding, you need to determine the substrate on which the labels will be applied (e.g., glass, plastic, metal, cardboard) and the usage environment (indoor vs. outdoor, high temperature vs. low temperature, humid vs. oily conditions). For example, outdoor labels should use weather-resistant materials such as PET or PVC; cold-chain labels must be resistant to low temperatures and condensation to prevent edge curling, peeling, or fading. 2. Choose the right substrate and adhesive type Substrates include paper-based materials (such as coated paper and thermal paper, suitable for short-term indoor use) and synthetic papers (such as PET and PP, ideal for long-term use or harsh environments). Adhesive types include permanent adhesives (difficult to remove, suitable for fixed labeling), removable adhesives (leave no residue after removal, perfect for temporary labels), and low-temperature adhesives (suitable for cold-chain applications). Select the appropriate adhesive type based on your specific needs. 3. Confirm printing and content details Text, barcodes, and graphics must be clearly legible; barcodes must meet scanning standards. Specify whether colors should be printed using CMYK or spot colors to avoid color discrepancies. Also, leave an appropriate bleed margin (typically 3 mm) to prevent content loss during cutting. 4. Control dimensions and die-cutting accuracy Label dimensions should match the size of the object being labeled; for irregularly shaped labels, ensure precise die-cutting accuracy. Before mass production, it’s recommended to produce a sample first to check the dimensions, adhesion effect, and print quality, thus avoiding costly rework in bulk production. 5. Calculate costs and delivery timelines Clearly define the minimum order quantity, unit price, shipping costs, and any rush fees. At the same time, confirm the production and delivery lead times to avoid delays that could impact your project schedule.

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2026

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What are the advantages of self-adhesive labels?

What are the advantages of self-adhesive labels?

Self-adhesive labels are currently one of the most widely used label types. With three core advantages—convenience, adaptability, and cost-effectiveness—they cover a wide range of applications, including personal, commercial, and industrial settings. First, they’re incredibly easy to apply, requiring no additional supplies. Self-adhesive labels come with their own adhesive backing; simply peel off the release liner and stick them directly onto surfaces—no need for glue, tape, or other auxiliary materials. Whether applied by hand or using automated machinery, these labels offer high operational efficiency, significantly reducing labor and time costs. They’re especially well-suited for high-frequency labeling scenarios such as e-commerce and supermarkets. Second, they’re highly adaptable and versatile in their application. The choice of substrate materials is extensive, including coated paper, thermal paper, PET, PVC, and more, allowing them to meet diverse environmental needs. Paper-based substrates are ideal for short-term indoor signage, while PET and PVC materials offer water resistance, scratch resistance, and tolerance to extreme temperatures, making them perfect for complex environments such as industrial production lines, outdoor equipment, and cold-chain logistics. Moreover, these labels can adhere to a variety of surfaces—including glass, plastic, metal, and paper—exhibiting far superior compatibility compared to traditional labels. Third, they’re cost-effective and highly flexible. With mature production processes, they support customized printing options. Whether you need small-batch personal storage labels or large-scale commercial barcode labels, you can have them made exactly to your requirements, with low minimum order quantities. Additionally, the printing quality is exceptionally high, enabling the inclusion of various types of information, such as text, barcodes, and graphics, thus meeting diverse needs like brand identification and product traceability. Furthermore, self-adhesive labels offer an added advantage: they leave no residue when removed. Some removable adhesive versions are designed so that after removal, they hardly leave any sticky traces behind, making them ideal for temporary signage applications.

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2026

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01

What’s the difference between thermal printing technology and thermal transfer technology used in label printers?

What’s the difference between thermal printing technology and thermal transfer technology used in label printers?

Thermal printing technology and thermal transfer printing technology are two core printing methods used in label printers. The key differences lie in their consumable materials, print quality, and applicable scenarios, as detailed below: **Different Consumables and Principles** Thermal Printing: No ribbon is required; it directly uses thermal paper. After the print head heats up, the chemical substances in the thermal paper’s coating react and change color, thereby forming images and text. Thermal Transfer Printing: Requires a combination of label paper and a thermal transfer ribbon. The print head heats the ribbon, transferring the ink layer from the ribbon onto the label paper to complete the print. **Different Print Quality and Durability** Thermal Printing: The print quality is moderate, with poor resistance to high temperatures, direct sunlight, and chemical solvents. Over time, the print may fade and become blurry if stored for extended periods. Thermal Transfer Printing: The print quality is sharp and clear, highly resistant to scratches, waterproof, and UV-resistant. Labels printed using this method can be stored for long periods and offer far superior durability compared to thermal printing. **Different Costs and Applicable Scenarios** Thermal Printing: Initial costs are low (no need for ribbons), making it ideal for short-term labeling applications such as supermarket price tags, express delivery waybills, and temporary document markings. Thermal Transfer Printing: While the long-term cost is slightly higher (due to the need to replace ribbons), this method is better suited for long-term storage or labels used in harsh environments—such as industrial production line markings, warehouse shelf labels, and outdoor equipment labels.

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2026

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01

Main Model Classification of Labeling Machines

Main Model Classification of Labeling Machines

Label printers can be categorized into four major types based on application scenarios, printing technology, and structural design, covering personal, commercial, and industrial needs. Handheld portable label printers are compact in size and offer long battery life. They support Bluetooth connectivity with mobile phones or can operate independently offline. Most of these printers use thermal printing technology and are ideal for household storage, office document labeling, cable identification, and other similar applications. Representative models include Brother PT-E115 and Deli DL-280D. Their key advantages are instant printing and easy, flexible operation. Desktop label printers provide higher printing precision and support a variety of media widths. They accommodate both thermal and thermal transfer printing technologies. Thermal transfer models can print waterproof and scratch-resistant PET labels, making them suitable for supermarket price tags and warehouse shelf labeling. Common models include Zebra GK888t and GWT GP-3120TU, which are well-suited for small to medium-sized stores and corporate offices. Industrial-grade label printers feature high-speed printing and 24-hour continuous operation capabilities. They are equipped with durable mechanisms and support RFID electronic tags as well as ultra-wide-format industrial label printing. These printers can handle harsh production environments and are commonly used for production line marking in manufacturing, logistics pallet labeling, and hazardous chemical labeling. Leading brands in this category include Zebra’s ZT series and Sato’s CL4NX. Smart label printers integrate Wi-Fi and cloud-based management functions, supporting batch template imports and remote control. Some models come with built-in cameras that automatically generate labels by image recognition. They are ideal for e-commerce warehousing and smart sorting scenarios in new retail environments, making them the mainstream choice for intelligent upgrades. The core differences among various models lie in printing speed, media compatibility, and environmental adaptability, allowing users to select the right model based on their specific application requirements.

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2026

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Main categories of adhesive labels

Main categories of adhesive labels

Paper-based materials are primarily used in liquid detergents and mainstream personal care products; film-based materials are mainly employed in mid- to high-end daily chemical products. Currently, mainstream personal care products and household liquid detergents account for a significant share of the market, thus driving greater demand for paper materials. Commonly used film materials include PE, PP, PVC, and several other synthetic materials. Film materials typically come in three types: white, matte, and transparent. Since film materials do not have particularly good printability, they are usually subjected to corona treatment or coated on their surface to enhance their printability. To prevent deformation of certain film materials during printing and labeling processes,

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