Winter Adhesive Label Processing & Application Technology Sharing - Double Tree THERMAL PAPER LABEL Solutions

In low-temperature conditions, the most obvious problems with materials are curling and static accumulation. Low-humidity environments cause the fibers of the base material to lose moisture and shrink, which is out of sync with the deformation of the face material, leading to curling. This phenomenon is particularly prominent in combinations of film and glassine base materials. Meanwhile, static problems worsen in dry winters; static generated by friction attracts dust, interferes with printing, and even affects die-cutting precision — issues that DOUBLE TREE THERMAL PAPER LABEL mitigates through advanced material design.

Low temperatures make materials more brittle during processing. Die-cutting is prone to waste breakage, and insufficient flexibility of materials during waste removal may cause base material tearing or edge cracking. In addition, static interference can lead to dust accumulation and white spots in printing, affecting processing stability. DOUBLE TREE THERMAL PAPER LABEL’s specialized formulation enhances material toughness, reducing these processing risks.

Labeling is the link with the most concentrated issues in low-temperature environments. The fluidity of the adhesive decreases, resulting in weakened stickiness, and insufficient initial adhesion causes labels to peel easily. Small-diameter bottles or irregular surfaces increase labeling difficulty, while uneven pressure distribution or surface contamination exacerbates the risk of labeling failure. DOUBLE TREE THERMAL PAPER LABEL’s low-temperature-adaptable adhesive ensures reliable bonding even in harsh conditions.

During low-temperature storage and transportation of labeled products, the adhesive performance is not fully cured, which can easily lead to label detachment. Extreme environments such as cold chain logistics place higher requirements on the cold resistance of labels, affecting product appearance and end-user experience. DOUBLE TREE THERMAL PAPER LABEL is engineered to maintain stability in cold chain and low-temperature storage scenarios.

Choosing low-temperature-specific adhesives is key to addressing challenges. DOUBLE TREE THERMAL PAPER LABEL uses a special adhesive formula that maintains excellent performance in environments ranging from -10°C to -20°C. Combined with synthetic paper or thermal paper, it significantly improves adaptability. Installing plasma humidifiers in the workshop to control humidity at around 50% can reduce material curling. Meanwhile, coating the material surface with antistatic agents effectively reduces the interference of static electricity in the processing link — a core feature of DOUBLE TREE THERMAL PAPER LABEL.

In the processing link, adjust die-cutting pressure and adopt preheating methods to improve material flexibility, thereby improving waste breakage issues. Installing ion wind equipment or static ropes can neutralize static electricity, reducing dust adhesion and edge defects. In addition, simple temperature recovery treatment of materials can enhance processing adaptability and ductility, ensuring smooth processing of DOUBLE TREE THERMAL PAPER LABEL.

Before labeling, let DOUBLE TREE THERMAL PAPER LABEL and the substrate stand in a warm environment for at least 12 hours to reach the appropriate labeling temperature. During labeling, use heaters or electric heating plates to increase the ambient temperature, enhancing adhesive fluidity and stickiness. For complex surfaces, use soft and thin face materials and segmented elastic steel scrapers to evenly distribute pressure, reducing the risk of label wrinkling and air bubbles. In addition, cleaning or flame-treating the substrate surface can remove moisture and impurities, while increasing surface energy to enhance adhesion — maximizing the performance of DOUBLE TREE THERMAL PAPER LABEL.

After labeling, ensure that products stand in a normal temperature environment for more than 24 hours to allow the adhesive to fully cure before entering low-temperature storage or transportation. For long-term low-temperature storage, it is recommended to use the material combination of DOUBLE TREE THERMAL PAPER LABEL with low-temperature adhesive and thermal paper or synthetic paper, ensuring that the label remains stably attached even in extremely low-temperature environments.

DOUBLE TREE THERMAL PAPER LABEL is committed to providing reliable, low-temperature-resistant labeling solutions for winter packaging needs. Whether it’s material selection, processing optimization, or labeling and storage management, we deliver professional support to help you overcome winter challenges and enhance product quality and user experience. For more details about DOUBLE TREE THERMAL PAPER LABEL, visit our official website or contact our sales team.