The home cleaning wipes label must meet the requirements for moisture resistance, chemical stability, and long-term adhesion under household use and storage conditions. These labels are designed to maintain bright appearance, clear printing, and strong bonding performance on flexible packaging materials that are frequently handled, opened, and resealed by consumers.

The tire label must meet the requirements of high adhesion, weather resistance, and durability under extreme conditions such as heat, moisture, friction, and outdoor exposure. These labels are applied directly onto rubber tire surfaces, which are typically uneven and contain surface-release agents, making adhesion and print stability critical for long-term identification and traceability during production, transportation, and retail display.

The compliant and tested labeling must meet strict requirements for durability, environmental stability, and regulatory compliance in various industrial and medical applications. These labels are designed to withstand exposure to extreme temperatures, humidity, sterilization, chemical solvents, and mechanical abrasion, ensuring that identification and traceability information remain clear, accurate, and permanent throughout the product’s lifecycle.

The vaccine label must meet the stringent requirements of low-temperature resistance, sterility, and chemical stability throughout the vaccine’s lifecycle — from production, filling, storage, and transportation, to final use in hospitals or vaccination centers. Vaccine labels must remain securely adhered and clearly legible even under extreme conditions such as cryogenic freezing (-80°C), high-temperature sterilization, thawing cycles, and moisture exposure.

The industrial cleaning wipes label must meet strict requirements for durability, solvent resistance, and adhesion stability in environments that often involve exposure to chemicals, oils, moisture, and high friction. These labels are designed to remain intact and legible throughout the product’s production, transportation, and long-term use, even under extreme temperature and humidity variations.

The weigh-scale label must meet the requirements of durability, temperature stability, moisture resistance, and barcode readability, ensuring that the label performs consistently under the conditions of supermarket weighing systems, logistics packaging, and food storage environments. These labels are used in various electronic weighing and printing systems, such as retail scales, logistics scales, and industrial electronic balances, requiring excellent adhesion, smooth printing performance, and resistance to oil and humidity.

The injectable labeling must meet stringent requirements for sterility, chemical resistance, low temperature durability, and moisture resistance, as it is applied directly to pharmaceutical vials, ampoules, and syringes used in clinical and hospital environments. These labels are designed to remain securely adhered under high-speed filling, sterilization, and cold chain storage conditions, while maintaining legibility, safety, and regulatory compliance throughout the product’s lifecycle.

The personal care wipes label must meet the high hygiene and safety standards required for daily-use healthcare and cosmetic products. These labels are designed to endure moisture, frequent handling, and storage in humid environments, while maintaining strong adhesion, clean appearance, and long-term readability.

Battery labels are designed to meet the demanding requirements of the energy and electronics industries, where performance, safety, and durability are critical. These labels must withstand high temperatures, humidity, chemical exposure, and abrasion, while maintaining clear print readability and strong adhesion over the entire lifespan of the battery.