Core technology principle
Substrate innovation
Bidirectional stretch polyester film (BOPET) or polypropylene (BOPP) as the substrate, through the nano coating process to enhance the surface density, to achieve the combination of physical protection (water, oil) and chemical stability (acid and alkali resistance, corrosion resistance).
Thermal paper Thermal sensitive coating optimization
Using microcapsule color development technology, the color developer and stabilizer are encapsulated in the coating to avoid environmental moisture or oil erosion, while supporting stable development under low temperature (-20℃) to high temperature (80℃), and the color development speed is increased by 30%.
Thermal paper Adhesive innovation
The combination of acrylic pressure-sensitive adhesive and silicone backing paper increases the ductility of the adhesive layer by 50%, ensuring firm adhesion on curved or rough surfaces (such as corrugated boxes), and leaving no residual glue when removed.
Thermal paper Industry innovation application case
Pharmaceutical cold chain tracing
Thermal paper Application scenario: The vaccine transport label should be resistant to -70℃ ultra-low temperature (such as mRNA vaccine dry ice transport).
Thermal paper Solution: Five anti-thermal synthetic paper with low-temperature glue, labels in extreme temperatures do not embrittlement, thermal coating can still clearly print the batch number and expiration date, support the whole temperature and humidity monitoring data recording.
Adhesive thermal paper Thermal paper Trace the source of smart agriculture
Thermal paper Application scenario: Fresh fruits and vegetables are labeled directly after picking in the field, which needs to withstand rain, mud and cold chain environment.
Adhesive thermal paper Thermal paper Solution: The surface of the synthetic paper is coated with anti-fouling coating, supporting the outdoor thermal printer to print the origin information on the spot, and associated blockchain traceability system, consumers can scan the code to check the growth record.
Adhesive thermal paper Thermal paper Industry 4.0 Asset Management
Adhesive thermal paper Application scenario: Chemical plant device labels must be resistant to corrosive gases such as hydrogen sulfide.
Adhesive thermal paper Thermal paper Solution: Chemical resistant modifiers are added to the substrate, the label life is extended to more than 5 years in corrosive environments, and maintenance records are dynamically updated with QR codes.
Thermal paper Technological frontier breakthrough and future potential
Environmental protection upgrading
Bio-based synthetic paper: PLA (polylactic acid) instead of petroleum-based film, to achieve compostable degradation, has passed the EU EN13432 certification.
Silicon-free base paper technology: Water-based coating base paper is used to reduce silicone oil pollution, and can be directly crushed and pulped when recycled.
Adhesive thermal paper Functional integration
RFID chimeric technology: the ultra-thin RFID chip is embedded in the synthetic paper layer, and the label supports thermal printing and radio frequency identification, which is suitable for automated management of unmanned warehousing.
Photochromic coating: Displays hidden information (such as security codes) under ultraviolet light for enhanced security.