Ricoh bottomless paper thermal label material
Advantages Analysis
The usage ratio of traditional label materials and base paper is 1:1
No backing paper means nearly 30% savings in raw materials
The cost of storage and transportation has almost halved
Doubling the number of labels per roll reduces downtime for roll replacement
Exemption from the cost and environmental pollution caused by traditional label processing of waste base paper
The market prospects are broad, with an annual growth rate of around 40%
Market Outlook Analysis
Silicone oil and glue have high requirements for coating technology. Advanced coating technology ensures product quality and saves 30% of raw materials, which not only saves costs but also greatly reduces; Carbon emissions
High popularity in the logistics and retail industries abroad, with an annual market growth rate of around 40%, and new trends in market demand and label development
Performance Advantages
Can be used with a printer, easy to peel off and print smoothly, with good protection
Waterproof, oil resistant, scratch resistant, plastic resistant, alcohol resistant
Clear printing and adjustable printing length
Back coating with protective layer, effectively protecting the print head and extending the lifespan of the printer
Multiple specifications, capable of meeting all specifications of paperless printers
Not using Gracin base paper, environmentally friendly carbon reduction Plus
SLL paper roll does not deform, is easy to cut, and has strong adhesion
Thermal Transfer Ribbon
OwnLikes, with its continuous technological research and rich service experience, has outstanding performance in carbon ribbon printing with wide applicability, clear images, and enhanced scratch durability. The unique anti-static back coating technology provides better protection and extends the service life of the print head
OwnLikes thermal transfer carbon tape is widely used in various fields such as electronics, electronics, automotive, industry, commerce, warehousing, logistics, and medicine
OwnLikes has sufficient experience in the application and development of thermal transfer carbon ribbon printing technology. All products undergo strict physical and chemical testing, environmental simulation testing, and printer printing testing before leaving the factory. At the same time, the laboratory continuously analyzes and tests the formula of heat transfer carbon tape and label materials to provide users with appropriate and standard compliant products
Thermal transfer carbon tape is a consumable used in barcode printers, which is a polyester film coated with wax, resin, or mixed ink on one side. Apply lubricant on the side without ink to prevent wear of the print head. The ink on the barcode ribbon will transfer the corresponding text and barcode information to the label under the heat and pressure of the barcode printer print head
Heat transfer carbon tape can be divided into three types based on chemical composition (material): wax based, mixed based, and resin based. Generally, wax based carbon ribbon refers to carbon ribbon with a paraffin to resin ratio of 70%, mixed based carbon ribbon refers to carbon ribbon with a paraffin to resin ratio of 50% each, and resin based carbon ribbon refers to carbon ribbon with a paraffin to resin ratio of less than 50%
1. Wax based carbon ribbon has the characteristics of high sensitivity, high resolution, and high density, and is widely applicable, such as ordinary paper, copperplate paper, rough paper, smooth paper, coated paper, synthetic paper, etc
2. Half tree and half wax Wax Wax/Resin carbon tape has stain resistance, high definition, and high resolution, and is widely applicable to various labels such as copperplate paper, smooth paper, coated paper, synthetic paper, PET, PVC, etc
3. Resin based carbon tape has high-quality scratch resistance, stain resistance, solvent resistance, high resolution, etc., suitable for labels of various materials, especially various polyester and plastic labels, such as synthetic paper PVC、PET、BOPP、PE、PS、Polyimide、 Washing labels, etc
What are the precautions for using thermal paper?
1. Choose suitable thermal paper: Choose high-temperature resistant paper according to your needs to prevent handwriting fading.
2. Storage environment: dry, ventilated, dust-free, moisture-proof, hot, and sun proof, solvent and acid-base resistant.
3. Printing parameters: Set correctly and do not change them arbitrarily.
4. Precautions for use: Scratch resistant, minimal contact, frequent hand washing, pollution prevention, and child contact prevention.
5. Storage time: Avoid long-term storage, usually 1-2 years.
In summary, it is important to choose, use, and store thermal paper correctly, pay attention to hygiene, and ensure effectiveness and safety.
