Mixed carbon ribbon can be used on matte, glossy, or synthetic material surfaces.
Mixed based carbon ribbon is made by mixing resin and wax, combining the advantages of wax based carbon ribbon and all resin carbon ribbon. This type of carbon ribbon has a high melting point and excellent scratch resistance and chemical corrosion resistance, making it suitable for materials with relatively smooth surfaces.
Matte surface: Mixed carbon ribbon can provide good printing effect on the surface of matte materials. The matte surface feels smooth to the touch, but visually has a frosted feel. The wear-resistant and corrosion-resistant properties of the mixed carbon ribbon ensure that printed graphics and text remain clear and long-lasting on the matte surface.
High gloss surface: The surface of the high gloss material is bright and easy to maintain. Mixed carbon ribbon can also achieve good adhesion and clarity on high gloss surfaces, meeting the requirements for printing quality.
Synthetic material surface: Mixed based carbon ribbon is suitable for various synthetic materials, such as synthetic paper, PVC, etc. These materials usually have smooth surfaces, and mixed carbon ribbons can provide good printing effects and durability.
Precautions for use:
Printing effect: Mixed carbon ribbon has high printing resolution, suitable for printing standard and rotating barcodes, and can meet the needs of different printed materials.
Environmental requirements: In order to ensure the optimal performance of the mixed carbon ribbon, the following environmental conditions should be followed during use, transportation, and storage:
Operating environment: 5 ℃~35 ℃, relative humidity 45%~85%
Transportation environment: -5 ℃~45 ℃, relative humidity 20%~85%, time not exceeding one month
Storage environment: -5 ℃~40 ℃, relative humidity 20%~85%, storage time not exceeding one year
Avoid exposure: The mixed carbon ribbon should be avoided from direct exposure to sunlight and humid environments to prevent damage.
Summary: Mixed carbon ribbon is suitable for matte, glossy, or synthetic material surfaces due to its excellent printing effect, abrasion resistance, corrosion resistance, and other properties. When selecting and using, reasonable combinations should be made according to specific application scenarios and environmental conditions to achieve the best printing effect.