The water absorption and deformability of the base paper are crucial to the dimensional stability of thermal paper and the adhesion of the coating.
The water absorption and deformability of the base paper are crucial to the dimensional stability of thermal paper and the adhesion of the coating.
The thermosetting process involves heating the ink to melt the thermoplastic resin, which then combines with the pigment particles and cools to solidify, forming a stable ink layer.
In practical applications, the bending color development stability of scratch-proof thermal paper needs to meet specific industry standards.
On a shelf overflowing with goods, consumers often form their first impression of a product within seconds. Besides packaging and color schemes, the seemingly small yet crucial label – especially those made of coated paper – plays a vital role in shaping
In fine graphic printing, the surface roughness of matt silver paper label has a particularly significant impact on the clarity of the graphic.
The base coat needs to use a high-hiding white pigment, such as titanium dioxide, to cover the base color of the original paper and ensure consistent color contrast of the thermal layer.