Tag Archives: Terracotta Rainscreen Cladding

The Advantages of 3D Inkjet Printing Terracotta Rainscreen Cladding

By using the industry’s latest research and development of 3D inkjet printing technology, LOPO is able to produce the 3D inkjet printing terracotta rainscreen cladding. Compared with the ordinary terracotta panels, the biggest difference is the unique artistic effect. Inkjet printing technology can create the effect of three-dimensional printing. The texture will be no longer monotonous repetition. It is more clear, bright, and realistic. Every piece of panels is different texture, which is more suitable for large area of the wall To decorate.

LOPO 3D inkjet stone terracotta panels

The principle of 3D inkjet printing technology, just as the office printing, is by using special ink, and then print the color design pattern on terracotta green-pressing through the computer transmission processing. The entire printing process is just a few seconds, which is quick and many colors can be printed at one go. And then after ultra-high temperature firing, you can complete a piece of high-definition beautiful terracotta rainscreen cladding product.

The patterns of inkjet printing products are entirely transmitted through high-tech digital technology. Therefore, it can accurately reproduce every detail of natural stone, which is the real completion of the ever-changing pattern effect (the patterns on each piece of panel are different).

LOPO 3D inkjet stone terracotta rainscreen cladding panels have been favored by designers since it was launched to the market. Natural stone texture is natural, solemn and solid, but it is limited by color and limited in colors, which is difficult to be controlled in terms of chromatic aberration, inferior in environmental conservation and prohibitive in price. LOPO 3D inkjet stone terracotta panels are analogous to the verisimilitude effect of natural stones, superior to natural stones in decoration effects and environmental conservation and more privileged in price. It is an ideal substitute of natural stone materials.