Building material printing

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Product News

360° rotating roller with stop function ensures ultra-high printing precision; LCD human-machine interface; 4–9 mm adjustable mesh gap (the distance between the screen and the roller surface); Pull-out screen frame for easy inspection of paper feed conditions and screen cleaning; PLC-controlled centralized lubrication system ensures proper lubrication of transmission components, reduces wear on critical parts, and extends equipment service life; Photoelectric sensors continuously monitor the presence of blank paper and skewed sheets during the printing process, effectively reducing defect rates; Precise paper transfer at the roller, with minimal tooth engagement; Pneumatic screen-frame clamping device and blade-assisted pressure-holding mechanism; Automatic ink reservoir replenishment system when the machine is stopped; Unique non-stop adjustable push-and-pull guiding design.

Keywords:

Building material printing

FT-PH800

The FT-series flat-conveyor jet-type high-efficiency automatic dryer is a drying device specially designed and developed by our company for various types of screen-printing inks. This equipment can also be seamlessly integrated with a wide range of imported and domestically produced printing machines, forming a complete and highly efficient production line. The dryer is widely used in the printing industry for materials such as paper, printed circuit boards, dashboards, advertising materials, plastics, and other substrates. It features three unique functions: hot-air drying, UV curing, and cold-air cooling. The standard configuration of this dryer includes four hot-air drying zones, one UV curing zone, and one cold-air cooling zone. Its conveyor mesh belt is made of glass fiber coated with Teflon from the United States, offering excellent resistance to coating, high-temperature tolerance, abrasion resistance, and radiation resistance. The cooling unit is equipped with an imported compressor, capable of generating a low-temperature, cool-air environment that rapidly and effectively reduces the drying temperature of printed materials. The equipment’s operating speed is continuously adjustable, and its top cover opens via pneumatic actuation, ensuring convenient operation. Depending on the type of printing material and the specific characteristics of the ink, the equipment offers multiple optional operating modes, including single-lamp mode and multi-lamp mode. These modes not only extend the service life of the lamps but also significantly save energy.

Keywords:

Building material printing