Metal Slot DieManst specializes in the coating technology field. Starting from addressing customer product pain points and driving process innovation, it has gradually developed a diverse matrix of coating slot die products tailored to meet customer needs. These products offer personalized choices such as various adjustment methods, single-layer multi-slurry coating, multi-layer coating, and coating slot die made from different materials.
New Continuous Double-Layer Coating DieThe new continuous double-layer coating die employs a precision slot-die extrusion wet coating technology. It features two independent coating flow channels, allowling simultaneous double-layer coating for continuous dual-layer applications. Both the upper and middle parts of the die are equipped with electric actuators, enabling closed-loop adjustment of the transverse coating areal density.Detailed Introduction
Double-Layers Integrated Coating Slot DieThe double-layer coating die features a specialized flow channel and adjustable structure, enabling independent control of double-layer areal density while preventing material mixing, and is compatible with existing coaters. This die is equipped with a lip misalignment adjustment function, and supports the coating of upper and lower insulating slurry layers, making it ideal for double-layer co-extrusion processes. By utilizing special alloys and an industry-first coating technology, it enhances wear and corrosion resistance, reduces battery safety risks, and supports customized cavity and lip designs.Detailed Introduction
New Integrated Dual-Layer Coating slot DieThe novel integrated dual-layer coating slot die, as a precision slot extrusion wet coating technology, features two coating channels enabling simultaneous dual-layer application for continuous coating operations. Both the upper and middle layers of the die incorporate electric actuators, facilitating closed-loop adjustment of lateral coating density to accommodate both continuous and intermittent coating processes.Detailed Introduction











