The corrugated paper making line machine is an advanced paper production equipment applied to produce corrugated board and other products. The daily production capacity can reach 300 tons. The corrugated paper making line paper machine uses high-quality raw materials and which can stable operation reduces failure rate and maintenance costs.

M.C. Hydrapulper is widely applied in the waste paper recycling and pulping process in paper making lines. M.C. Hydrapulper can efficiently decompose waste paper and other raw materials into fibers and impurities, providing high-quality raw materials for subsequent pulp preparation and paper making processes.

The Double Layer Wire Multi-Cylinder Corrugated Paper Machine is a high-quality production equipment that is widely used in the manufacturing industry of corrugated boxes and packaging boxes. This machine adopts the most advanced production technology and has excellent features such as high efficiency, energy saving.

This Drum Pulper is mainly applied in the paper making industry to breaking continuously and coarse screening of the waste paper material under the high consistency. Drum pulper can maximum keep the physical property of the fiber.

Leizhan company mainly operates fourdrinier and stacked wire paper making machines of various specifications and different paper types, as well as paper reels, rewinders, calenders and other equipment and installation services. High-strength corrugated paper machines widely used in various paper mills.

This paper machine is a 4300mm multi-wire and multi-cylinder corrugated paper machine, which is applied to produce 100-300g/m2 boxboard paper and high-strength corrugated paper. The toplayer wire is made of EOCC/AOCC/LOCC as raw material and the bottom wire is made of local waste paper.

This Rewinder is designed with no paper mandrel, double bottom roller transmission, and adopts modular design, which makes the rewinding process easy to observe and easy to operate. Each main transmission device is directly on the ground, minimizing the impact of vibration.