
PRODUCTS
PRODUCTION CAPACITY

Processing Equipment

Equipment Assembly

Processing Equipment

CNC cutting

Production Workshop

Processing Workshop

Processing Workshop

Processing Workshop

Why Work With Us

● We are a mechanical equipment technology company. We have practical experience and rich knowledge in close cooperation with various industries and applied ...

● For the material processing, our company has in-depth cooperation with the mineral processing majors of 4 domestic universities, which provides clients with more…

● Continue to focus on the challenge and requirement that clients have, and take advantage of our non-standard design capabilities to provide our clients with optimized solution.

● Integrity is the foundation of our survival. It is precisely because of reliable credit and solid technical skills that we have, won wide user recognition, which also enriches our practice.
PARTNER












How To Choose Equipment
2023-09-22
The porosity, as well as the carbon efficiency for direct reduction, were measured to determine the optimal conditions for the initial reduction, such as the size ratio of ore and coal particles. Thereafter, further reduction by the reducing gas was carried out to verify the effect of the preliminary reduction. The reduction kinetics of the reducing gas was also discussed.
2023-09-14
The two typical production methods for DRI are gas-based reduction and reduction using carbon composite pellets. To overcome the limitations of the above two processes, and to achieve a more efficient direct reduction process of iron ore, the possibility of combining these two methods was investigated.
2023-09-07
The primary objective of this investigation was to examine the behavior of mixture for two types of blenders and to estimate the combined blending action of these two mixers, to explore the potential to augment the homogeneity of the aggregate fractions binary mixture, i.e., mixing quality, reduce the blending time and to abbreviate the energy-consuming.
2023-09-01
The numerical model of the granular flow within an aggregate mixture, conducted in the vertical static and/or the conveyor blender, was explored using the discrete element method (DEM) approach. The blending quality of limestone fine aggregate fractions binary mixture for application in self-compacting concrete was studied.