Nanjing Xiangrui Bulk-Solids Engineering Co., Ltd. is specialized in solid bulk granule processing. We are capable of providing a wide range of bulk material processing equipment and system for customers, including pneumatic conveying, blending and homogenizing, weighing and metering, unpacking and bag opening, dust collection and similar systems. Bulk material processing system may be customized.
The properties of different materials vary greatly. At present, there is no completely-quantitative theory to precisely define bulk material processing at home and abroad, so design can be made only in a half-qualitative and half-quantitative way. It is very important to guide bulk material processing based on historic experience and test data. We have experts of various industries with 30 years of experience on bulk material study, and possess dozens of years of study and engineering experience in pneumatic conveying system, hence our technology holds a high place in bulk material conveying industry across the world nowadays. We are capable of providing optimal design solutions for customers of various industries.
We have physical property test lab and pneumatic conveying lab. First, we can conduct a complete set of tests and experiments on the bulk material you provide, and summarize and analyze the test and experiment data. After that, we can design and manufacture the system to ensure the equipment is supplied in a short time. We can also provide guidance and training for installation and commissioning, thereby ensuring the system performance satisfies the customers.
We are capable of providing all you need from conceptual design to construction, and solve the problems in bulk material processing in a rapid and economic way.
While ensuring smooth conveying of bulk material, we take into consideration more factors than others, including minimizing system leftover, keeping a highly clean workshop, reducing noise, maintaining a very low operation cost and ensuring proper facility layout. Our equipment can convey bulk materials smoothly in a very energy efficient way.