The 2024 Chinese New Year is arriving, and on this occasion of the Loong Year, GN Separation extends its sincerest gratitude and blessings to all new and old customers. Thank you all for your support and love to GN Separation over the years. It is your trust that has enabled GN to continue to grow and grow.
This week, GN Separation successfully completed the production and factory test of one set GNSP20B solid vacuum pump, and has quickly sent it to European customer sites to assist in the efficient conveying of polypropylene slurry.
This week, GN Separation completed the assembly and factory testing of one unit circular vibrating screen, which will soon be sent to overseas customers for silica sand classification project.
GN High Shear Circular Vibration Screen is a product independently developed by the company. It is designed to use a single vibration source (one vibration motor) to drive and achieve circular vibration of the screen deck assembly. It can be applied to the classification, separation, and dewatering of materials such as silica sand, feldspar, coal, iron ore, and gold ore.
GN Separation has recently successfully completed the processing and manufacturing of a high-frequency fine vibrating screen, which will be sent to overseas customer sites for ore screening and processing in gold mines. Screening equipment is essential in the mining and aggregate industries. Through continuous research and development, GN Separation Company has launched a series of high-frequency fine vibrating screens with international standards, which can bring more cost-effective solutions to the industry.
Recently, GN Separation completed the assembly of one unit GNSP20B solid vacuum pump and shipped it to a customer site in the Middle East for the transportation of garnet powder.
GN solid vacuum pump is a high-performance and compact device that can generate a vacuum degree of up to 25 inches of mercury. The suction generated by vacuum allows the garnet powder to be effectively sucked into the equipment, and then discharged and transported to the designated location through positive pressure.
