Delivering Excellence: GN’s GNLW363D-FHD Hydraulic Centrifuge for Asian Clients

Innovative Separation Technology

GN is excited to announce the recent export of our GNLW363D-FHD fully hydraulic decanter centrifuge to a key client in Asia. As pioneers in the design and manufacture of decanter and three-phase centrifuges, GN has been setting industry standards since the 19th century. Our centrifuges operate on time-tested principles but are continuously enhanced with modern technology and materials.

Customized Solutions and Quality Materials

At GN, we understand that each separation task is unique. Therefore, we design our centrifuges to meet specific operational requirements, ensuring maximum efficiency and reliability. The GNLW363D-FHD features high-quality, durable materials that improve performance and extend the equipment’s lifespan. Our centrifuges excel in a variety of applications, from dewatering and thickening sludges to clarifying liquids and separating three-phase mixtures.

Advanced Control Systems

A standout feature of GN centrifuges is our integrated PLC and electrical control systems, designed in-house. This capability gives us a competitive edge in control technology, enhancing the performance and reliability of our equipment. Our control systems provide precise monitoring and adjustment, ensuring optimal separation results.

Wide Range of Applications

GN centrifuges are versatile, serving numerous industries with applications such as dewatering sludge, thickening mud, clarifying liquids, and classifying solids in wet suspensions by grain size. They are also adept at separating solids based on different densities and managing complex three-phase mixtures involving two immiscible fluids and a solid phase.

The GNLW363D-FHD fully hydraulic centrifuge exemplifies GN’s dedication to delivering superior separation solutions. With a focus on innovation and quality, we continue to meet the evolving needs of our clients worldwide, providing state-of-the-art centrifuge technology that enhances operational efficiency and productivity.