High frequency vibrating screen is one of the most popular products in GN mining vibrating screen family. They are designed to separate the after-crushing material which contains solids of different size ranges. Under the help of this vibrating screen, the material are separated into oversize products and undersize products. They are called fine vibrating screens because they can separate the solids smaller than 200 microns.

GN has both single deck fine vibrating screens and multideck ones which are called stack sizers, both of which are equipped with vibrating motors with high frequency upto 25Hz, also, both of them are linear motional with dual amplitude.
GN high frequency fine vibrating screens have following features:

1.The vibrating motor’s frequency is 25HZ, and the motor’s rotating frequency is above 1500RMP.
2.The high frequency vibrating screens are located at a inclined angle for operating in order to achieve an ideal separating result.
3.The screen meshes are mostly flexible polyurethane screen meshes hooked from side, and the screen meshes’ opening rates are comparably much higher than the frame screen panels. Also, such screens have a long service life up to 6 months.
4.Those high frequency fine vibrating screens have a wide application for coal processing, mineral process and metal ores mining, and etc. They can serve for wet screens such as dewatering or classification and tailing.

GNFG series high frequency fine vibrating screens have been ideal choice for clients from tin mining, gold mining’s processing or tailing, coal mining and etc. In a recent project, the client is using GNFG-1028 with gold mining. A well designed and reliable machine can help client to save both gold and medium material, which means to save more money. Also, GNFG-1028 vibrating machines are designed to work continuously more than 310 days a year.

Welcome to contact GN directly for a formal quote or solution.

In the realm of international silica sand classification projects, GN’s cutting-edge equipment, the GNYK1028 Circular Vibrating Screen, stands out as a pinnacle of efficiency and reliability. Let’s delve into the distinctive features and technical prowess that make this equipment a game-changer.

Unveiling the GNYK1028 Model

Cutting-Edge Motorization

The GNYK1028 employs a single vibration motor, proudly branded as Martin. This motorization not only propels the screen with high shear force but also ensures prolonged operational periods without glitches.

Segmental Layout for Enhanced Performance

The shaker screen assembly is ingeniously arranged in multiple segments, delivering substantial processing capacity, high screening efficiency, and minimal power consumption. The modular design minimizes dynamic loads, simplifies operations, guarantees stability, and ensures durability with minimal maintenance requirements.

Adjustable Shaker Screen Assembly Angle

Ease and reliability define the GNYK1028‘s angle adjustment capability. To augment material screening, a re-slurry spray is introduced between each screen section, enhancing the overall screening efficacy.

Robust Construction for Longevity

The entire screen assembly undergoes comprehensive heat treatment, enabling it to withstand extended periods of high-intensity vibration. This feature ensures longevity even under the most demanding operational conditions.

Premium Electrical Components

Internationally acclaimed electrical components from Siemens or Schneider infuse the GNYK1028 with operational excellence, elevating it to the standards of reliability synonymous with GN.

Flexible Polyurethane Screen Mesh

A flexible polyurethane screen mesh, known for its elasticity and resistance to clogging, takes center stage in the GNYK1028. The ability to accommodate four to five screen meshes, coupled with low noise generation during vibration, sets this equipment apart.

Hassle-Free Screen Maintenance

Bolting the screen mesh using the pull-net bolt assembly ensures ease of operation, reliable fastening, and convenient inspection, disassembly, and installation procedures.

Surface Treatment for Longevity

The screen’s surface undergoes sandblasting and heavy-duty anti-corrosion paint application. To protect the contact surfaces with materials, a wear-resistant and anti-corrosive layer of polyurethane resin or adhered wear-resistant rubber sheets is applied, significantly extending the equipment’s lifespan.

In conclusion, GN’s GNYK1028 Circular Vibrating Screen emerges as a testament to innovation in silica sand classification, offering unparalleled performance and durability for international projects.

As the global demand for gold continues to rise, the need for efficient and reliable screening equipment in overseas gold mines becomes increasingly crucial. In response to this demand, GN Solids Control Machinery has introduced the GN High-frequency Fine vibrating Screen, a cutting-edge solution that combines advanced mechanical principles with unparalleled market advantages.

The GN High-frequency F ine vibrating Screen stands out in the market due to its innovative design and superior performance. Utilizing high-frequency vibration, this equipment effectively separates materials with different particle sizes, ensuring the efficient processing of gold ore. The high-frequency vibration not only increases the screening efficiency but also enables the equipment to handle large capacities, making it ideal for the rigorous demands of overseas gold mines.

Moreover, the GN High-frequency Fine vibrating  Screen is built with durability and reliability in mind. Its robust construction and high-quality materials allow for continuous operation in harsh mining environments, minimizing downtime and maintenance costs. This reliability is a significant advantage for overseas gold mines, where operational efficiency is paramount to success.

In addition to its exceptional mechanical features, the GN High-frequency Fine vibrating  Screen offers distinct market advantages that make it the top choice for overseas gold mines. Its compact design and easy installation allow for seamless integration into existing processing plants, saving both time and resources for mine operators. Furthermore, the equipment’s energy efficiency and low carbon footprint align with the sustainability goals of many overseas mining operations, contributing to a more responsible and eco-friendly approach to gold production.

In conclusion, the GN High-frequency Fine Screen is a game-changer for overseas gold mines, combining advanced mechanical principles with unparalleled market advantages. Its high-frequency vibration, durability, reliability, and market-friendly features make it the ideal solution for efficient and sustainable gold ore screening. With the GN High-frequency Fine vibrating  Screen, overseas gold mines can enhance their operations, improve productivity, and meet the growing global demand for gold with confidence and success.

Shale shakers and hydrocyclones are both components of solids control equipment used in many industries, such as oil and gas drilling, coal bed methane (CBM), horizontal directional drilling (HDD), diamond drilling, water drilling. They used to separate drilling cuttings for first phase cleaning in a whole solids control system. They are also both used for mineral processing for classification or dewatering based on the materials’ particle sizes.

1. Shale shaker or vibrating screens:

In a solids control system, once processed by the shale shakers, the drilling fluid is deposited into the mud tanks where other solid control equipment begins to remove the finer solids from it. The solids removed by the shale shaker are discharged out of the discharge port into a separate holding tank where they await further treatment or disposal.

A vibrating screen is a key piece of equipment in mineral processing. It’s used to separate feeds containing solid and crushed ores down to less than 200 μm in size. The vibrating screens take a tough job and also responsible for the heaviest burden for separation.

2. Hydrocyclones

Hydrocyclones are a type of cyclonic separators that separate product phases mainly on the basis of differences in gravity. They are used with aqueous solutions as the primary feed fluid1. Unlike dry or dust cyclones, which separate solids from gases, hydrocyclones separate solids or different phase fluids from the bulk fluid.The hydrocyclone separator uses pressure created by a centrifugal pump or hydrostatic head to generate centrifugal force and flow patterns within the hydrocyclone. It does not have any moving parts.

Hydrocyclones have different sizes, in a solids control system, the most popular 2 sizes are 10 inch and 4 inch diameters. For mineral processing, larger sized hydrocyclones are adopted.

3. In practice, the shale shakers are more efficient than hydrocyclones, and also consumes less power. That’s why more and more end users would like to replace the hydrocyclones by shale shakers, but there is a challenge that the cut point of shakers are not easy to become so small. Now GN high frequency fine sizer series vibrating screens can solve this problem by using flexible polyurethane screen meshes with fine apertures.

Welcome to contact GN for more information.

Indonesia is a country in South East China with a rich reservation of crude oil, and the oil drilling industry is quite active there. At first, years ago, all drilling companies are only buying from US or European companies for the equipment used in drilling procedures. But now, lots of them are turning to Chinese manufacturers like GN Solids Control, one of the leading international brands.

GN Solids Control has been manufacturing the solids control equipment for more than 16 years, and has exported to more than 70 countries in the world from its headquarter in China, and the branch companies in USA, Australia and Russia.

In a recent project, a client from Indonesia ordered a batch of solids control system from GN for 4 drilling rigs. They are following:

1.Shale shaker. Shale shakers are the first step solids control to remove particles above 100 microns from drilling fluids.

2.Desander cones, Desander are 10 inch cyclones with underflow shaker to remove particles larger than 40 microns. For this Indonesia project, GN offered a small sized underflow shaker. The underflow shakers for cyclones are used for the weighted mud.

3.Desilter cones, they are cyclones of 4 inch diameter for removing the 20+ micron particles from the drilling mud. They share the same working principle like the deander cones. Those desilter cones are also equipped with underflow screens.

4.Mud guns and mud agitators. They are auxiliary equipment for the whole solids control system but quite necessary. They prevent the mud from settling down to the bottom of tank.

Besides the single equipment, GN also has the ability to design or customize the whole system for clients. Welcome to contact GN for more information. And also welcome to visit GN Companies in China, USA, and Australia.