Star Trace Solutions Private Limited

Silica Separator
STL is one of the leading manufacturers of ore dressing equipment(Silica separator ). The present range of steel Process equipment enables us to provide complete packages. Magnetic wet separators constitute an important part of the product range and are known for advanced engineering design and excellent performance. As a result of continuous development in separator technology, still can offer a complete line of magnetic wet separators to the mining and mineral industries.

Product models and sizes:stl's wet permanent magnetic separators (Silica separator) are offered in sizes of dia. 1200 mm and 916mm in lengths of up to 3000mm. Three basic separator designs are available for cobbing, roughing and finishing/cleaning applications. Each type can be supplied in a single drum or multiple drum stages of taconite or magnetite and also for recovery for the magnetic medium in dense media plants. The stationary magnet yoke is an assembly of strontium-ferrite permanent ceramic magnets. (Silica separator) the rotating drum is available with optional rubber or stainless steel covers. The magnetic flux pattern will match the tank configuration for optimum performance. Stl's magnetic wet separator dia 916 x 300 mm is the smallest full-scale separator in the 916 series and is primarily used for pilot plant tests. The separator can be delivered in concurrent, countercurrent and counter-rotation versions. (Silica separator) STL's magnetic wet separator for laboratory use have drum dimensions dia. 600 x 285 mm and dia. 200 x 100 mm and are suitable for batch or continuous testing. The test results from the stl laboratory separators correspond closely to those obtained in full-scale operation. pilot unit dia. 916 x 300mm. Left.

Adjustment of magnet yoke and drum:(Silica separator) the magnet yoke is mounted on the stationary drum shaft and its position can be adjusted (+/-35) by a lever at the end of the drum shaft to optimize running conditions in accordance with tank design and type of ore. The gap between tank and drum, which determines the pulp flow speed, can be adjusted vertically by shims inserted under the bearing housing and shaft support. Horizontal adjustment is by slotted holes.

Magnetic Roll Separator
Magnetic roll separator, Induced Magnetic Roll Separator, Single And Double Roller Magnetic Separator, Laboratory Rare Earth Roll Magnetic Separator, induced roll separator, Induced Magnetic Roll Separator, High Gradient Permanent Magnetic Roller Seperators is a roll type dry magnetic separator with fixed magnet having high field intense and gradient. The magnets used in the Magnetic roll separator for silicas and made of alloys of rare earth elements are more powerful as compared to other magnets. Magnetic roll separator for silicas generate high attraction forces on the magnetic roll due to their properties and special magnetic series. The obtained high magnetic attraction forces have low magnetic sensitivity and therefore they make it possible to separate very fine low magnetic minerals with a high recovery.

The most distinguishing property of Magnetic roll separator is the used magnets that are an alloy of rare earth elements produced domestically and more powerful. Magnetic systems has a number of standard sizes in which the high gradient separator is produced, and all of these sizes only require a low installation height. It is also possible to make a system in accordance with customer specifications. Depending on the requirements made and the application, a choice can be made for a single stage system or for multiple magnet rolls under one another. This results in an even higher degree of iron separation.

Silica sand washing machine
Silica sand washing machine are an effective way to wash, dewater, deslime and control the bottom end of the gradation.
A large pool area provides maximum retention of desirable product sizes, while a rising current system floats off the excess “fines”.

Advantages-
Silica sand washing machine Simple to operate Limited maintenance Low power consumption

Features and Benefits-

1.Simple structure Water saving No pollution Easy to maintain Durability.
2. It is of simple structure, the bearing device of impeller drive is separated from water and materials with water, to avoid in a large degree that the bearings are damaged by being soaked with water, sand or some polluted things.
3. When it is used for cleaning sand in quarries, it has many advantages compared with the traditional spiral one.
4. There is little loss for medium-sized and fine sand and stone powder. The grade and the fineness of the sand for construction after being washed can be up to the national standards, such as “sand for construction” and “cobble and broken stones for construction”.

Vibrating Screen for silica and heavy crimped wire meshes are mostly used for sieving heavy ores. Mainly used in fencing and concrete reinforcement and crushers in cement plants. We offer customer made vibrating screen for silica made of different aperture sizes and metals with an option of folded edges. Our range of vibrating screen for silicaincludes dewatering screens, screen separators, linear motion screens and vibrating screen separators.(Vibrating Screens)
Dewatering Screen (Vibrating Screens for silica) Whilst enjoying immense popularity for many years on small horizontal and inclined screens (Vibrating Screen for silica), Star Trace is the first company in the world to perfect this simple drive arrangement on large dewatering screens. This single development has resulted in tremendous advantages as far as reduced maintenance, compactness and simplicity are concerned.
Screen Separator (Vibrating Screens for silica) Screen separators is a unique particle size gradable separator designed for greater capacity per meter square of screening area & over size material discharge with relatively much less percentage fines than other screening machines (Vibrating Screen for silica).
Linear Motion Screen (Vibrating Screens) Whilst enjoying immense popularity for many years on small horizontal and inclined screens, Star Trace is the first company in the world to perfect this simple drive arrangement on large horizontal and inclined linear motion screens (Vibrating Screen for silica). This single development has resulted in tremendous advantages as far as reduced maintenance, compactness and simplicity are concerned.
Circular Motion Screen(Vibrating Screens for silica)
The circular motion screens is a new generation vibratory screening machine characterized by low profile, efficient protection of support structure from vibrating masses and virtually noiseless operation. (Vibrating Screens for silica) The various versions of these circular motion screen permit its use for wet and dry screening, coarse and fine Separations and are widely used in steel mills, mineral beneficiation plants, chemical, mining, food and fertilizer industries, coal preparation plants and many others (Vibrating Screen for silica).
Vibratory Screen(Vibrating Screens for silica)Vibratory Screening are well designed to suitable for Capacity 100 kgs/hr to 22000 kgs/hr., Machines Models are Available from 12 inches dia to 72 inches diameter (Vibrating Screen for silica). We can Provide 4 mesh to 400 mesh.

Silica Sand Magnetic Separator
STL is one of the leading manufacturers of ore dressing equipment. The present range of stl Process equipment enables us to provide complete packages. Magnetic wet separators constitute an important part of the product range and are known for advanced engineering design and excellent performance. As a result of continuous development in separator technology stl can offer a complete line of magnetic wet separators to the mining and mineral industries.

Product models and sizes:stl's wet permanent magnetic separators are offered in sizes of dia. 1200 mm and 916mm in lengths of up to 3000mm. Three basic separator designs are available for cobbing, roughing and finishing/cleaning applications. Each type can be supplied in single drum or multiple drum stages of taconite or magnetite and also for recovery for magnetic medium in dense media plants. The stationary magnet yoke is an assembly of strontium-ferrite permanent ceramic magnets. The rotating drum is available with optional rubber or stainless steel covers. The magnetic flux pattern will match the tank configuration for optimum performance. Stl's magnetic wet separator dia 916 x 300 mm is the smallest full scale separator in the 916 series and is primarily used for pilot plant tests. The separator can be delivered in concurrent, countercurrent and counter rotation versions. Stl's magnetic wet separator for laboratory use have drum dimensions dia. 600 x 285 mm and dia. 200 x 100 mm and are suitable for batch or continuous testing. The test results from the stl laboratory separators correspond closely to those obtained in full scale operation. pilot unit dia. 916 x 300mm. Left.

Adjustment of magnet yoke and drum: The magnet yoke is mounted on the stationary drum shaft and its position can be adjusted (+/-35) by a lever at the end of the drum shaft to optimize runing conditions in accordance with tank design and type of ore. The gap between tank and drum, which determines the pulp flow speed, can be adjusted vertically by shims inserted under the bearing housing and shaft support. Horizontal adjustment is by slotted holes.

Silica sand processing flotation machine:
Froth Silica sand processing flotation machine is an important concentration process. This process can be used to separate any two different particles and operated by the surface chemistry of the particles. In Silica sand processing flotation machine, bubbles are introduced into a pulp and the bubbles rise through the pulp. In the process, hydrophobic particles become bound to the surface of the bubbles. The driving force for this attachment is the change in the surface free energy when the attachment occurs. These bubbles rise through the slurry and are collected from the surface. To enable these particles to attach, careful consideration of the chemistry of the pulp needs to be made. These considerations include the pH, Eh and the presence of Silica sand processing flotation machine reagents. The pH is important as it changes the charge of the particles surface and the Eh effects the chemisorption of collectors on the surface of the particles.The addition of Silica sand processing flotation machine reagents also effects the operation of these processes. The most important chemical that is added is the collector, This chemical binds to the surface of the particles as it is a surfactant. The main considerations in this chemical is the nature of the head group and the size of the hydrocarbon chain. The hydrocarbon tail needs to be short to maximize the selectivity of the desired mineral and the headgroup dictates which minerals it attaches to.
The frothers are another important chemical addition to the pulp at it enables stable bubbles to be formed. This is important as if the bubble coalesce, minerals fall off their surface. The bubbles however should not be too stable as this prevents easy transportation and dewatering of the concentrate formed. The mechanism of these frothers is not completely known and further research into their mechanisms is being performed.

Depressants and activators are used to selectively separate one mineral from another. Depressants inhibit the Silica sand processing flotation machine of one mineral or minerals while activators enable the Silica sand processing flotation machine of others.

There are a number of cells able to be used for the Silica sand processing flotation machine of minerals. these include Silica sand processing flotation machine columns and mechanical Silica sand processing flotation machine cells. The Silica sand processing flotation machine columns are used for finer minerals and they typically have a higher grade and lower recovery of minerals than mechanical Silica sand processing flotation machine cells.

Specifications:

• Weight: 0.5-3.5 T
• Voltage: 380V
• Material: Steel

Silica sand ore separator: 
Silica sand ore separator is a roll type dry magnetic separator with fixed magnet having high field intense and gradient. The magnets used in the silica sand ore separators and made of alloys of rare earth elements are more powerful as compared to other magnets. silica sand ore separators generate high attraction forces on the magnetic roll due to their properties and special magnetic series. The obtained high magnetic attraction forces have low magnetic sensitivity and therefore they make it possible to separate very fine low magnetic minerals with a high recovery.
The most distinguishing property of silica sand ore separator is the used magnets that are an alloy of rare earth elements produced domestically and more powerful. Magnetic systems has a number of standard sizes in which the high gradient separator is produced, and all of these sizes only require a low installation height. It is also possible to make a system in accordance with customer specifications. Depending on the requirements made and the application, a choice can be made for a single stage system or for multiple magnet rolls under one another. This results in an even higher degree of iron separation.

Dewatering screen for silica
Whilst enjoying immense popularity for many years on small horizontal and  inclined screens , star trace is the first company in the world to perfect this simple drive arrangement on large Dewatering screen for silica. This single development has resulted in tremendous advantages as far as reduced maintenance, compactness and simplicity are concerned. Besides the simplicity of the drive, many other features have been incorporated to provide a machine which is specifically designed for heavy duty applications, long life, and low operating and maintenance costs, at a competitive price. The standard range of Dewatering screen for silica is presented later in the brochure, and these are normally available on short delivery. 

Advantages:
The advantages of Dewatering screen for silicas is that use of the following equipment has now been rendered unnecessary:
External drive, with vee-belts or cardan shafts.Oil bath oscillators, with synchronising gears and oil leaks.

Motor support stand, or overhead structure for motor support.Snubbers - the screen-mounted drive has eliminated the need for snubbers to reduce damage to vee-belts and external motors during the large oscillations that normally occur during stopping.Bearing failure is limited to the bearing itself. Particles from a failed bearing cannot circulate in an oilbath and cause possible damage to other bearings and synchronizing gears. Compactness - screens can be positioned very closely with a minimum of space wastage.A vibrator motor needing reconditioning can easily be exchanged for a standby unit, with a minimum of downtime.Due to the absence of gears and vee-belts, the units use less power than conventional drives.

Silica sand ore separator: 
Silica sand ore separator is a roll type dry magnetic separator with fixed magnet having high field intense and gradient. The magnets used in the silica sand ore separators and made of alloys of rare earth elements are more powerful as compared to other magnets. silica sand ore separators generate high attraction forces on the magnetic roll due to their properties and special magnetic series. The obtained high magnetic attraction forces have low magnetic sensitivity and therefore they make it possible to separate very fine low magnetic minerals with a high recovery.
The most distinguishing property of silica sand ore separator is the used magnets that are an alloy of rare earth elements produced domestically and more powerful. Magnetic systems has a number of standard sizes in which the high gradient separator is produced, and all of these sizes only require a low installation height. It is also possible to make a system in accordance with customer specifications. Depending on the requirements made and the application, a choice can be made for a single stage system or for multiple magnet rolls under one another. This results in an even higher degree of iron separation.

Silica Vibrating Feeder
We offer a variety of  vibrating feeder for silica which can be used for various applications like dosing, batching, mixing etc. These vibrating feeder for silica are manufactured using a high quality raw material and are ideal for conveying dry bulk material in processing stage (Silica Vibrating Feeder).

Silica Vibrating Feeder  provided by us are high frequency reciprocating machine capable of conveying bulk materials between various processes (Silica Vibrating Feeder)Tubular Feeder for silica ensure that all the material safely transferred from the feed hopper to the required destination (vibrating feeder for silica). Grizzly Feeder for silica: is suitable to feed primary jaw crushers, selecting the large sizes which require primary crushing, the smaller sizes, and any fines which must be eventually rejected (vibrating feeder for silica).

Dewatering Feeder for silica: We offer a high quality dewatering feeder which are used in various applications. De watering Feeders are designed to fulfill two basic requirements; remove the excess moisture and regulate the feed rate of the processing equipment(Silica Vibrating Feeder).

Magnetic Chip Conveyor for silica: We are one of the highly established manufactures and suppliers of excellent quality precision magnetic chip conveyor. These magnetic chip conveyor are made up of super quality raw materials, which are procured from highly established raw material suppliers.

Furnace Charging Device for silica: The demand for high quality foundry products and their cost effective production places high demands for furnace charging device in melting plants. Though much of the initial head way made in foundry automation was with the mould making process, more important is the melt shop automation.

Extra Heavy - Duty Vibrating Feeder for silica: Heavy-Duty Mechanical vibrating feeder for silica are rugged, heavily constructed units, designed to feed run-of-mine materials, (Silica Vibrating Feeder) such as large slabs and boulders in the primary crushing systems of aggregate, ore and coal mining operations.

Vibratory Furnace Charging Device for silica:
The demand for high quality foundry products and their cost effective production places high demands for furnace charging equipments in melting plants. Though much of the initial head way made in foundry automation was with the mould making process, more important is the melt shop automation. This includes remote furnace charging systems.

Star Trace Specialized in manufacturing, supplying, exporting, and fabrication of Silica Vibrating Feeder.

Screw classifier 
Screw classifier are an effective way to wash, dewater, deslime and control the bottom end of the gradation. A large pool area provides maximum retention of desirable product sizes, while a rising current system floats off the excess “fines”.

Advantages: Simple to operate Limited maintenance Low power consumption Features and Benefits:Simple structure Water saving No pollution Easy to maintainDurability1. It is of simple structure, the bearing device of impeller drive is separated from water and materials with water, to avoid in a large degree that the bearings are damaged by being soaked with water, sand or some polluted things.2. When it is used for cleaning sand in quarries, it has many advantages compared with the traditional spiral one.3. There is little loss for medium-sized and fine sand and stone powder. The grade and the fineness of the sand for construction after being washed can be up to the national standards, such as “sand for construction” and “cobble and broken stones for construction”.