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CNC Grinding
https://www.flourishlegend.com/cnc-grinding.html />
#cnc #cylindrical #grinding
Flourish Legend is equipped with multiple fully automated CNC grinding machines capable of machining high hardened materials, brittle materials, plastics and... moreCNC Grinding
https://www.flourishlegend.com/cnc-grinding.html />
#cnc #cylindrical #grinding
Flourish Legend is equipped with multiple fully automated CNC grinding machines capable of machining high hardened materials, brittle materials, plastics and metals. Our machining covers a wide range of CNC grinding techniques including flat grinding, cylindrical grinding, surface grinding, contour grinding, internal and external diameter grinding, optical grinding and axial grinding. With over 1000 customized CNC grinding case studies, please consult for custom manufacturing. less
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5111C Grinding Foam
https://www.fujistarabrasives.com/products/5111c-grinding-foam/ />
#grinding #foam
FujiStar Foam Abrasive Disc removes fine sand scratches on painted surfaces to reduce the amount of time spent compounding. Three-dimensional pyramid... more5111C Grinding Foam
https://www.fujistarabrasives.com/products/5111c-grinding-foam/ />
#grinding #foam
FujiStar Foam Abrasive Disc removes fine sand scratches on painted surfaces to reduce the amount of time spent compounding. Three-dimensional pyramid mineral abrasive structures are distributed uniformly across the disc surface and wear evenly for consistent finishes, longer disc life and reduced material costs.
Ideal for refining sand scratches to help reduce the amount of time spent compounding
FujiStar Paint Finishing System for high gloss and deep color paint finishes
Precise mineral structures provide a combination of fast cut and consistent finish
Long lasting, even-wearing abrasive less
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FUJISTAR: Global Leading Abrasives Manufacturer
https://www.fujistarabrasives.com/products/ />
#grinding #material
Abrasives are materials used for grinding, cutting, and polishing other materials, typically hard and durable materials like metal, stone,... moreFUJISTAR: Global Leading Abrasives Manufacturer
https://www.fujistarabrasives.com/products/ />
#grinding #material
Abrasives are materials used for grinding, cutting, and polishing other materials, typically hard and durable materials like metal, stone, and wood. General types of abrasives are made of hard and sharp particles that are bonded together into various shapes and sizes to create abrasive products, such as grinding wheels, sandpaper, and polishing compounds.
What Are Abrasives Products Used For?01Grinding and cutting: Abrasives are used to remove material from a surface, often to prepare it for further processing or to reshape it. This can include grinding down welds, cutting metal, or shaping wood. Relative products including sanding nets are for sale.02Polishing and finishing: Abrasives are also used to achieve a smooth and polished surface on materials. This can include polishing metal, removing imperfections from a surface, or smoothing out rough edges.
High-quality materials: Sankyo Fuji Star's abrasives products are made from high-quality materials, ensuring that they are durable and long-lasting. This can help reduce the need for frequent replacement of abrasive products, saving time and money.
Versatile: Fujistar's different types of abrasives can be used for a variety of applications, including grinding, cutting, and polishing. This versatility can help streamline production processes and reduce the need for multiple abrasive products.
Consistent performance: Fujistar's custom abrasives are designed to provide consistent performance over time, ensuring that they maintain their effectiveness throughout their lifespan. This can help ensure that production processes are efficient and reliable.
How Are Abrasives Made?AProduction of abrasive particles:Abrasive particles are typically made by crushing or milling natural materials like emery or garnet, or by synthesizing synthetic materials like aluminum oxide or silicon carbide in high-temperature furnaces.BBonding of abrasive particles:Once the abrasive particles are produced, they are typically bonded together using a variety of techniques, including resin, vitrification, or electroplating. This bonding process creates the final abrasive product, such as a grinding wheel or sandpaper. less
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Wafer Back Grinding Wheel
https://www.egrindwheel.com/products/wafer-back-grinding-wheel/ />
#internal #grinding #wheel
F-Grind Back-Grinding wheels have developed the technology to combine diamond and bond to meet your requirements. Especially our... moreWafer Back Grinding Wheel
https://www.egrindwheel.com/products/wafer-back-grinding-wheel/ />
#internal #grinding #wheel
F-Grind Back-Grinding wheels have developed the technology to combine diamond and bond to meet your requirements. Especially our advanced porosity technology makes it possible to grind all types of wafers with less bug-surface damage. Our Back-Grinding wheels use a special vitrified bond for rough grinding or a resin bond for fine finishing and improved process accuracy. Our back-grinding wheel features free cutting, excellent wear resistance, and good shape maintainability for long durability.
Performance of Wafer Back Grinding Wheel
Leading technology
Good self-sharpening
No dressing required
High yeild rate of work-piece
Applications of Wafer Back Grinding Wheel
Used for wafer's back thinning in LED and Semiconductor industries.
Specifications of Wafer Back Grinding Wheel
Product Specification
Available shape 6A2T
Machine GALAXY, SPEEDFAM
Working Condition
Grinding Type Wet less
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Vitrified Bond Grinding Wheels
https://www.egrindwheel.com/products/vitrified-bond-grinding-wheels/ />
#crankshaft #grinding #wheels
The diamond and CBN are held in place by ceramic components that are fused to form the abrasive part of vitrified bond... moreVitrified Bond Grinding Wheels
https://www.egrindwheel.com/products/vitrified-bond-grinding-wheels/ />
#crankshaft #grinding #wheels
The diamond and CBN are held in place by ceramic components that are fused to form the abrasive part of vitrified bond grinding wheels. Bond grinding wheels made of vitrified material offer high grinding efficiency and excellent wheel shape retention.
Vitrified Bond Grinding Wheels For Sale
Double Disc Grinding Wheels
Double Disc Grinding can reduce the non-cutting time dramtically, and can achieve automatization and high efficient grinding after installed with automatic loading and unloading mechanism.
Crankshaft, Camshaft & Cylindrical Grinding Wheels
With long dressing interval and good wheel sharpness, vitrified bond CBN cylindrical grinding wheels are the best choice for grinding crankshaft and camshaft.
Internal Grinding Wheel
Internal Grinding Wheels are used for grinding all kinds of boreholes on parts, like bearings, cylinders, auto parts, etc.
Vitrified Bond PCD and PCBN Grinding Wheel
For grinding PCD and PCBN tools, vitrified bond diamond wheels can provide high grinding efficiency and tool precision.
Natural Diamond Bruting Grinding Wheels
E-Grind provides high quality diamond grinding wheels for polishing and bruting natural diamonds with longer using life.
How are vitrified grinding wheels made?
Vitrified bond grinding wheels are made from abrasives(conventional abrasives, diamond powder, CBN powder), pore-forming agents, ceramic powder, and body(aluminum, steel, ceramic, etc).
Abrasives, pore-forming agents, and ceramic powder will be pressed and sintered into an abrasive ring first, then stuck on a body.
FAQs of Vitrified Bond Grinding Wheels
What is vitrified bond in grinding?
The vitrified bond is the type of bonding agent in grinding wheel, generally, ceramic powder or glass powder. Vitrified bond has better chemical stability, higher bonding strength, and excellent sharpness. less
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Metal Bond Diamond Grinding Wheels
https://www.egrindwheel.com/products/metal-bond-diamond-grinding-wheels/ />
#double #disc #grinding #wheels
The metal bond diamond wheel is made from the sintering of alloy powders and other fillers with either diamond... moreMetal Bond Diamond Grinding Wheels
https://www.egrindwheel.com/products/metal-bond-diamond-grinding-wheels/ />
#double #disc #grinding #wheels
The metal bond diamond wheel is made from the sintering of alloy powders and other fillers with either diamond grains or CBN grains. Used for machining quartz crystal, tungsten carbide, ceramic, glass, composite, sapphire, ferrite, refractory, thermal spraying material, and so on. Compared to resin bond wheels, metal bond wheels provide longer use life and better shape retention.
Performance of Metal Bond Diamond Grinding Wheels
Long using life
Excellent shape retention
Applications of Metal Bond Diamond Grinding Wheels
Used for machining quartz crystal, tungsten carbide, ceramic, glass, composite, sapphire, ferrite, refractory, thermal spraying material, and so on.
Specifications of Metal Bond Diamond Grinding Wheels
Product Specification
Grinding Application: Surface Cylindrical, Cutoff Centerless, Tool & Cutter
Working Condition
Grinding Type Dry/Wet less
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Grinding Wheel Dressing Stick
https://www.egrindwheel.com/products/grinding-wheel-dressing-stick/ />
#diamond #grinding #wheel #for #sharpening #carbide #tools
F-Grind supply Dressing sticks to help you achieve maximum performance from your grinding... moreGrinding Wheel Dressing Stick
https://www.egrindwheel.com/products/grinding-wheel-dressing-stick/ />
#diamond #grinding #wheel #for #sharpening #carbide #tools
F-Grind supply Dressing sticks to help you achieve maximum performance from your grinding wheel. For saving customers costs and time, we put 1 pc dressing stick for each grinding wheel in the box as our standard packing. By regular use of properly selected dressing sticks, the grinding wheel always provides the perfect working result.
Performance of Grinding Wheel Dressing Stick
A wide range of Grit Size: 24#~8000# for different usage
Grit size & hardness & bond type & Spec: Can be done as clients' requirements.
Applications of Grinding Wheel Dressing Stick
For truing, cleaning, and dressing diamond, CBN, and conventional abrasive wheels.
Sharpen fine edges on all types of tools including knives, blades, and precision cutting tools.
Tips:
Resin and Vitrified Bond, Diamond and CBN wheels
Choose a dressing stick one or two grit sizes finer than the abrasive in the wheel- in a soft grade (H or I)
Metal Bond, Diamond and CBN wheels
Choose a stick the same grit or one grit size coarser than the abrasive in teh wheel – in a medium grade (K-M)
Aluminium Oxide (White)
For dressing and cleaning CBN wheels; these sticks also work well for diamond wheel.
Silicon Carbide (Black)
Coarse grit (16-46) and hard-grade (R and harder) sticks are used for dressing conventional vitrified wheels. Finer grit and softer grades are used for dressing diamond wheels.
Specifications of Grinding Wheel Dressing Stick
Product Specification
Available shape Rectangular, square, boat, bar, etc
Abrasive grain available A(brown aluminium oxide), WA(white aluminium oxide), PA(pink aluminium oxide), C(black silicon carbide), GC(green silicon carbide), etc.
Working Condition Truing, cleaning, opening and dressing less
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Dicing Blades With Hub
https://www.egrindwheel.com/products/dicing-blades-with-hub/ />
#electroplated #diamond #grinding #wheel
Our diamond blade with Hub is with a stronger edge, which makes the blade more rigid and keeps the edge not to be broken, so... moreDicing Blades With Hub
https://www.egrindwheel.com/products/dicing-blades-with-hub/ />
#electroplated #diamond #grinding #wheel
Our diamond blade with Hub is with a stronger edge, which makes the blade more rigid and keeps the edge not to be broken, so the cutting with the blade is in high efficiency and of excellent quality. This wheel is mainly used for the cutting and dicing wafers of silicon, GaAs, gap, pzt, etc.
Specifications of Dicing Blades With Hub
Product Specification
Available shape 14A1
Working Condition
Grinding Type Wet less
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Diamond Grinding Wheel Dresser
https://www.egrindwheel.com/products/diamond-grinding-wheel-dresser/ />
#metal #bonded #diamond #grinding #wheels
E-Grind developed diamond dressers widely used in many metalwork industries like auto parts, engine and... moreDiamond Grinding Wheel Dresser
https://www.egrindwheel.com/products/diamond-grinding-wheel-dresser/ />
#metal #bonded #diamond #grinding #wheels
E-Grind developed diamond dressers widely used in many metalwork industries like auto parts, engine and engine parts, mold, cutting tools, and other precision parts.
Our products greatly help our grinding wheel to provide perfect performance in cylindrical grinding, centerless grinding, surface grinding, and tool grinding processes.
Performance of Diamond Grinding Wheel Dresser
Stable quality control
Perfect tool life
Great save dressing cost
Help customers achieve the best performance from grinding wheel
Applications of Diamond Grinding Wheel Dresser
For truing, cleaning, and dressing diamond, CBN, and conventional abrasive wheels
Applicable to different machines such as cylindrical grinders, centerless grinders, surface grinders, and all CNC grinders
Specifications of Diamond Grinding Wheel Dresser
Product Specification
Available shape Diamond Dresser series Single grain diamond dresser, Forming diamond knife, Multi-point diamod dresser
Diamond Grain Available Natural Diamond, Synthetic Diamond
Working Condition Truing, cleaning, opening and dressing less
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Diamond Dressing Roller
https://www.egrindwheel.com/products/diamond-dressing-roller/ />
#metal #bond #grinding #wheels
Vitrified grinding wheels with Silicon Carbide, Aluminum Oxide, Diamond, or CBN as grinding media lose their profile accuracy and... moreDiamond Dressing Roller
https://www.egrindwheel.com/products/diamond-dressing-roller/ />
#metal #bond #grinding #wheels
Vitrified grinding wheels with Silicon Carbide, Aluminum Oxide, Diamond, or CBN as grinding media lose their profile accuracy and cutting capacity after extended use. In order to restore the same, the grinding wheels have to be subjected to a dressing process.
E-Grind provides diamond dressing rollers for forming and profiling Vitrified grinding wheels to keep higher precision tolerance.
Performance of Diamond Dressing Roller
Quick transfer of difficult profile shapes onto the grinding wheel for series production
Possibilities of automatizing the dressing process
Production of a large number of workpieces with very narrow and uniform tolerances
Low dressing costs for each workpiece due to the long using life of diamond profile rolls
Minimization of reject rate due to reproducible manufacturing tolerances
Quick transfer of most different profile shapes to ceramic grinding wheels
No problems in case of changes in profile shape, as only the grinding wheel has to be newly profiled
Low production costs for small numbers of workpieces
Low dressing costs due to the long using life of diamond form rolls
Repeated re-profiling is possible
Applications of Diamond Dressing Roller
For dressing higher precision requirements like +/-0.005mm and especially for complicated profile shapes.
Specifications of Diamond Dressing Roller
Product Specification
Available shape Diamond dressing rolls series: Diamond Profile Roller, Diamond Form Roller
Working Condition
Forming, Profiling less
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Crankshaft, Camshaft & Cylindrical Grinding Wheels
https://www.egrindwheel.com/products/crankshaft-camshaft-cylindrical-grinding-wheels/ />
#vitrified #bonded #grinding #wheels
E-Grind provides vitrified bond CBN wheels for grinding automobile camshafts,... moreCrankshaft, Camshaft & Cylindrical Grinding Wheels
https://www.egrindwheel.com/products/crankshaft-camshaft-cylindrical-grinding-wheels/ />
#vitrified #bonded #grinding #wheels
E-Grind provides vitrified bond CBN wheels for grinding automobile camshafts, crankshafts, and cylinders in the air-compressor industry. Optimum bond specifications have been set for each type of cam material. The wheels are used for high-speed grinding, thus the bond quality, adhesives, and materials used for the core are carefully designed for safety.
Application: Workpiece: camshaft, crankshaft.
Performance of Crankshaft, Camshaft & Cylindrical Grinding Wheels
Highly accurate and highly efficient
High-grade abrasive grits and bonding powder
Perfect dressing ability in controlling surface finish and grinding efficiency
Specifications of Crankshaft, Camshaft & Cylindrical Grinding Wheels
Product Specification
Available shape 1A1, 3A1
Working Condition
Grinding Type Dry/Wet less
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Centerless Grinding Wheels
https://www.egrindwheel.com/products/centerless-grinding-wheels/ />
#resin #bonded #grinding #wheels
E-Grind Centerless wheels are widely used for grinding TCT cutting tools, bearing parts, automobile parts, plungers, cylinders... moreCenterless Grinding Wheels
https://www.egrindwheel.com/products/centerless-grinding-wheels/ />
#resin #bonded #grinding #wheels
E-Grind Centerless wheels are widely used for grinding TCT cutting tools, bearing parts, automobile parts, plungers, cylinders and engine valves. For different metal material, E-Grind offer both diamond and CBN wheels. For achieve mirror surface, E-Grind use finer size 2000 mesh Diamond/CBN grit to meet customer's special requirements.
F-Grind developed bakelite body for centerless wheels because of elastic and light weighed. The centerless wheel with bakelite body provides better surface roughness and lower machine load.
Performance of Centerless Grinding Wheels
Grit size can be 2000 mesh for better finishing
Highly precision dimension
Perfect dynamic balance
Highly precision tolerance
Bakelite body available to lower weight
Applications of Centerless Grinding Wheels
For centerless grinding TCT cutting tools, bearing parts, automobile parts, plungers, cylinders and engine valves.
Specifications of Centerless Grinding Wheels
Product Specification
Available shape 1A1
Available body type Aluminum, Bakelite
Maximum thickness 250mm (10″)
Maximum OD 500mm (20″)
Working Condition
Grinding Type Dry/Wet
Coolant Walter/Oil/Emulsion less
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Resin Bond Grinding Wheels
https://www.egrindwheel.com/products/resin-bond-grinding-wheels/ />
#cbn #grinding #wheel
Resin Bond grinding wheels are generally divided into resin bond diamond grinding wheels and resin bond CBN grinding wheels according to... moreResin Bond Grinding Wheels
https://www.egrindwheel.com/products/resin-bond-grinding-wheels/ />
#cbn #grinding #wheel
Resin Bond grinding wheels are generally divided into resin bond diamond grinding wheels and resin bond CBN grinding wheels according to abrasives. Henan E-Grind Abrasives Co., Ltd's Resin Bond grinding wheels have long service life, excellent self-sharpening ability and good shape retention, high grinding efficiency.
Resin Bond Grinding Wheels For Sale
Cut Off Wheels
High-speed steel, mold steel, hardened steel, tool steel, stainless steel, and other ferrous metals can all be cut with the E-Grind CBN cut off wheel.
Grinding Wheels For Woodworking Tools
Diamond and CBN grinding wheels for woodworking tools with good self-sharpness, high grinding efficiency, and long use life.
Tool & Cutter Grinding Wheels
We have a full series of grinding wheels for the whole manufacturing process of tools and cutters, from cutting rods to final CNC grinding.
Grinding Wheels For Die & Tooling
For Die & Tooling grinding, we developed different bonds for grinding steels, carbides, and mixture of steel and carbide, no clogging or glazing.
Centerless Grinding Wheels
Resin bond centerless grinding wheels are widely used for high productivity and mass production of rods, bars and tubes with high precision.
Resin Bond Double Disc Grinding Wheels
E-Grind Resin bond Double disc wheels are widely used for surface roughing and finishing top and bottom of precision parts, such as compressor cylinder, rotors, automobile parts, spring, semi-conductor parts, etc.
Tissue Paper Knife Grinding Wheel
Tissue Paper Knives need to be resharpened online without coolant, E-Grind developed a special CBN grinding wheel and diamond grinding in the resharpening process, with no sparking.
Economical Grinding Wheels
To meet the demand for low-cost grinding wheels, E-Grind develops economical grinding wheels and helped customers save costs.
How Long Does A Diamond Grinding Wheel Last?
Parameters that affect the life of the grinding wheel:
Since the specifications of the grinding wheel and the grinding conditions are intricately intertwined to create the optimum sharpness and life, you will find the best conditions for actual machining by looking at each combination of work, machining conditions, and grinding wheel specifications. less
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Diamond Grinding Wheels
https://www.egrindwheel.com/products/ />
#cbn #grinding #wheel #suppliers
Henan E-Grind Abrasives Co., Ltd is a professional manufacturer of diamond grinding wheels and Cubic Boron Nitride (CBN) grinding wheels, which are widely... moreDiamond Grinding Wheels
https://www.egrindwheel.com/products/ />
#cbn #grinding #wheel #suppliers
Henan E-Grind Abrasives Co., Ltd is a professional manufacturer of diamond grinding wheels and Cubic Boron Nitride (CBN) grinding wheels, which are widely used in the woodworking industry, tool making, bearing, gear, mold and die, automobile, aerospace, Semiconductor industry, glass, and ceramic, etc.
Types of Diamond Grinding Wheels
Cut Off Wheels
Grinding Wheels For Woodworking Tools
Tool & Cutter Grinding Wheels
Grinding Wheels For Die & Tooling
Centerless Grinding Wheels
Resin Bond Double Disc Grinding Wheels
Tissue Paper Knife Grinding Wheel
Economical Grinding Wheels
Resin Bond Grinding Wheels
Henan E-Grind Abrasives Co., Ltd's Resin Bond grinding wheels consist of resin(phenolic or polyimide), fillers, either diamond or CBN, and wheel cores.
Vitrified Bond Grinding Wheels
Double Disc Grinding Wheels
Crankshaft, Camshaft & Cylindrical Grinding Wheels
Internal Grinding Wheel
Vitrified Bond PCD and PCBN Grinding Wheel
Natural Diamond Bruting Grinding Wheels
Vitrified Bond Grinding Wheels
Vitrified bond grinding wheels have ceramic components which are fused to form the abrasive section and hold the diamond and CBN in place. Vitrified bond grinding wheels hold wheel shape very well and provide a high grinding efficiency.
Metal Bond Grinding Wheels
Metal Bond CBN Grinding Wheels
Metal Bond Diamond Grinding Wheels
Metal Bond Grinding Wheels
Henan E-Grind Abrasives Co., Ltd's metal bond grinding wheels can work in the wet or dry conditions in different cases.
Electroplated Tools
Electroplated CBN Tools
Electroplated Diamond Tools
Electroplated Tools
Electroplated Tools are made by plating diamond or CBN grains with a single layer of nickel, Henan E-Grind Abrasives Co., Ltd's electroplated tools can provide a long service life and excellent cutting ability.
Dicing Blade & Grinding Wheels For Semi-Conductor
Wafer Back Grinding Wheel
Dicing Blades Without Hub
Dicing Blades With Hub
Precision Cutting Wheel
Dicing Blade & Grinding Wheels For Semi-Conductor
Diamond tools play a great role in semi-conductor processing from a wafer to a single chip, Henan E-Grind Abrasives Co., Ltd can provide world-class dicing blades & grinding wheels for semi-conductor industry. less
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Benefits of Concrete Flooring that are vital to know!
https://sites.google.com/view/concretesolution/ />
Well, here, some useful facts have been discussed to let you know the important facts of concrete restoration in Calgary and you can make your... moreBenefits of Concrete Flooring that are vital to know!
https://sites.google.com/view/concretesolution/ />
Well, here, some useful facts have been discussed to let you know the important facts of concrete restoration in Calgary and you can make your selection accordingly.
#concrete #restoration #Calgary #diamond #grinding less
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Buy Diamond Wheel, Diamond Cutting Wheels by Yash Tooling in India
✓ No1. Diamond Wheels Manufacturer & Supplier in Ahmedabad, India
✓ Yash Tooling System is Ahmedabad’s Top most and leading Diamond Wheel, Cup-Wheel, Radius-Wheel, Dish Wheel,... more Buy Diamond Wheel, Diamond Cutting Wheels by Yash Tooling in India
✓ No1. Diamond Wheels Manufacturer & Supplier in Ahmedabad, India
✓ Yash Tooling System is Ahmedabad’s Top most and leading Diamond Wheel, Cup-Wheel, Radius-Wheel, Dish Wheel, Degree Wheel, Flat Wheel, Resin Bonded Diamond Wheel, CNC Diamond Wheel and Micron Diamond Wheel manufacturer & supplier.
Diamonds Wheel and Blades are using for grinding, cutting and tuck pointing.
Call: 0091-79-8000630880, 
0091-79-3294 1905
Email us : yashtoolingsystem@yahoo.co.in
yashtoolingsystems@gmail.com
Website : https://www.yashtooling.in/professional/product/diamond-wheel-dw/ />
#diamondwheeldw, #diamondwheel, #diamondcuttingwheel ,#cupwheel #radiuswheel, #dishwheel, #degreewheel,
#flatwheel, #resinbondeddiamondwheel, #cncdiamondwheel, #microndiamondwheel #yashtoolingsystem, #ahmedabad,
#india, #diamondsandblades, #grinding, #cutting, #tuckpointing, #diamondwheelManufacturer, #diamondwheelSupplier less
⌛ Buy Diamond Wheel, Diamond Cutting Wheels by Yash Tooling in India
✓ No1. Diamond Wheels Manufacturer & Supplier in Ahmedabad, India
✓ Yash Tooling System is Ahmedabad’s Top most and leading Diamond Wheel, Cup-Wheel, Radius-Wheel, Dish Wheel,... more⌛ Buy Diamond Wheel, Diamond Cutting Wheels by Yash Tooling in India
✓ No1. Diamond Wheels Manufacturer & Supplier in Ahmedabad, India
✓ Yash Tooling System is Ahmedabad’s Top most and leading Diamond Wheel, Cup-Wheel, Radius-Wheel, Dish Wheel, Degree Wheel, Flat Wheel, Resin Bonded Diamond Wheel, CNC Diamond Wheel and Micron Diamond Wheel manufacturer & supplier.
Diamonds Wheel and Blades are using for grinding, cutting and tuck pointing.
???? Call: 0091-79-8000630880,
0091-79-3294 1905
???? Email us : yashtoolingsystem@yahoo.co.in
yashtoolingsystems@gmail.com
???? Website : https://www.yashtooling.in/professional/product/diamond-wheel-dw/
#diamondwheeldw, #diamondwheel, #diamondcuttingwheel ,#cupwheel #radiuswheel, #dishwheel, #degreewheel,
#flatwheel, #resinbondeddiamondwheel, #cncdiamondwheel, #microndiamondwheel #yashtoolingsystem, #ahmedabad,
#india, #diamondsandblades, #grinding, #cutting, #tuckpointing, #diamondwheelManufacturer, #diamondwheelSupplier less
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Vertical Grinding Mills
GKLM series vertical grinding mill is one advanced powder making mill through our engineer research and experience and bringing in advanced technology of the world. It is ideal equipment for superfine milling industry which... moreVertical Grinding Mills
GKLM series vertical grinding mill is one advanced powder making mill through our engineer research and experience and bringing in advanced technology of the world. It is ideal equipment for superfine milling industry which integrated with crushing, drying, grinding and collecting. It is widely used in cement, power, metallurgy, chemical, non-metallic minerals industry.
Vertical Roller Mill Technical & Structural Benefits:
High yield, low energy consumption;
Two-way buffering structure design of hydraulic cylinder, work more smoothly;
Grader adopts 5 groups of horizontal grading wheel structure, dynamic balance correction, high classification accuracy;
Advanced hydraulic station, cooling station system;
Intelligent control.
Model Max Feeding Size Product Fineness
(mash) Capacity Total Installed Power
GKLM1100 ≤10mm 325-1250mesh（1250-3000） 1500-12000kg/h 250kw
GKLM1250 ≤10mm 325-1250mesh（1250-3000） 1700-15000kg/h 280kw
The vertical grinding machine is a kind of advanced grinding equipment designed and developed on the basis of the extensive use of advanced technology at home and abroad, combined with many years of various mill machine production experience. It is an ideal equipment for grinding industry, which integrates crushing, drying, grinding and grading transportation. It can be widely used in cement, electric power, metallurgy, chemical industry, nonmetallic mineral industry and so on. It is used to grind lump, granular and powdery raw materials into the required powder materials.
The main structure of the vertical grinding machine
Vertical grinding machine mainly consists of powder separator, grinding roller device, grinding disc device, the pressure device, reducer, motor, shell and so on. The separator is a highly efficient and energy saving powder separator. Grinding roller is used to crush and crush materials. The millstone is fixed on the output shaft of the reducer and is the place where the grinding roller compacts the material. The pressurizing device is a component for grinding roller to provide enough pressure to crush material.
Working principle of the vertical grinding machine
When the vertical grinding machine is working normally, the motor drives the grinding disc to rotate through the reducer, and the material falls from the feed inlet to the center of the grinding disc through the lock air feeder. With the rotation of the grinding disc, the material moves to the edge of the grinding disc under the action of the centrifugal force. Through the ring groove on the grinding disc, the material is crushed by the roller rolling. The crushed material is brought up at the edge of the grinding disc by high-speed airflow from the wind ring and the large particles fall directly onto the grinding disc to re-ground. When materials in the air flow pass the upper separator, under the action of rotating rotor, the coarse powder falls from the cone bucket to the grinding disc and is re-ground. The qualified fine powder goes out with the airflow and is collected by the dust collecting device, that is, the product. Materials containing moisture are dried in contact with hot air flow. By adjusting the hot air temperature, it can meet the requirements of different humidity materials and achieve the required product moisture. By adjusting the separator, the required thickness of different products can be achieved.
Main features of the vertical grinding machine
1.Low investment cost
Due to the integration of crushing, drying, grinding and grading, the system is simple and the layout is compact. The area is about 50% of the ball milling system, and it can be arranged in the open air. Therefore, the investment cost can be reduced greatly.
2.Low operating cost
(1)High grinding efficiency : using the grinding roller to directly crush the material on the grinding disk, low energy consumption, and 30% ~ 40% less energy consumption than ball grinding system.
(2)Less abrasion: longer service life and less wear due to the fact that the grinding roller does not contact the grinding disc directly during work and that the grinding roller and the lining plate are made of high quality materials.
3. Strong drying ability
Because the hot air directly contacts with the material in the grinding, it has strong drying ability and saves energy. By adjusting the hot air temperature, it can meet the requirements of different humidity materials.
4. Easy operation
(1)The system is equipped with automatic control system, which can realize remote control and easy operation.
(2) Vertical grinding machine is equipped with equipment to prevent direct contact between roller sleeve and disc liner to avoid destructive impact and severe vibration.
5. Stable product quality
Because the material stays in the grinding for a short time, it is easy to detect and control the product granularity and chemical composition, reduce the repeated grinding, and stabilize the product quality.
6. Convenient maintenance
Overhauling the oil cylinder, turning the rotating arm, replacing the roll sleeve and liner plate is convenient and quick, reducing losses in downtime.
7. environmental protection
Vibration is small, noise is low, and the whole equipment is sealed, the system works under negative pressure, no dust spillover, clean environment, and meets the national environmental protection requirements.
The process flow of the vertical grinding machine
According to the location of humidifying tower and dust collector, the vertical grinding machine has two different layout schemes, namely, the three fan system and the double fan system. A cyclone collector is used for the collection of products. This arrangement reduces the working negative pressure of the system and the amount of gas passing through the dust collector. The electric dust collector can also be replaced by the bag dust collector as the final dust collector. The dust collector can be the electric dust collector or the bag collector, and the grinding gas is directly entered into the dust collector. The system reduces the number of equipment and simplifies the system configuration.
Application field
Preparation of coal powder for special steel mills, power plants and cement plants and production of a large amount of powder for coal gangue;
Desulphurized limestone powder for the special power plant; The production and preparation of hundreds of mineral bulk powders with various hardness in the non-metal mining industry;
Powder grinding of steel slag, blast furnace slag, power plant slag and fly ash in special steelworks;
High yield and fine grinding of quartz and pyrophyllite powder in glass fiber industry;
Large output powder production of various chemical raw materials in special chemical industry;
Industrial preparation of high yield powders for various materials in more than 100 other industries.
At the same time, there is a good development prospect in the pre-grinding of fine slag powder and cement clinker.
#vertical #grinding #mill #powder #grinding #mill
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Ultrafine Mill
GKH1032D Ultrafine Ring Roller Mill is a developed kind of grinding mill with optimized design & structure. It is mainly used in deep processing non-metallic mineral stones, hardness below seven Moh's hardness and humidity below 6%, such... moreUltrafine Mill
GKH1032D Ultrafine Ring Roller Mill is a developed kind of grinding mill with optimized design & structure. It is mainly used in deep processing non-metallic mineral stones, hardness below seven Moh's hardness and humidity below 6%, such as calcium carbonate, kaolin, talc, barite, grammite, feldspar etc. The GK1032D mill mainly consists of the feeder, main unit, classifier, pulse collector, high-pressure blower, electrical control cabinet etc.
GKH 1032D Ultrafine Mill Technical & Structural Benefits:
Compared with the same type of ultrafine mill, GK1032D is highly featured with the lower vibration, easier maintenance, more wearable spare parts and lower operating cost.
GKH 1032D Ultrafine Mill Main Techincal Date:
Item GKH1032D
Power(KW) Main unit(mill) 132
Classifier 30
Fan 90
Roller layer 4
Roller QTY（pcs） 32
output size（um） 3-35
Capacity（kg/h）（for different output size） 800-5000
Weight of main unit（mill） 14.2
The ultrafine mill is mainly used for crushing equipment for metallurgy, building materials, chemical industry, mining and other mineral materials.
The grinding range of the ultrafine mill is a variety of non flammable and explosive mineral materials, such as quartz, feldspar, porcelain clay, clay, bentonite, calcite, barite, fluorite, ball clay, white mud, gypsum and so on, the Moh's hardness of which is below 7 level and the humidity of which is below 6%. The size range of the finished product by the mill is about 325 mesh -1800 mesh (the size can be adjusted according to different requirements).
The Characteristics of the Ultrafine Mill
The noise and the vibration are small;
The pressure is heavy and the fine powder is much;
The attrition of the grinding ring and grinding roller are both even. They have long service life, which is 3-5 times than that of the ordinary Raymond mill;
It is suitable for processing hard material;
The iron content in the micro powder is low;
It can be operated continuously without affecting the oil injection in the grinding roller bearing house of the mill;
It has small power consumption, high efficiency, and easy installation and maintenance;
There is scraper feeding in the mill, so the production efficiency is greatly improved.
The Application ranges of the Ultrafine Mill
Centrifugal ultrafine mill is mainly suitable for processing the barite, calcite, limestone, kaolin, bentonite, marble, gypsum, refractory material, quartz stone, glass, ceramics and others minerals of high fine powder, the hardness of which is less than 9.3 level and the humidity of which is less than 6%. The grain size is about 80mesh -1500 mesh (the size can be adjusted according to different requirements).
The Technical Advantage of the Ultrafine Mill
The utilization rate of wear materials is high, which is four times the service life of Raymond mill;
The processing of fine sand is more effective than other mills;
It is a kind of high-efficiency equipment for power plant desulphurization;
It can be used to grind before ball milling, the milling efficiency can be increased by 50%;
It is mainly used for all kinds of brittle materials that can be crushed, and the hardness is less than that of Mori's hardness 9 level.
The Comprehensive Characteristics of the Ultrafine Mill
high efficiency. Under the circumstance of the same product size, the output is 40% higher than that of other mills;
The utilization rate of the vulnerable parts is high. When the material and finished product have the same particle size, the service life of the wearing parts is longer than that of other mining machinery;
High safety and reliability. The mill is designed rigorously, and there is no problem of screw loosening and destroying the machine;
Clean and environmental. The use of pulse dust remover and muffler reduces dust pollution and noise. So it achieves national environmental standards.
#ultrafine #grinding #mill #ultra #fine #grinding #mill #ultra #fine #grinding #equipment #ultra #fine #grinding #machine #ultra #fine #powder #mill #ring #roller #mill
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Raymond Mill
As national powder R&D center, GUIKUANG has made much efforts and contributions for the development of powder industry more than 40 years. Raymond mill has been through decades of history in China. As one of earliest Raymond mill... moreRaymond Mill
As national powder R&D center, GUIKUANG has made much efforts and contributions for the development of powder industry more than 40 years. Raymond mill has been through decades of history in China. As one of earliest Raymond mill manufacturers, GUIKUANG keeps pace with the times, constantly innovating new technology and breaking through the barrier in the R & D and application fields of Raymond mill. Till now, GUIKUANG has been the Raymond mill production base with most complete models and specifications in China. As the representer of China Raymond mill, GUIKUANG mill has been favored by clients at home and aboard. GUIKUANG is the first manufacturer who makes the new structure superlarge mill ---GK2500 in Asia, as well as is the first manufacturer who sells the largest mill to other countries. GUIKUANG mill structure has earned 5 national patents.
GK Raymond mill optimizes inside design of the main unit, keeps the roller and grinding ring abutting contact during running, improves grinding efficiency and reduces vibration and power consumption. Grinding roller assembly refill lubrication grease once 30 days. Reducer adopts German technology. Automatic control for air blower valve. Intelligent control for the whole set of equipment. The one button start & stop system and fault alarm system reduce operating personnel.
Application area: used in chemical industry such as grinding glass, rubber, pesticides, enamel, paint, phosphate fertilizer, paper. Hardness below seven Moh's hardness following humidity below 6% non-flammable and non-explosive materials.
Suitable material: kaolin, talc, barite, fluorite,calcite, limestone, slag,manganese ore, ash-calcium-powder , wollastonite, feldspar, silica stone, iron ore soil, chrome ore, quartz, gypsum, bentonite,etc.
GUIKUANG grinding machine adopts the advanced structure of similar products at home and abroad, and it has been updated and improved on the basis of Raymond Mill in the same industry. This equipment has higher efficiency, lower power consumption, smaller total area and lower investment for one time than ball mill.
Raymond mill is widely used in dolomite, limestone, potash feldspar, barite, calcite, talcum, marble, fluorite, active white soil, activated carbon, bentonite, kaolin, cement, gypsum, glass, etc. These materials' Moh's hardness is no more than 9.3, and the humidity is below 6%. This is a non-flammable and non-explosive mineral process, containing about chemical industry, construction industry and other 280 kinds of materials. The size of the R Raymond mill can be adjusted within 80 to 325 mesh range, and some materials can reach up to 600 mesh.
The Structure of Raymond Mill
The structure of Raymond mill is mainly composed of the main engine, analyzer, fan, cyclone separator, cyclone separator and air duct. The main engine is composed of frame, intake volute, blade, grinding roller, grinding ring and cover.
The grinding roller is tightly pressed on the grinding ring under the action of centrifugal force. Therefore, when the grinding roller and grinding ring wear to a certain thickness, the output, and fineness of the finished product will not be affected. The replacement cycle of grinding roller and grinding ring is long so that the disadvantage of short replacement period of wearing parts of centrifugal grinder can be eliminated. The air flow of the machine is circulating in the fan - mill - whirlwind separator - the fan, so it has less dust than the high-speed centrifugal mill has, the operation workshop is cleaner and the environment is less polluted.
Performance Advantages of the Raymond Mill
1. Convenient transportation and installation
Raymond mill, its ingenious structural design, which makes it occupy smaller space, and makes it more convenient in transportation, installation, operation, and maintenance.
2. High Efficiency and Zero Pollution
The Raymond mill that is produced by our company uses PLC electric automation control to reduce the failure rate and labor cost of the equipment effectively. Meanwhile, it can help to achieve high and efficient production, and achieve a good production environment with zero noise and zero pollution.
3. Fineness can be adjusted arbitrarily
The fineness of the grinding powder of Raymond mill can be adjusted arbitrarily between 80-800 mesh. The applicability is more flexible and extensive. We can see that the GUIKUANG Raymond mill is the best choice for non-metallic ore grinding powder.
4. Long Period Replacement of the Parts
The grinding roller and grinding ring of Raymond mill have a longer replacement period, which eliminates the disadvantages of the short replacement period of the fragile parts of the centrifugal grinder
The Operation principle of Raymond Mill
When Raymond mill works, the material needs to be added to the feeder from the side of the hood. Raymond machine revolves around the vertical axis by means of the grinding roller device which is hung on the main plum frame. At the same time, it revolves on its own axis. Due to the centrifugal force when rotating, the grinding roller is swinging outwards and tightly pressed to the grinding ring. This enables the scraper to shovel the material to the grinding roller and the grinding ring. Therefore, it can achieve the purpose of crushing material due to the rolling of the roller.
The Winnowing Selection Process of Raymond Mill
After the materials being grinned, the fan blows the wind into the main engine shell, blowing up the powder, sorting through the analyzer above the grinding room, passing the rough materials into the grinding room and then regrinding it. The suitable fineness materials go into the cyclone collector by the wind. After collection of these materials, the finished products will be discharged through the powder mouth. The air flow from the upper end of the large cyclone collector will return to the fan. The winding road is cyclic and flowing in the negative pressure. The increasing part of the air volume of the cyclic air road is discharged by the exhaust pipe between the fan and the main engine, then this part enters the small cyclone collector to carry out purification treatment.
PRODUCTS
Crusher Machine
Grinding Mill
Raymond Mill
Vertical Grinding Mills
Micro Powder Mill
Pendulum Grinding Mill
Ultrafine Mill
Ball Mill
GKC Series Energy-Saving Super-Large Grinding Mill
Automatic Production Line Equipment
NEWS
Principle of Pendulum Grinder
Working Principle of Ultrafine Mill
Notes on the Use of Ultrafine Grinder
Use of Ramon Mill
The Operation Principle of Raymond Grinding Mill Machine
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Pendulum Grinding Mill
Pendulum mill is also called as suspension roller or Raymond mill. It is a "ring and roller" powder-making mill equipment, which is combined with air flow screening and pneumatic conveying. The pendulum grinding mill belongs to the... morePendulum Grinding Mill
Pendulum mill is also called as suspension roller or Raymond mill. It is a "ring and roller" powder-making mill equipment, which is combined with air flow screening and pneumatic conveying. The pendulum grinding mill belongs to the roundel immovable mill and has high universality. It also has the characteristics of continuous powder making dry-type, the concentration of grain size, continuous fine fineness, compact structure and so on. The particle size of the pendulum grinding mill can be adjusted in the range of 0.125-0.044mm (equivalent to 120-325 mesh) according to different requirements.
The Application Ranges of the Pendulum Grinding Mill
The Pendulum Grinding Mill is widely used. Common grinding materials and usage ways are as follows:
Soil types: clay, China clay, bentonite, magnesia, clay, bauxite, etc.
Non-metallic ores: gypsum, talc, graphite, fluorite, calcite, limestone, calcite, barytes, apatite, tabular spar, feldspar, quartz and so on.
Metal oxides: manganese iron ore, chromite, Ilmenite, bauxite and so on.
Chemical compounds: coke, lime coke, smelting coke, barium sulfate and so on.
Others: the products of the pendulum grinding mill can be used in many industries. For example, the metallurgical industry produces the magnesia as the refractory layer of blast furnace; the oil industry uses the barytes powder to seal the injector; some industries produce bentonite powder as the lubricant for drilling; the chemical industry produces different stone powder as the filler in rubber, plastics, paper making and paint; porcelain, glass, enamel, white cement, gypsum and magnesia products are all processed by pendulum grinding mill.
The pendulum grinding mill is mainly used for grinding non-inflammable and explosive mineral materials, Moh’s hardness of which is below 7 level and humidity of which is below 6%.
Operation Principle of the Pendulum Grinding Mill System
The bulk material is broken by the Jaw crusher to a certain size (powdery or fine particles can not pass through the Jaw crusher), and the material is conveyed vertically to the hopper by a bucket elevator. Then, the electromagnetic vibration feeder delivers the materials quantitatively, evenly and continuously into the main machine for grinding. The pulverized fines are carried out by the blower’s airflow and graded by an analytical machine placed above the main engine. Suitable fine powder that meets the requirements will be entered into the large cyclone separator with the air flow. After separation, the powder will be discharged through the discharge pipe, that is a qualified product. The air flow enters the blower by the return duct at the upper end of the cyclone separator. The whole airflow system is closed loop and operates under negative pressure. Because the grinding material contains moisture, when milling the moisture will evaporate into gas. That gas then leaks in each connection of the whole pipe, which makes an increase in the volume of air in the circulating air stream.
This increased air volume will be introduced into the small cyclone separator from the air duct between the blower and the main engine. The fine powder with the air flow is collected by the small cyclone separator. Then it will be discharged by another outlet pipe. The gas will be discharged into the atmosphere through the exhaust pipe of the upper end of the small cyclone separator.
#pendulum #milling #pendulum #roller #grinding #mill #pendulum #roller #mill #pendulum #mill #pendulum #grinder
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Micro Powder Mill
GKW Micro Powder Mill is mainly used in chemical industry such as grinding glass, rubber, pesticides, enamel, paint, phosphate fertilizer, paper. Hardness below seven Moh's hardness following humidity below 6% non-flammable and... moreMicro Powder Mill
GKW Micro Powder Mill is mainly used in chemical industry such as grinding glass, rubber, pesticides, enamel, paint, phosphate fertilizer, paper. Hardness below seven Moh's hardness following humidity below 6% non-flammable and non-explosive materials. Such as talc, barite, calcite, limestone, manganese ore, iron ore soil, chrome ore, quartz, gypsum, bentonite, etc.
Micro Powder Mill Technical & Structural Benefits:
Finished particle size 400 mesh -1250 mesh (stepless adjustment);
Breakthrough hard materials and powdery materials, and grind the materials such as talc and fly ash;
Low cost of equipment wearing parts;
Convenient equipment maintenance, maintenance & replacement of wearing parts;
Low energy consumption and high output, for users to create better economic results;
Energy conservation and environmental protection.
Model Max Feeding Size Product Fineness
(mash) Capacity Total Installed Power
GKW970 ≤10mm 400-1250mesh 500-3200kg/h 120kw
GKW1270 ≤10mm 400-1250mesh 1000-6500kg/h 225kw
The micro powder mill is a highly efficient flour milling equipment, which was made on the basis of high-pressure powder mill and was improved by fineness classification technology. The advanced fineness classification technology of Germany and Japan adopts the principle of fluid mechanics. Scientists studied diligently with a quiet mind, and then they designed a new micro powder mill. So they solve the problem of high cost successfully. It is a high-efficiency and high-pressure micro powder mill.
The Application Scopes of Micro Powder Mill
The micro powder mill is mainly suitable for grinding of conventional materials and the ultra-fine powder processing of non inflammable and non explosive materials, such as kaolin, limestone, calcite, talcum, marble, barite, gypsum, iron oxide red, iron oxide green, aluminum hydroxide, pigment, bentonite, clay, coal, activated carbon and so on, the humidity of which is less than 8%, and the Moh's hardness of which is less than level 6.
The Structure Characteristics of Micro Powder Mill
The high-pressure micro powder mill mainly consists of the main engine, blower, superfine analyzer, finished cyclone powder collector, bag filter and connecting duct. According to user needs, it can provide with auxiliary equipment such as the hoist, storage bin, electric cabinet, feeder, crusher and so on. In the grinding mill room, the grinding roller assembly is hung on the grinding cradle through the cross arm shaft. The grinding cradle, spindle and the relieving tool post are fixed. The pressure spring is tightly pressed on the outer end of the cantilever housing of the grinding roller bearing chamber by a tension rod. Taking the transverse load axis as the supporting point, the grinding roller is firmly pressed on the inner surface of the grinding ring by the spring pressure.
When the motor is rotated through the drive, the blade of the blade is synchronized with the grinding roller, and the roller rolls around the surface of the grinding ring and rotates around itself. The analysis machine drives the rotating of the impeller through the motor drive. The speed adjustment of the analysis machine determines the fineness of the powder. The relieving tool in the relieving tool post and the grinding roller rotate at the same time. Then the grinding roller rotates on the inner surface of the grinding ring and revolves around itself. The analysis machine drives the impeller of the analysis machine through the motor drive device, and the speed adjustment of the analyzer determines the fineness of the powder.
The Main Features of Micro Powder Mill
The application scope of the high-pressure powder mill is much larger than that of the airflow mill.
Compared with other mills, the grinding pressure of grinding roller on the material can provide 800---1200Kg under the action of high-pressure spring. It saves energy. Under the same circumstance of output and fineness, the energy consumption of the system is only 1/3 of that of the airflow mill.
The investment is small and the efficiency is high. Under the same circumstance of output and fineness, the price is only 1/8 of the airflow mill.
Compared with the air mill, the production link is less. Firstly the airflow mill must crush the material of 20mm to the superfine powder of 100 mesh, and the high-pressure micro powder mill can make the material reached the average particle size about 6.5 μm to 12.5 μm for one time, of which the size is below the 20mm.
The grinding device adopts overlapping type multiple stage seal and has good sealing performance.
The dust removal effect of the mill can totally reach the national dust emission standard.
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Ball Mill
The Handling Materials and Main Types of Ball Mill:
Ball mill is a key equipment for grinding materials, widely used in powder-making production line such as cement, silicate sand, new-type building material, refractory material, fertilizer,... moreBall Mill
The Handling Materials and Main Types of Ball Mill:
Ball mill is a key equipment for grinding materials, widely used in powder-making production line such as cement, silicate sand, new-type building material, refractory material, fertilizer, ore dressing of ferrous metal and non-ferrous metal, glass ceramics, etc.
Ball mill can grind various ores and materials with the dry type or wet type. There are two kinds of ball mills, grate type and overfall type due to different ways of discharging material.
The Interior Structure of Ball Mill:
The machine is composed by feeding part, discharging part, turning part and driving part (reducer, small driving gear, electric motor and electric control). The quill shaft adopts cast steel part and the liner is detachable. The turning gearwheel adopts casting hobbing process and the drum is equipped with wear-resistant liner, which has good wear-resistance. The machine is in stable and reliable working condition.
Moreover, according to different materials and discharging methods, there are dry ball mills and wet ball mills for choice.
The Working Principle of Ball Mill:
This machine is a skeleton pattern ball mill with horizontal cylindrical turning gear, drive by outer gear and two hoppers. The material goes to the first hopper after the spiraling by the quill shaft from the feeding equipment. The hopper has ladder sheathing or corrugated sheathing with steel balls inside, which will fall under the effect of centrifugal force by the barrel and grind material. After the kibbling in the first hopper, by monolayer partition panel, the material will enter the second hopper, which has plane scale board with steel ball inside to grind material. The powder material will be discharged from the grid plate to finish the grinding.
Model Shell rotation speed
（r/min） Ball load
( t ) Feeding size
(mm) Discharging size
(mm) Capacity
(t/h) Motor power
(kw) Total weight
( t )
Ф900×1800 36-38 1.5 ≤20 0.075-0.89 0.65-2 18.5 5.85
Ф900×3000 36 2.7 ≤20 0.075-0.89 1.1-3.5 22 6.98
Ф1200×2400 36 3 ≤25 0.075-0.6 1.5-4.8 30 13.6
Ф1200×3000 36 3.5 ≤25 0.074-0.4 1.6-5 37 14.3
Ф1200×4500 32.4 5 ≤25 0.074-0.4 1.6-5.8 55 15.6
Ф1500×3000 29.7 7.5 ≤25 0.074-0.4 2-5 75 19.5
Ф1500×4500 27 11 ≤25 0.074-0.4 3-6 110 22
Ф1500×5700 28 12 ≤25 0.074-0.4 3.5-6 130 25.8
Ф1830×3000 25.4 11 ≤25 0.074-0.4 4-10 130 34.5
Ф1830×4500 25.4 15 ≤25 0.074-0.4 4.5-12 155 38
Ф1830×6400 24.1 21 ≤25 0.074-0.4 6.5-15 210 43
Ф1830×7000 24.1 23 ≤25 0.074-0.4 7.5-17 245 43.8
Ф2100×3000 23.7 15 ≤25 0.074-0.4 6.5-36 155 45
Ф2100×4500 23.7 24 ≤25 0.074-0.4 8-43 245 56
Ф2100×7000 23.7 26 ≤25 0.074-0.4 12-48 280 59.5
Ф2200×4500 21.5 27 ≤25 0.074-0.4 9-45 280 54.5
Ф2200×6500 21.7 35 ≤25 0.074-0.4 14-26 380 61
Ф2200×7000 21.7 35 ≤25 0.074-0.4 15-28 380 62.5
Ф2200×7500 21.7 35 ≤25 0.074-0.4 15-30 380 64.8
Ф2400×3000 21 23 ≤25 0.074-0.4 7-50 245 58
Ф2400×4500 21 30 ≤25 0.074-0.4 8.5-60 320 72
Ф2700×4000 20.7 40 ≤25 0.074-0.4 22-80 380 95
Ф2700×4500 20.7 48 ≤25 0.074-0.4 26-90 480 102
Ф3200×4500 18 65 ≤25 0.074-0.4 As per process conditions 630 149
Ф3600×4500 17 90 ≤25 0.074-0.4 As per process conditions 850 169
Ф3600×6000 17 110 ≤25 0.074-0.4 As per process conditions 1250 198
Ф3600×8500 18 131 ≤25 0.074-0.4 45.8-256 1800 260
Ф4000×5000 16.9 121 ≤25 0.074-0.4 45-208 1500 230
Ф4000×6000 16.9 146 ≤25 0.074-0.4 65-248 1600 242
Ф4000×6700 16.9 149 ≤25 0.074-0.4 75-252 1800 249
Ф4500×6400 15.6 172 ≤25 0.074-0.4 84-306 2000 280
Ф5030×6400 14.4 216 ≤25 0.074-0.4 98-386 2500 320
Ф5030×8300 14.4 266 ≤25 0.074-0.4 118-500 3300 403
Ф5500×8500 13.8 338 ≤25 0.074-0.4 148-615 4500 525
Ball mills are widely used in production industries, such as cement, silicate products, new building materials, refractory materials, chemical fertilizers, black and ferrous metals and glass ceramics and others. It can grand things in dry-type and wet-type for all kinds of ore and other grindable materials.
The Structure Characteristics of the Ball Mill
The ball mill consists of feeding parts, discharging parts, rotary parts, transmission parts (reducer, small transmission gear, motor, electronic control) and other main parts. The hollow shaft adopts cast steel, and the inner lining of it can be dismantled. The rotary large gear is machined by casting hobbing process, with a wear-resistant lining plate in the barrel, which has the ability of wear resistance. Our machine runs smoothly and has reliable performance. According to the material and discharge way, we can choose dry-type ball mill or wet-type ball mill.
Quick-wear Parts of the Ball Mill
The quick-wear parts of the ball mill mainly refer to the lining boards, the wear and usage time of the liner are related to the cost and production effect of the ball mill. Then how to identify the advantages and disadvantages of the lining boards. We can conclude it mainly from three steps, the first to see is the lining plate casting and smelting process, the next step is to check whether the lining plate quenching and tempering treatment are qualified, and at last, we need to look at the lining board material carefully. At present, the common lining materials in the market are high chromium cast iron, low alloy wear-resistant cast steel and high manganese steel material. These three kind of materials of lining boards of the three kinds of have good wear resistance ability. GUIKUANG machinery welcome you to our factory to inspect the production process of ball mills and the lining plate’s manufacturing techniques.
The Operation Principle of the Ball Mill
The material is entered into the hollow shaft by the feeding device, and then it enters the first warehouse of the ball mill evenly. There are stepped lining plates or corrugated lining plates with different sizes of steel balls inside the warehouse. The cylinder rotates to produce centrifugal force for bringing the steel ball to a certain height and then it falls down. This produces heavy blow and grinding effects to the material. After the rough grinding process, the material enters the second warehouse through a single clapboard. The warehouse is lined with a scale-board with steel balls for further grinding. The powder is discharged by the discharging grate plate to finish the grinding operation.
The Classifications of the Ball Mill
According to the different materials processed by the ball mill, GUIKUANG machinery produces the following kinds of ball mill, such as gold ball mill, black manganese ore ball mill, nickel ore ball mill, tin ore ball mill, copper ore ball mill, pomegranate ball mill, andalusite ball mill, aluminum grey ball mill, molybdenum ore ball mill, fluorite ball mill and so on.
#industrial #ball #mill #manufacturers #industrial #ball #mill #for #sale #industrial #grinding #mill #ball #mill #equipment #ball #mill #crusher
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