The difference between emulsifier and emulsion pump (shear pump, homogenization pump)
An emulsification pump (shear pump, homogenizing pump) is a process that efficiently, quickly and uniformly enters one or more phases (liquid, solid, gas) into another mutually incompatible continuous phase (usually a liquid). Equipment of the equipment. In the usual case, the phases are mutually incompatible. When external energy is input, the two materials are reorganized into a uniform phase. Due to the high tangential speed and high-frequency mechanical effect generated by the high-speed rotation of the rotor, the emulsified pump is subjected to strong mechanical and hydraulic shear, centrifugal extrusion and liquid layer friction in the narrow gap between the stator and the rotor. A combination of impact tearing and turbulence forms a suspension (solid/liquid), an emulsion (liquid/liquid) and a foam (gas/liquid). The emulsified pump enables the incompatible solid phase, liquid phase and gas phase to be uniformly and finely dispersed and emulsified under the action of the corresponding ripening process and the appropriate amount of additives, and the high-frequency emulsification pump reciprocates to obtain a stable high-quality product. . First of all, it is called emulsification pump (shear pump, homogenization pump), it can only be pipeline type. It includes horizontal pipeline emulsification pump and vertical pipeline emulsification pump. From our products, including EDL1000, ER1000.EDL2000, ER2000, ERS2000 series emulsification pump
An emulsifier is a process that efficiently, quickly, and uniformly enters one or more phases (liquid, solid, gas) into another mutually incompatible continuous phase (usually a liquid). In normal circumstances, the phases are mutually incompatible. When external energy is input, the two materials are reorganized into a uniform phase. Due to the high tangential speed and high-frequency mechanical effects generated by the high-speed rotation of the rotor, the material is subjected to strong mechanical and hydraulic shear, centrifugal extrusion, liquid layer friction and impact in the narrow gap between the stator and the rotor. A combination of tearing and turbulence forms a suspension (solid/liquid), an emulsion (liquid/liquid) and a foam (gas/liquid). Therefore, the incompatible solid phase, the liquid phase and the gas phase are uniformly and finely dispersed and emulsified under the action of the corresponding mature process and an appropriate amount of additives, and after high frequency circulation and reciprocation, a stable high quality product is finally obtained. It includes batch emulsifier and pipeline emulsifier. Our batch emulsifier includes EDC, EDS, EDE series intermittent emulsifier, pipeline emulsifier including EDL1000, ER1000.EDL2000, ER2000, ERS2000 series emulsifier
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Superabrasives are tools used in precision grinding,precision cutting,precision polishing and precision drilling,like Flexible Diamond Abrasive.Superabrasive materials attach to a wheel,blade and drill to make Superabrasive Grinding Wheels,cutting balde and drilling bit.The reason some abrasives are Superabrasives is due to their extraordinary hardness,unparalleled performance,and longevity.
What are Superabrasives?
Abrasives that belong to the Superabrasive family includes,Industrial diamonds: an industrial diamond is a non-gem quality small diamond that is for abrasives,cutting,and drilling tools.
Cubic boron nitride (CBN): Usually called CBN it is the second hardest cutting tool material after a diamond.
Polycrystalline: Is an abrasive material that has a multiple collection of crystal grain structures with individual orientations
CVD Diamond: These are synthetic diamonds made by a process known as chemical vapor deposition.CVD diamonds grow from a hydrocarbon gas mixture. They are extremely hard,have a high thermal conductivity that is five times that of copper. They also have broadband optical transparency,are chemically inert,and only reach graphitization at very high temperatures.
Nanodiamonds: These tiny diamonds are the product of a controlled explosion. Sometimes called a detonation nanodiamond (DND) or an ultradispersed diamond,as this is how they form.
Industries That Use Superabrasives
A great number of industries use Superabrasive grinding wheels and the coated abrasives subsection of the abrasives industry continues to grow. Industries that are prime buyers of Superabrasive grinding wheels are,
| Aerospace |
Jewelry
|
| Aluminum Mills | Leather Tanneries |
| Automotive | Machinery |
| Bearings | Marble |
| Boat Building | Medical Instruments |
| Brick & Tile | Metal Fabrication |
| Broaches | Metallurgical Labs |
| Ceramic Products | Motor Vehicle Parts |
| Construction | Oil Field Equipment |
| Contract Machining | Paper Mills |
| Copper Mills | Plastics |
| Cutlery | Precision Gages |
| Cutting Tools | Railroad Equipment |
| Dental Equipment | Rubber |
| Forest Products | Saw Blades |
| Foundries | Ship Building |
| Gears | Springs |
| Glass Products | Steel Mills |
| Golf Clubs | Valves |
| Granite | Welding |
Advantages of Superabrasives
The advantages of Superabrasive grinding wheels are more than extraordinary hardness,unparalleled performance,and longevity. These three features of Superabrasives are the core of many advantages manufacturers gain by an aggregation of services that normal abrasives simply cannot deliver.
These include:
Less expensive tooling and fixturing costs
More wheels on the spindle,smaller wheels,multiple operations
Less floor space needed for manufacturing
Virtual elimination of wheel wear
Automated CNC machines,less labor intensive operations requiring less training
Consistent surface speed from part to part
Better overall throughput with fewer machines needed
Improved Material Removal Rates,Lower Per Part Abrasive Costs and higher speeds
With Superabrasives,production increased by automated CNC equipment,industries have found one way to compensate for the lack of availability of skilled labor. With fewer machines needed,so is fewer workers. With Superabrasives CNC,automation is more concerned with defining a manufacturing process using machine capabilities and mechanization. There is less concern on operator technique. A properly defined process,combined with automatic loaders make for equipment that is almost running itself.
Industry Outlook
Future growth of the abrasives industries will primarily be in Superabrasives. Currently,research and development of Superabrasives are taking place in the following areas.
Custom designed [hard to grind" materials in an increasing number of industries
Creep or deep feed grinding
High-speed,high-performance grinding of hardened steel
Form grinding,sometimes with electroplating,in high precision,high-removal,and high-surface quality applications
CNC-control of line grinding machines
Other abrasive technology developments with Superabrasives are likely to occur in using CVD for the best bonding of coatings to diamond wheels
Electroplated Diamond Products
Superabrasives Precision Cutting,Superabrasives Precsion Polishing,Superabrasive Grinding Wheels,Profiled Superabrasive Grinding Wheels,Flexible Diamond Abrasive
Hans Superabrasive Material Co., Ltd. , http://www.hansuperabrasive.com