Below are the 12 most recent journal entries recorded in
soobearings' Blurty:
Monday, January 11th, 2010
1:05 pm
Mixing machinery - RM series Plastic color- mixers RM series Plastic color- mixers are generally named “Vertical batch mixer”, and are suitable for mixing of powder and granule material.The ideal structure and design make it easy for operation,clean and maintenance,moreover make it mixing evenly in short time.This stainless stell color mixer is mainly used for mixing and stirring of plastics material.Also This kind of plastic mixers is widely used in the industry of powder metallurgy, pharmacy, chemicals, foodstuff,ceramic ware and so on.It is ideal for mixing machinery.
Plastic color-mixer RM Series
Features:
1.The internal surface of the equipment made of stainless steel to avoid pollute the raw material.
2.Interlock protection device to ensure the safety for the operator and machine.
3.Equipped with six blades in order to mix evenly in short time,low energy consumption, high efficiency.
4.Automatic stop device. The setting range for automatic stop is 0-999 minutes.
5.The discharging outlet fitted with closing board,convenient for discharging by hand.
6.Hight-adjustable support frame, universal feet wheel and brake,easy for adjusting and moving.
7.Attractive appearance,easy-dismount design,convenient for maintenance.
F connectors at the ends of coaxial cables are commonly used for video equipment to carry signals and secure connections with threaded boots. The thick insulator around the central copper conductor of the coaxial wire fits into the inner sleeve of an F connector. The F- connectors have a cuff that holds the outer wire mesh and external jacket. The lower sleeve of the metal connector acts as a ferrule to be crimped around the cable and firmly hold the plug on the end of the wire. F-crimp connector requires crimp tool to fit to cable.
Commercial Grade F drop connectors suitable for coaxial broadband networks
Used in Video, Date and Telephony Applications reliable easy-crimp annealed-brass construction prevents rupturing or cracking
Features:
One-piece crimp design,eliminates lost or mismatched components
provides 360-degrees contact to the cable, providing excellent RF shielding integrity, complete seal to the cable jacket to lock out moisture.
The radial design reduces the possibility of an impedance problem and can defeat ingress/egress at the connector.
Large ferrule surface insures proper RF and digital interface.
Alloys of aluminium are used in die casting more extensively than alloys of any other base metals.
Die casting is especially suited to production of large quantities of relatively small parts. The more important reasons for using light metal casting are low weight, mechanical strength, stiffness and electrical properties. Other applications are e.g. components for the power transmission line in the vehicle industry and electronics industry.
Typical applications of die cast aluminium alloys include:
* · Alloy 413.0 - Outboard motor parts such as pistons, connecting rods, and housings
* Alloy 518.1 - Escalator parts, conveyor components, aircraft and marine hardware and lit tings.
With die casting, it is possible to maintain close tolerances and produce good surface finishes. Die castings are made by injection of molten metal into metal molds under substantial pressure. Rapid injection and rapid solidification under high pressure combine to produce a dense, fine-grain surface structure, which results in excellent wear and fatigue properties. Our factory have Large spectrum of die casting machines (280T - 1600T),it can produce Variety of alloys available to meet in house production requirements and to provide quality custom-made die-casting parts for other industries
Shanghai DL - steel structure buildings Shanghai DL Tech & Trade Co.,Ltd.(Shanghai DL) was registered in Pudong New Area Shanghai,China with the right to import and export.It is specially specializing in steel structure buildings and related materials.
Shanghai DL focuses on the most advanced domestic or international technology of design and manufacture of steel structure buildings.The diverse modes,reasonable structure,easy assembly,fastness,durable,heat preservation,heat insulation,sound insulation,earthquake resistance,wind resistance,fire resistance etc.are the specialities of our buildings. It shows the most advanced level in this industry in China.
Building Type: 1. Residential houses 2. Industrial buildings such as warehouses, workshops, etc. 3. Middle-level and High-rise buildings 4. Buildings for other space
We always give service of the whole procedure from the design, processing to installation. innovative design,favourable price, high quality and circumspect service are our tenet of the cooperation with clients. We are sure that our products must be able to get admiration and acceptance by more more domestic and foreign friends Rubber Molded Products, Aluminum Die Casting, Machined Parts,Precision Casting
Type of Load Cells Located in China, Ningbo G-Shine electronic Co., Ltd is a manufacturer and supplier of advanced Load Cells, Force Sensors, Torque Sensors, Pressure Sensors, Signal Conditioners, Digital Displays and Portable Sensor Verification / Calibration Systems (VCal) Ningbo G-Shine electronic Co., Ltd has demonstrated steady growth and built a solid reputation as a “load cell and weighing scale manufactor in China and overseas markets
Manufacturer and supplier of advanced China Load Cell, weighing scale,Compression Load Cell,Single point Load Cell. Although our expertise in load cells / weighing scale applies to many industries, our product line and custom manufacturing ability is focused in the following industries:
loads cells including low profile load cells, single point load cells, miniature load cells, beam load cells, load cell accessories, S type load cells and column load cells.
Working with corporations of various sizes, we have established a solution methodology that works for any company no matter how large or small of a job. We offer personal interaction and support while adhering to the professionalism and service of a Fortune many Companys. As we continue to grow, we remain committed to improving our quality and to bringing you complete load cell/ sensor solutions from design conceptions to application. By establishing closer ties to our vendors and alliances we can offer cost effective measurements while bringing you a quality product that you can rely on. Whether you’re looking for a standard product, need to modify an existing product Ningbo G-Shine electronic Co., Ltd can provide the solution!
Motor scooter manufacturer Motor scooter/motor scooter parts/CKD parts,GY6 scooter's CKD parts from 50cc to 250cc displacement available for sales. welcome the assemble factory around the world contact us for business, we are supplying at a very good price.
1.All the models of engine are availiable, 100cc Motor Scooter with 75kph Maximum Speed and Minimum Clearance of 140mm; Motorcycle with 100cc Engine, Rim Wheel, Front Drum and Rear Drum Brake; 110cc Motor Scooter with Maximum Power of 5.0kW/7,500rpm
2.Supply all kinds of engine parts such as cylinder head kit,cylinder block kit,piston set,piston ring set,magneto,clutch,starter motor,oil seal,paper gasket,belt,bearing,oil switch,rocker crankshaft,camshaft,carburetor,spark plug and so on.
3.Supply all kinds of body parts,such as headlight light,plastic cover,shock abersober,wheel rims,cables,back mirrors,disc brake,tyres,tubes,bulbs,speedometer,battery,rear lights,turning lights,rear lights,brake shoe and etc.
4.Please feel free to contact us if you have some demand in our products or you want to know more detailed information about our company and our products, we will give a detailed report to you soon.
100cc Motor Scooter with Four-stroke Engine and Electric/Kick Starter; EEC Certification
Model Number:YG 100-5
Key Specifications/Special Features:
Engine type: single-cylinder, four-stroke and air-cooled
Bearings are relatively small components placed between moving parts to reduce friction with movement. They can be made of many different materials and can be of various sizes and designs. Bearings are used in various applications; they can be found in engines, assembly lines, fans, hand tools, and roller-skates.
There are two classifications for bearings: linear and rotary. These classifications are based on the motions for which they are designed. A linear bearing moves in a straight line and is used for pushing and pulling motions, like a drawer opening and shutting. A rotary bearing is designed for radial motion, like that of a wheel spinning. Rotary bearings are also commonly referred to as thrust bearings.
Bearings are usually small enough to hold in the palm of a hand, but they can be as large as ten feet in diameter. Bearings this large are used in places like hydroelectric power plants. Ball bearings have been used for many years, and their low cost ensures that they will continue to be used in the future.
Angular Contact Ball Bearings are a type of radial bearing that are designed so that the contact angle between the races and the balls is created when the bearing is in use.
Automotive Bearings describe many types of bearings used for automotive purposes.
ABEC Bearings are also sometimes called Precision Bearings; these bearings are rated on a scale from 1 to 9 based on precision standards.
Bearings are components that are used in between moving parts.
Ceramic Bearings are made of steel rings and ceramic balls (instead of steel).
Counter bored ball bearings have one race shoulder turned and ground away to facilitate an assembly with a greater number of balls. Can also be a non-separable Ball Bearings with one side of the raceway removed from either or both rings to assist manufacturing assembly; normally the outer ring is counterbored.?
Deep Groove Ball Bearings are a type of radial bearing that have a cage assembly, which separates the balls and is used for radial and axial loads.
Linear Montion Bearings move objects that need only be moved in one direction and possibly back to an original position. (Linear Bearings)
Maximum capacity bearings allow for more balls to be loaded into the bearing using the filling notches.
Miniature Ball Bearings are a smaller bearing, typically under 10mm bores. A single row style of bearing capable of handling smaller torque loads.
Precision Bearings are composed of materials that are subjected to severe stress reversals.
Axial and Radial Ball Bearings move in both directions and can handle large loads. The most widely used and recognizable ball bearing.
Roller Bearings can handle higher load capacities than standard ball bearings. These consist of cylindrical rollers as the motion component of the bearing..
Self-aligning Ball Bearings consist of two rows of balls and a spherical raceway in the outer ring. These bearings are known for limited problems with misalignment.
Skate bearings are used for inline skates and skateboards.? These utilize balls as the motion component for the bearing.
Steel ball bearings are made of steel materials.
Thrust Bearings are designed to handle just thrust and minimum amounts of it, such as in the case of a Lazy Susan or Barstool.
Types of Bearings Bearings Manufacturers Directory including ball bearings, Auto bearings, roller bearings, thrust bearings.etc. Bearings Suppliers Directory including Automotive Bearings, Ball Bearings, EMQ Bearings, High Precision Bearings, Linear Montion Bearings, Needle Bearings, Roller Bearings, Self-lubricating Bearings, Sleeve Bearings, Special, Non-standard Bearings, Spherical Bearings, Spherical Plain Bearings, Thrust Bearings.
Types of Bearings Bearings are relatively small components placed between moving parts to reduce friction with movement. They can be made of many different materials and can be of various sizes and designs. Bearings are used in various applications; they can be found in engines, assembly lines, fans, hand tools, and roller-skates.
There are two classifications for bearings: linear and rotary. These classifications are based on the motions for which they are designed. A linear bearing moves in a straight line and is used for pushing and pulling motions, like a drawer opening and shutting. A rotary bearing is designed for radial motion, like that of a wheel spinning. Rotary bearings are also commonly referred to as thrust bearings.
Types of Ball Valves ball valve A ball valve is a stop valve that is designed mostly for on/off service. It is essentially a plug valve with a round hole and a sphere-shaped plug. A ball valve contains a ball with a small hole in the middle that helps to control the flow of materials through the pipe. An actuator, which can be either electric or a manually operated handle, rotates the ball 90%. When the hole of the ball is facing away from the pipe opening, flow is restricted. When it is aligned with the opening, flow is restored. The position of the handle immediately indicates whether the valve is closed or open. Along with being easy to monitor, ball valves are also simple to clean and repair; as the ball rotates, the seat performs a self-wiping action that prevents any buildup. Hydraulics Pneumatics
Ball valve suppliers offer their products with two primary design options. These are the floating ball design, a less costly option for lower duties, and a trunnion ball option, which is used for higher duties and, therefore, more costly. Ball valve suppliers also provide several body styles, including one-piece, two-piece, three-piece, even four- and five-piece and flanged body construction. The type of application determines which ball valve is the most appropriate. Sizes of ball valves range from very small up to 42 inches and up to 7,500 psi in pressure ratings. Although they are manufactured from a wide variety of materials, some common materials are stainless steel, plastic, bronze, copper, cast iron, ductile iron, metal alloys and brass. Metal valves are recommended for gases and high temperature fluids; use plastic valves for liquid applications only.
Bore, or port, sizes differ as well. In a full bore valve, the diameter of the hole in the ball is the same size as the hole in the pipe. Looking down a piece of pipe, in other words, there would not appear to be any constriction at the location of the valve. If the diameter of the hole through the ball is less than that of the pipe, it is referred to as a reduced or standard bore/port. Some valves gradually narrow, while the reduction in others is basically a shoulder. Many times the diameter tapers to the next standard size. There is very little pressure loss difference between the full bore and reduced bore valve. Bath
Advances in ball valve design and materials have significantly increased their popularity. Ball valves can be used for isolation of systems, regulation of some types of low flow (e.g. throttling the flow of air at differential pressures up to 1,000 psi) and backflow prevention, but only with a swing check component. They can handle high pressure and a large volume of fluids, gases and suspended solids (slurries). New valve designs have enabled ball valves to be used in high-vacuum situations. This possibility was not previously considered, due to the inherent tendencies of these valves to leak and trap gas. Ball valve suppliers will also be able to offer aluminum construction in the near future.
Types of Ball Valves
Ball Valves are quarter turn, straight through hydraulic valves that have a round end with matching rounded seats to permit uniform sealing pressure. Ball valves are used in situations when tight shut-off is necessary.
Cartridge valves are completely bodiless and can be removed and replaced easily without dismantling.
Check valves are hydraulic valves which allow flow in only one direction. Any backflow forces the valve to shut.
Directional control valves control the direction of the hydraulic fluid to the point where it is needed. Directional control valves are useful for hydraulic tools and farm equipment that use hydraulics.
Float valves are valves that automatically open or close as the liquid level changes. Float valves are operated mechanically by a float that rests on top of the liquid.
Gate valves http://www.soovalves.com are linear motion valves in which a flat closure element slides into the flow stream to provide shut-off. Gate valves are designed to minimize pressure drop in fully open positions.
Globe valves are multi-turn valves that have a closing element that moves perpendicular to the valve body seat and generally seals in a plane parallel to the direction of flow. This type of valve is suited both for throttling and general flow control.
Relief valves are made to release pressure. When safe pressure levels are exceeded, the valve opens and then closes when levels are back to safe presets.
Solenoid valves are made from wire coil and a movable plunger that is set against the coil. Solenoid valves are electromechanical devices that use solenoid to control the valve’s actuation.
Types of Die Castings Die casting is a metal forming process in which molten metal is put under pressure and injected into a die. The molten metal enters the die cavity through sprue holes in the fixed die half. The melt is directed to the cavity by runners (passageways) and gates (inlets) in the ejector half. Locking pins on the die secure the two halves together. The metal, kept just above its melting temperature, quickly solidifies into the shape of the Die casting. Ejector pins remove the die cast part.
Die castings are made from alloy tool steels. They have at least two sections to permit the removal of castings, the fixed die, or cover, half and the ejector die half. Some dies also have parts, such as removable slides and cores, to produce holes, threads and other desired shapes in the casting. Openings in the die allow the addition of coolant and lubricant. Dies are either air- or water-cooled. The cooling of the die provides for quick cycling and is one of the factors in the high rate of production. It also gives a fine grain structure and superior strength and finish to the metal castings. The molds used by die casting manufacturers will perform up to 5 million shots in its lifetime.
The services provided by die casting http://www.soocasting.com manufacturers have many advantages over other processes. Die casting is efficient and economical, offering a wide range of durable shapes and components. Little or no machining is required after die castings are made because the process provides very close tolerances for even complex part shapes. Metal castings can be easily plated or finished. Die castings are dimensionally stable and heat resistant. These lightweight parts, even while having thin walls, retain the strength of an alloy because they do not consist of separate parts welded together.
Die casting manufacturers utilize a number of materials, including Zinc , Aluminum, Magnesium, Copper, lead and tin. Zinc is the easiest alloy to cast, has a low melting point and is economical and easily palatable. Zinc also has high impact strength, offers high ductability and promotes long die life. Aluminum alloys possess high dimensional stability for complex shapes and thin walls. Aluminum die casts are of a lightweight alloy that has good corrosion resistance, mechanical properties, high thermal and electrical conductivity and strength at high temperatures. Along with being the easiest alloy to machine, magnesium is also the lightest typically die cast. Magnesium die casting also has excellent strength-to-weight ratio. Copper is one of the hardest alloys and offers the highest mechanical properties of any other alloy that is cast. A dimensionally stable alloy, copper has high corrosion and wear resistance and strength approaching that of steel parts. Lead and tin are used for special forms of corrosion resistance. Although they have high density, parts with extremely close dimensions are able to be formed from lead castings and tin castings.
Types of Die Castings
Aluminum Casting are die castings made from aluminum materials.
Aluminum die castings are commonly used in the production of hardware and tools because of the great resistance of aluminum castings to corrosion and high temperatures, as well as their conductivity. In addition, aluminum castings are used in applications requiring the production of intricate part features and components. Auto Parts
Automotive castings, which include engine blocks, cylinder heads, brake calipers and discs and suspension components, are increasingly being manufactured out of lightweight material, such as aluminum, to economize fuel consumption by decreasing the overall weight of the vehicle.
Brass Casting are used in the architectural and construction industries and in decorative applications, such as doorknobs.
Bronze Casting are used in applications requiring high strength, making them ideal for use in the architectural and construction industries.
Copper Casting are used in applications requiring exceptional strength and resistance to corrosion. Copper castings consist of brass and bronze castings.
Die casters shape metal by putting pressure on molten metal in a die.
Gravity die castings are produced by pouring molten aluminum into a metallic tool at a casting temperature of 750¼. Gravity die castings have good tolerances and surface finishing.
High pressure die castings have very thin walls. The metal enters the die cavity at high speeds and under great pressure, which increases the chance of porosity.
Lead die castings offer great corrosion resistance and are used in the production of parts in the plumbing industry. Lead castings, particularly tin castings, also provide close production tolerances but are generally not as strong as other diecast metals.
Low pressure die castings are formed when metal from an airtight furnace is transferred into a metallic tool through a rising tube. Low pressure die casting is suitable for relatively small lot sizes and for applications in which heat treatment is needed to improve the mechanical properties.
Magnesium die castings are particularly useful in applications where weight is a factor. Magnesium die castings are very lightweight and cost-effective, especially in comparison to other diecast metals. Furniture, Tools, Appliances, Lights
Metal castings are metal impressions made with molds.
Zinc die castings are often used in the production of small parts for the electronics and automotive industries. Zinc castings lend themselves well to secondary operations such as painting and plating. • Casting Technology Die Casting | Sand Casting | Investment Casting | Shell Mold Casting | Iron Casting | Lost Wax Casting | Precision Casting | Blow Molding | Centrifugal Casting | Continuous Casting | Extrusion Casting | Injection Molding | Insertion Molding | Lost Foam | No Bake | Permanent Mold | Plaster Mold | Structural Foam | Thixomolding | • Casting Material Aluminum Casting | Beryllium Casting | Brass Casting | Bronze Casting | Carbon Casting | Cobalt Casting | Composite Casting | Copper Casting | Ductile Iron Casting | Grey Iron Casting | Iron Casting | Iron Alloys Casting | Magnesium Casting | Malleable Casting | Manganese Casting | Nickel Casting | Plastic Casting | Rubber Casting | Special Casting | Stainless Casting | Steel Casting | Titanium Casting | White Iron Casting | Zinc Casting |
Magnets Magnets are metallic composites, usually ferrous metal composites, which produce a “magnetic field”; the magnetic field causes other magnetic objects to be attracted to the magnet while other magnets are either attracted or repelled. There are many different types of magnets all with different magnetic strength, properties of heat and corrosion tolerance and permanence. Magnets can largely be broken up into two categories: non-permanent and Permanent; non-permanent magnets are electromagnets which require an external source of power and are triggered electrically to be magnetic. Electromagnets have many industrial applications such as solenoid valves, AC and DC motors, biomagnetic separation, transformers and so on. Permanent Magnets include ceramic magnets (also known as Ferrite Magnets), Alnico Magnets and rare earth magnets. Ceramic Magnet have lower magnetic power and are more brittle and easily breakable than some other magnets, but they are much more cost-effective and are used in non-structural applications in motors, Magnetic Chucks and Magnetic Tools. Rare earth magnets are less cost-effective to manufacture but are far more powerful and retain their magnetism better than ferrite magnets; they are used as industrial magnets for holding and lifting, motors, speakers and sensors, testing and MRI’s. Sheet magnets are a flexible ferrite-plastic composite which is extruded into magnetic sheets and used in automotive and consumer industries. Hardware, Moulds
Types of Magnet Assemblies
Alnico Magnets http://www.soomagnets.com assemblies maintain a heat tolerance higher than that of other magnetic assemblies, withstanding exposure to temperatures measuring up to 850°F.
Bipolar assemblies are advantageous during part transference, welding alignments and part holding applications. Bipolar magnetic assemblies maintain high heat resistance and wide magnetic reach.
Ceramic assemblies maintain resistance to demagnetization, can withstand exposure to electrical fields and vibration and are economical. Their demagnetization resistance is beneficial in the welding and construction industries, as well as other environments subject to vibration and electricity, but they do have low heat resistance.
Ceramic magnets made of strontium carbonate and iron oxide.
Electromagnetic assemblies require an electric current for the production of a magnetic field.
Industrial magnets are heavy-duty magnets used for industrial applications.
Magnet manufacturers produce magnets in various sizes and strengths.
Neodymium Magnets are composed of a combination of neodymium, iron, and boron.
Permanent Magnets assemblies retain magnetism without a magnetic field. Permanent magnets do not generate electricity or heat.
Rare earth assemblies maintain the highest holding ability of all magnetic assemblies in a compact design but generally possess low heat resistance. Rare earth magnets consist of neodymium magnets and samarium cobalt magnets, referred to as rare earth magnets because of their location in the periodic table. NdFeB Magnets, SmCo Magnets
Rare earth magnets are composed of elements found in the "Rare Earth" part of the Periodic Table.
Sheet magnets are large, flat magnets that can cover a large area.
Types of Bearings Bearings are relatively small components placed between moving parts to reduce friction with movement. They can be made of many different materials and can be of various sizes and designs. Bearings are used in various applications; they can be found in engines, assembly lines, fans, hand tools, and roller-skates.
There are two classifications for bearings: linear and rotary. These classifications are based on the motions for which they are designed. A linear bearing moves in a straight line and is used for pushing and pulling motions, like a drawer opening and shutting. A rotary bearing is designed for radial motion, http://www.soobearings.com like that of a wheel spinning. Rotary bearings are also commonly referred to as thrust bearings.
Bearings are usually small enough to hold in the palm of a hand, but they can be as large as ten feet in diameter. Bearings this large are used in places like hydroelectric power plants. Ball bearings have been used for many years, and their low cost ensures that they will continue to be used in the future.
Types of Bearings Angular Contact Ball Bearings are a type of radial bearing that are designed so that the contact angle between the races and the balls is created when the bearing is in use.
Automotive Bearings describe many types of bearings used for automotive purposes. ABEC Bearings are also sometimes called Precision Bearings; these bearings are rated on a scale from 1 to 9 based on precision standards.
Bearings are components that are used in between moving parts.
Ceramic Bearings are made of steel rings and ceramic balls (instead of steel).
Counter bored ball bearings have one race shoulder turned and ground away to facilitate an assembly with a greater number of balls. Can also be a non-separable Ball Bearings with one side of the raceway removed from either or both rings to assist manufacturing assembly; normally the outer ring is counterbored.
Deep Groove Ball Bearings are a type of radial bearing that have a cage assembly, which separates the balls and is used for radial and axial loads.
Linear Montion Bearings move objects that need only be moved in one direction and possibly back to an original position. (Linear Bearings)
Maximum capacity bearings allow for more balls to be loaded into the bearing using the filling notches.
Miniature Ball Bearings are a smaller bearing, typically under 10mm bores. A single row style of bearing capable of handling smaller torque loads.
Precision Bearings are composed of materials that are subjected to severe stress reversals.
Axial and Radial Ball Bearings move in both directions and can handle large loads. The most widely used and recognizable ball bearing.
Roller Bearings can handle higher load capacities than standard ball bearings. These consist of cylindrical rollers as the motion component of the bearing..
Self-aligning Ball Bearings consist of two rows of balls and a spherical raceway in the outer ring. These bearings are known for limited problems with misalignment.
Skate bearings are used for inline skates and skateboards. These utilize balls as the motion component for the bearing.
Steel ball bearings are made of steel materials.
Thrust Bearings are designed to handle just thrust and minimum amounts of it, such as in the case of a Lazy Susan or Barstool.