Rod Breakdown Machines are designed using good quality components and materials in accordance with industrial quality standards. Wire Rod Break Down Machines are suitable for drawing large round wires. High productivity and limited maintenance are features due to which Wire Rod Break Down Machine are highly appreciated among our customers. Features : * Damage free parts * Minimal vibration * Damage resistant * Shock proof Product Detail : SWG - 0 To 16 (MM Size - 8.230 To 1.628)
Product composition: Sn99.93-Cu0.7 Product diameter: 315*15*11mm Product weight: 500g/piece Working temperature: 265-275 Flux method: manual dip tin, wave solder Product packaging: 20KG/carton Product use: suitable for welding of transformer products The characteristics of the tin bar: it has bright and full solder joints, and it will not be soldered and other undesirable phenomena. Add enough antioxidant elements, strong antioxidant ability. Made of pure tin, less tin dross, reducing unnecessary waste. After melting, the amount of slag is less than that of ordinary solder, and it has excellent oxidation resistance. After melting, the viscosity is low, the fluidity is good, and the weldability is high. Due to very few oxidation inclusions, the phenomenon of sharpening and bridging can be minimized, the welding quality is reliable, and the solder joints are bright and full.
Product ingredients: Sn99.99 Tin ingot Working temperature: 265-275 Packing: net weight 251.5kg per ingot, bundled with galvanized steel strips, 40 ingots per bundle, net weight 1000 30kg Specifications: 400cmX100cmX100cm Tin ingot has good chemical resistance, it can be used as a coating for other metals to prevent corrosion.Tin is widely used in the manufacture of soft solder. In this solder, tin forms alloys with other elements to produce various alloys with different characteristics. Tin is also a component of bronze, tin, certain bearing materials and fusible alloys.Tin film deposition, usually in fuel cells, decoration, semiconductors, displays, LEDs and photovoltaic devices, glass coatings, etc. Tin is also used to coat other metals to prevent corrosion. Tin alloys are important in soft solder, tin, bronze and phosphor bronze. For example, niobium-tin alloy is used for superconducting magnets.
Product ingredients: Sn99.95 Working temperature: 265-275 Packing: net weight 25 1.5kg per ingot, bundled with galvanized steel strips, 40 ingots per bundle, net weight 1000 30kg Specifications: 400cmX100cmX100cm The tin ingot has good oxidation resistance, low tin dross, cost saving, and the solder joints are bright, plump and uniform. And can produce the lowest consumption of solid solder joints. Its raw material is a silver-white and soft metal, which is similar to lead and zinc, but looks brighter. Its hardness is relatively low, and it can be cut with a knife. It has good ductility, especially when the temperature is 100 , it can be expanded into extremely thin tin foil, and the thickness can be as thin as 0.04 mm. It is also a metal with a low melting point. Its melting point is only 232 C. Therefore, as long as a candle flame is used
We deal in mild steel, alloy steel, carbon steel in various product range majorly in rounds, plates, coils, wires, drums, etc. We have a track record to provide timely, competitive with no compromise on quality steel.
Custom Neodymium Magnet Shapes Rare Earth Magnets China Manufacturer In the design of high-speed permanent magnet motor, the materials currently used usually have high coercivity. This is mainly due to the relatively low temperature coefficient of materials with high coercivity, which is more conducive to ensuring high-speed permanent magnets. The temperature of the motor rotor is relatively more stable. At the same time, materials with high coercivity have higher temperature adaptability and are currently used in a wide range of applications with higher temperatures. In addition, materials with higher coercivity usually have relatively higher compression resistance and anti-interference strength, and the centrifugal force that can withstand is relatively higher. DESCRIPTION of Custom Neodymium Magnet Rotor Materials Neodymium Magnet About this Item Big transmission torque, small size. Stable magnetic properties, wear free, long serve life. Application PM Synchronous Motor, BLDC Motor, etc. Rare-earth permanent magnetic motor has a series of advantages, such as small size, light weight, high efficiency and good characteristics. Its applications are very extensive and extend all over fields of aviation, space, defense, equipment manufacturing, industrial and agricultural production and daily life. AH Magnet mainly produce magnetic components in permanent magnet motor field, especially NdFeB permanent magnet motor accessories which can match all kinds of medium and small permanent magnet motor. Besides, in order to reduce the damage of electromagnetic eddy current to magnets, we make multi splice magnets.
Neodymium Magnets For Electric Vehicles/Motors The laminated magnets are high performance as same as or even superior to overall magnet assemblies in reducing eddy current loss. Fewer eddy current losses means lower heat and greater efficiency. More and more laminated magnets are applied to motors, especially electric vehicles motors. PRODUCT DESCRIPTION Materials Neodymium Magnets About this item Excellent consistency of table magnetic. Excellent resistance to high temperature and humidity of the anti-corrosion properties. Cost saving. Application Electric vehicles, automotive, mining, etc. As the leading China Magnets Manufacturers, AH Magnet is also Rare Earth Magnet and Neodymium Magnets China Suppliers. We specialized in researching, developing, manufacturing, and exporting high-performance sintered neodymium iron boron magnets.
Custom Neodymium Magnets Components Halbach Array Ring Neodymium Magnetic The Halbach Array is entirely composed of rare earth permanent magnet materials. By arranging the permanent magnets with different magnetization directions according to a certain rule, the magnetic field lines can be concentrated on one side of the magnet, and the magnetic field lines can be weakened on the other side, thereby obtaining an ideal unilateral magnetic field. This is of great significance in engineering. With excellent magnetic field distribution characteristics, Halbach Arrays are widely used in industrial fields such as nuclear magnetic resonance, magnetic levitation, and permanent magnet motors. PRODUCT DESCRIPTION Materials N48M NdFeB Magnet & Stainless Steel About this item The surface treatment for magnets is NiCuNi, and Zn for steel. Application Linear Halbach Arrays: To be used for brushless AC motor, voice coils, high-tech applications such as particle accelerators and free-electron lasers. Halbach Cylinder: Applied for magnetic couplings, brushless AC motors and high field cylinders. Both brushless motors and coupling devices use multipole field arrangements.
Neodymium Magnets China Manufacturer Custom Neodymium Arc Shaped Magnets Arc magnets are mainly used in permanent magnet DC motors. Unlike electromagnetic motors that generate magnetic potential sources through excitation coils, PM motors use permanent magnet materials to generate constant magnetic potential sources. Instead of electric excitation, permanent arc magnets have many advantages, which can make the motor simple in structure, convenient in maintenance, light in weight, small in size, reliable in use, low in copper consumption, and low in energy consumption. Standard Neodymium Magnets Neodymium magnets (also known as Nd-Fe-B) is one type of rare-earth permanent magnet. And it is an important component for electric vehicles, house appliances, robots, garden tools, medical equipment, etc. AH Magnet is specialized in researching, developing, manufacturing and exporting high-performance sintered neodymium iron boron magnets, 47 grades of standard neodymium magnets, from N33 to 35AH, and GBD Series from 48SH to 45AH are available. All magnets are widely applied to electric motors such as servo motors, stepper motors, brushless motor, linear motors, permanent magnet synchronous motors, etc. Aim to increase the corrosion resistance of sintered neodymium iron boron magnets and to meet the designated surface requirements, we provide the normal coating layers, like nickel-coating, zinc-coating, epoxy-coating, aluminum-coating and passivation. We also customized composite coating to ensure durability of magnets according to different design and application environment of permanent magnets. Find the suitable NdFeB to meet your design requirements from the following sheet and download the related files. And FIVE important keys should be considered when you choose from these grades. BR BH Max HCJ HCB MAX TEMPREATURE
Rare Earth Magnet Suppliers Custom Coating Neodymium Magnets As we know, the neodymium iron boron magnets contain 64-66% iron, so it is prone to be corroded and oxidized if coatings are not adopted. Both appearance and magnetic properties of uncoated high performance neodymium magnets would be affected under high temperature, acid condition, alkaline environment, seawater, etc. All in all, coating is necessary to magnets. Custom Neodymium Magnets AH Magnet carries a large inventory of licensed, permanent, Rare-Earth magnet materials. Magnetic properties for Rare-Earth magnet materials far exceed those of ceramic or alnico materials, making them the preferred magnetic material for many technical applications. We offer rare earth magnets in off-the-shelf standard sizes, shapes and grades, or in build-to-print custom magnet configurations. We design and build custom rare earth magnets and magnetic assemblies, manufactured to meet your specialty requirements. Please send us a request for a quote or contact usï¼?Learn more about available standard magnets and our custom rare-earth magnet manufacturing capabilities. Buy neodymium magnets in AH Magnet. Custom neodymium N52 magnets (Neo Magnets) according to your company requirements. We sell all grades of neodymium magnets, custom shapes, sizes, and coatings. AH Magnet is an ISO9001 accredited Chinese manufacturer/Chinese supplier of all kinds of high performance permanent magnets products with over 30 years of experience in the field. Our headquarter is located in Anhui Province and we have two active sintered neodymium iron boron magnets factories in Anhui and Zhejiang China covering a combined area of 80,000 square meters.
Neodymium Magnets China Suppliers Neodymium Magnets China Factory Rare earth magnets are very strong magnets made from alloys of rare earth elements. They are the strongest among the permanent magnets made. These magnets can be manufactured through sintering, compression bonding, injection molding, and extrusion. Since their prices became competitive in the 1990s, rare earth magnets have been replacing Alnico and ferrite magnets in many applications in modern technology requiring powerful magnets. Their greater strength allows smaller and lighter magnets to be used for given applications that require high strength. The material is easily magnetized in one direction, but is able to prevent magnetic pull in any other direction. As a professional magnets manufacturer, AH Magnet is committed to supplying neo magnets with normal and complex shapes. The normal magnet shapes are ring, block, round, disc, are, horeshoe, cylinder, sphere, etc. And, the most suitable magnets should be prpduced according to customers designs, click to learn about custom rare earth magnets. PRODUCT DESCRIPTION Materials Rare earth permanent magnet, Ferrite, Samarium cobalt magnet About this Item Although NdFeB magnet is a kind of hard and brittle material, we can customize some complex shapes according to customers requirements. We have produced some complex shapes such as different heads, convex, concave, slotted, side punched, cut corners, non-semi-circular and countersunk magnet. Different fixtures are needed when make complex samples and mass production. However, we always waive the cost of fixtures once the minimum order are USD100. We do not set MOQ, maybe 1-5 pieces are also feasible, because the order amount is more calculated based on the magnetic properties and the difficulty of production. What are the Different Types Of Rare Earth Magnets? There are two types of rare earth magnets, Neodymium and Samarium-Cobalt. Their shapes can include arc, block, cube, cylinder, disc, rod, sphere and many more. You can browse through our current shapes and sizes to find the right magnet for your application. If you need a custom design, we can work with you to create unique specifications for all shapes and sizes. Contact AH Magnet, an industrial rare earth magnet manufacturer, to find out how we can help provide you custom rare earth magnets. What are some of the main differences between Neodymium magnets and Samarium-Cobalt magnets? When deciding between Neodymium Magnets and Samarium-Cobalt Magnets, there are key differences to consider before you make your decision. Some of the main difference between the two types of rare earth magnets are: Advantages of Each Type of Rare Earth Magnet Neodymium magnets have the highest energy product of any material, and this type of magnet is known for its ability to be created in a wide range of available shapes, sizes, and grades.
Lithium Salts 30,000 metric tons a month originating the Atacama Desert, Chile. The following is the test results and technical annex of the samples for Sodium Chloride: Contains battery grade Lithium. Chemical composition: NaCI with: Lithium: 650 mg/kg Lithium content: ±18% Boron: 292 mg/kg PS Boron content: ±16% Potassium: 3,255 mg/kg PS Potassium content: ±11% â?¢ Sample Confidence: 95% â?¢ Testing was conducted between 2.22.2022 and 3.03.2022 â?¢ First Shipment: 25,000 to 30,000 Metric Tons Monthly Shipment: 30,000 Metric Tons Asking price: US $1,900.00 / Metric Tons
Low Carbon Ferro manganese constitutes approximately 80% of manganese and 1% of carbon with lower contents of sulphur, phosphorous and silicon. Low carbon Ferro Manganese is mostly used in the welding industry. It is an essential ingredient for making high-strength low-alloy steel and stainless steel. Form- Solid, Carbon- 0.50%, Phosphorus- 0.20%, Silicon- 0.6%, Sulphur-0.05%,
We are producing any products and constructions from steel, like warehouses, markets, docks, showcases, shelves etc... We are producing according to your needs and also installing them. If you are interested we have sample pictures from out jobs. Our company and products have all certificates and permits. Waiting for your soon reply.
Copper Electrowinning lead (Pb)Alloy Rolled Anode
250+ Tonnes Copper Available In India. @ 10$ a Ton.
Lead Refining system SM Industry provide systematic solution for Lead ore, Lead battery recycling. After the Lead ore or battery scrap is smelted in the furnace into crude lead (96-98%), the Lead refining process will be followed to produced final qualified lead ingot (99.99%). SM Industry can provide client two type of refining method: electro-refining and fire-refining process. SM Industry have strong technician team to provide the best effective process, also we have production base to manufacture the best tailor made equipment with high quality and economic prices, such as the rotating furnace, blast furnace, refining kettle, kettle shell, kettle cover, ingot casting machine etc. Complete & Integrated & Tailor-made Design Easy installation, Environmental Standard, Cost-effective Equipment 32-year Experienced Professors on Copper / Lead Metallurgy Professional Export Practices: Have Exported to +20 Overseas Countries We can provide customized service for you, you are warmly welcome to visit us!
1.Introdution Titanium Alloy Blocks are blocks crafted from Titanium Alloy Ingots. Crafted with 9 titanium alloy ingots, the material is similar to the original diamond block, but there are still some differences, he will emit a fire particle effect, and has 6 points of brightness. It is used to save storage space or decoration, and can also be used as a base for beacon towers (beacons). 2.Material: TA0, TA1, TA2, TA3, TA9, TC4, Gr1, Gr2, Gr3, Gr4, Gr5, Gr7, Gr9 3.Specifications: Thickness �´5.0ï½?�´50 4.Other requirements: The board surface is flat, straight, and the surface is free of defects. Features: low density (4.51KG/m3), high melting point (1660â??), strong corrosion resistance, high specific strength and good plasticity. 5.Common materials: Titanium alloy block: Grade4 Poor punchability and good thermoplasticity. Various forms of welding can be carried out, and the strength of the welded joint can reach 90% of the strength of the base metal. Machining performance is still good, it is necessary to use cemented carbide, large amount of cutting, slow speed, and sufficient cooling. Good corrosion resistance and thermal stability. It is one of the most widely used titanium alloys, and it is used for long-term work parts below 400 C.
We are manufactures of aluminium wire rods. Aluminum Wire Rod Purity Min 98.55% purity (9.5 mm and 12 mm), caged/ coiled packing.
Graphite electrode is mainly applied for metallurgy industry and calcium carbide, phosphor-chemical enterprise, such as iron and steel smelting, industrial silicon, yellow phosphorous ,ferroalloy, titania slag, brown fused alumina etc submerged-arc furnace melting production. Typical Properties of Large-size Graphite Electrode. Diameter:600mm-1400mm Length: 1850mm-2400mm 1600$-4050$ per ton Pakage:wooden Notice: 1. Electrodes should be stored in a clean and dry place avoiding vibration and collision. It should be dried before use . 2. When connecting the nipples, the user should clean the hole with compressed air and then screw the nipple into it carefully without damaging the threads. 3. Before the electrodes are connected, cleaning the electrode tip by the compressed air when the two electrodes are 20-30mm away. 4. When the electrodes are connected by the wrenches, it should be fully tightened to the specified location that the gap between the two electrodes is less than 0.05mm. 5. To avoid the electrode breakage, please keep away from the insulation material blocks. 6. To avoid the electrode breakage, place the aniseed block on the lower part and set the small block on the upper part.
