English name: Vanadium Nitrogen Alloy Molecular formula: VN12VN14 VN16 CAS NO.: 24646-85-3 Boiling point:2360 Shape: small lump Grade Standard: Industrial Grade Application: Vanadium nitrogen alloy can be used in structural steel, tool steel, pipe steel, steel bar and cast iron. The application of V-N alloy in high strength low alloy steel can effectively carry out v and N microalloying at the same time, promote the precipitation of carbon, V and N compounds in the steel, and play a more effective role in precipitation strengthening and grain refinement. The addition of VN to steel can improve the comprehensive mechanical properties of steel, such as strength, toughness, ductility and thermal fatigue resistance, and make the steel have good weldability. The yield of vanadium and nitrogen is stable and the fluctuation of steel properties is reduced. It is easy to use and less loss. High strength moisture-proof packaging, can be directly into the furnace. Packing: Big Bag
English name: Vanadium Pentoxide (Flake) Molecular formula: V2O5 CAS NO.:1314-62-1 Density:3.357g/cm3 Melting point:690 Boiling point:1750 Aqueous solubility:1g/125mL Appearance : gray black flake Application: Vanadium flakes are mainly used in the iron and steel industry. By refining the structure and grains of steel, the grain coarsening temperature is increased, thereby increasing the strength, toughness and wear resistance of the steel. In addition, vanadium flakes are excellent in titanium alloy Improved effect, used as an additive in the aerospace field.
English name: Ferro Vanadium Molecular formula: FeV80 CAS NO.: 12604-58-9 Boiling point:3337 Melting Point:1887 Shape: small lump Purity:FeV50-A/B/C, FeV80-A/B/C Grade Standard: Industrial Grade Application: Ferrous vanadium is a ferroalloy composed of vanadium and iron, which is mainly used as an alloy additive in steelmaking. The vanadium in ferrovanadium can improve the strength, toughness, ductility and heat resistance of steel, and improve the cutting performance of steel. High vanadium ferro-vanadium is also used as an additive in nonferrous alloys. Packing: 250KG/DRUM or Big Bag
Description: Electrolytic metal manganese refers to the elemental metal by using an electrolytic cell to electrolyse manganese salt precipitated by acid leaching of manganese ore. It is firm and brittle flakes with irregular shape. It is bright on one side with silver white color but rough on the other with brown color. The purity of electrolytic manganese is very high, containing 99.7% manganese. Application: 1.For the smelting of copper alloys, a large amount of manganese is required. Also, the composition is easy to be accurately controlled. 2.Electrolytic metal manganese is widely used in manganese copper alloys, manganese aluminum alloys and 200 series stainless steels. Manganese can improve the hardness, strength, toughness, wear resistance and corrosion resistance of metal materials. 3.Because of its high purity and low impurities, electrolytic metal manganese has been successfully and widely used in various fields such as iron and steel smelting, non-ferrous metallurgy, electronic technology, chemical industry, environmental protection, food hygiene, welding electrode industry and aerospace industry.
Cast Iron Oval Mooring Sinker for Mooring System
Production Solution: Milling, Turning, Laser cutting, Bending, Welding, Punching, Stamping; Material Capabilities: Aluminum, Brass, Bronze, Copper, Precious Metals, stainless steel, Steel Alloys, Plastic Customized: OEM Surface treatment: Anodized/Polishing/Plating/Oxidizing Tolerance: 0.005-0.01mm Quality control: 100% Inspection Service: Customized OEM Application: Industrial Equipment like servo Motors, Cylinders, Robots, Medical Equipment, Moto cycles
Introductions Vitrified CBN grinding head Shank material Stainless steel Bond: Vitrified bonds Application: Medical treatment Abrasive layer CBN Specification: Customized Trade Terms: FOB Packages: Hard carton Delivery Time: 15 workdays by express Detailed Specifications can be customized
Metal chip press machine introduction: The scrap metal briquetting machine uses hydraulic system to drive the hydraulic cylinder, the output of high pressure will be metal chips, powder and other metal raw materials cold pressed into cylindrical cake, molding at the same time to ensure that the original material remains unchanged. Convenient for storage and transportation, reduce the loss in the recycling process.
Description: Silicon-barium-calcium alloy is a kind of iron alloy material in the steelmaking industry. lts main components aresilicon, barium and calcium. Function: 1. Silicon-barium-calcium alloy is a good new type of deoxidizer in steelmaking, and has good desulfurizationand phosphorus capabilities. Moreover, it plays a very important role in smelting steel types with low sulfur andphosphorus content. 2. Barium effectively reduces the vapor pressureof calcium in the steelmaking temperature range and increasesthe solubility of calcium in molten steel. Barium can effectively protect calcium and reduce calcium oxidation inmolten steel to achieve the purpose of processing molten steel calcium. Place of Origin Henan, China Brand Name GUOHAN Model Number SiBaCa Shape Lump Material Silicon/Barium/Calcium/aluminum Chemical Composition Si/Ba/Ca/Al Packaging Details 1Metric Ton/Big Bag or As customers' Requirement
Place of Origin Henan, China Brand Name GUOHAN Model Number VN16 Shape Lump Material Anadium Nitride Chemical Composition V 77-81 , N 10-16 , C 6% Purity 77-81%
Place of Origin Henan, China Brand Name GUOHAN Model Number Mg99.98 Shape Ignot Material Magnesium Chemical Composition Mn
Place of Origin Henan, China Brand Name GUOHAN Model Number Si-Ba Inoculant Shape Granule/Lump Material Silicon Barium Chemical Composition Si/Al/Ba/Ca/C/S/P
Silicon Manganese alloy is one type of alloy in consist of Mg,Si,Fe and little Carbon and others element, itsone type of ferroalloy in widely usage and high yield. lt is the common use composite deoxidizer in steel making, can also bethe reductant to produce the manganese metal in electro-silicothermic process dealing with low carbonmanganese ferro.
English name: Vanadium pentoxide (Powder) Molecular formula: V2O5 Transport Hazard Class : 6.1 Grade Standard:Electron Grade, Industrial Grade, Reagent Grade Executive standard: GB-7315.1-87 Appearance : orange-yellow, brick red crystalline powder Application: Vanadium is widely used in steel, metallurgy, petrochemicals, rubber, enamel, aerospace, batteries, pigments, glass, optics, paint, electronics, medicine and many other fields.
We are a hardware product factory . It has a modern chemical factory of over 3000 square meters, covering a production system from product design, mold makeing ,sheet metal processing, precision CNC processing, spraying, finished products, etc. It can meet customers' large-scale production and manufacturing, as well as personalized customization needs of different customers.
Product Application: Forming of complex cavities inside aluminum castings. Features: 1. Compared to ring-shaped piston salt cores, irregular-shaped salt cores, through optimized process upgrades, can produce salt core products of any shape. 2. Irregular-shaped salt cores have higher strength than ordinary piston salt cores. 3. Compared to sand cores and ceramic cores, they are easier to clean and have better surface finish. 4. Widely applicable in the forming of cavities in aluminum alloy products. (1) New salt cores applied to all lightweight castings' internal cavities. Advantages: Currently, most lightweight castings use resin sand cores to form complex internal cavities. During later cleaning, sand sticking may occur locally, making it difficult to clean the internal cavities, which is an unavoidable technical problem. The development of new salt cores can easily solve the problem of difficult sand cleaning in castings. Salt dissolves in water, and only water flushing is needed to meet the technical requirements for removing internal core sand. The use of salt cores in the piston field is already a very mature technology. The new salt core is an extension of piston salt core technology. (2) New salt cores applied to difficult-to-machine areas of injection-molded products. Advantages: For products with difficult-to-machine areas in the later stages of injection molding, new salt cores can be used to directly form the parts that need to be machined later. Place the salt core in the mold before injection molding. This eliminates the technical difficulties of difficult machining in the later stages.
Silicone Metal..
Lc & mc fecr, femn, fesi, casi, emm and other ferroalloys products.
Small Metal Parts.
Expanded metal mesh, perforated metal sheet.
