Tungsten Carbide Plate application Our carbide plates are used for mould, electronic progressive dies and punches. Cutting aluminum alloy ,cast iron , stainless steel. Refractory alloy steel, nickel-based alloy , titanium alloy and nonferrous materials. Make PCB drills , drills , end mills & reamers , mold punches , core pins&hole drilling tools. Features of High Performance 2MM, 3MM, 4MM, 330mm Long Carbide Plate, Tungsten Carbide Strips 1. Good wear resistance, good corrosion resistance and high toughness; 2. Extrusion method and HIP sintering; 3. Carbide wear strips Made of 100% pure raw materials; 4. With advanced equipment and process production; 5. All tungsten carbide wear strips pass the process and final inspection; 6. The ability to stabilize and continuously produce; 7. Our carbide wear strips have high quality and good price; 8. Fast stocking capacity and timely delivery.
Specifications: W plate can be manufacture according to customer request Owning two hot rolling machine and five cold rolling machines, we can supply tungsten and molybdenum sheet thickness of 0.05mm to 20mm.With very good performance, these products are used to produce electrode, heater ,heat-shield ,sputter target, crucible in electronic, vacuum furnace application. W plate in Max size: Thickness(mm) Width(mm) Length(mm) 1.5-2.0 150 200 2.0-3.0 200 250 3.0-4.0 250 600 4.0-6.0 300 600 6.0-8.0 300 800 8.0-10.0 300 750 10.0-14.0 200 650 >14.0 200 500
Sintered tungsten crucible Sintered with tungsten powder the sintered tungsten crucibles are multi-purpose production in sintering furnace, large crystal growth furnace. Thickness of sintered tungsten crucibles is usually 8-12 mm; diameter is typically 100-550 mm; height is typically 50-700 mm. Such crucible Purity: W �?� 99.95%; density is usually up 18.2g/cm3, by special needs the density can up 18.8g/cm3 or more. Features: 1.The overall density of sintered tungsten crucible is fairy high between 18g/cm3 to 18.3g/cm3; 2.Its chemical purity of sintered tungsten crucible can be above 99.95%; 3.The diameter of sintered tungsten crucible can be above 200mm; 4.The surface roughness of tooled crucibles does not exceed Rz 6.3; 5.The use temperature of sintered tungsten crucible should be below 2450�C in vacuum or deoxidize atmosphere. 6. The shapes and dimensions of crucibles are also made in accordance with customers' requirements. material density size W >99.95% 18g/cm318.3 g/cm3 Diameter: 100-550mm; Height:50-700mm Stamped tungsten crucible The tungsten crucibles can be produced of a tungsten plate by stamping, spinning, or welding. It can be used to produce single-use square or round crucible. Thickness typically 0.5 to 3 mm. Such tungsten crucible Purity: W �?�99.95%; density is usually up 19g/cm3 Forged tungsten crucible The tungsten crucible can be made of tungsten rod by turning , generally they are smaller and with higher density. Usually the wall thickness 3-10 mm; diameter of 80 mm. They are widely used by sintering furnaces for ceramics and other materials or vacuum evaporation coating machine. Purity: W �?� 99.95%; density are usually based on different diameters of up to 18.3 to 19g/cm3 Notice: 1.Before use, it is recommended that the consumer anneal (de-gas) crucibles in a vacuum without batch charging; 2.In a furnace, the annulment process should be supported with a vacuum at P< 10-3mmhg; 3.When preparing a sintered tungsten crucible for work, the consumer should not allow a sharp rise or fall in temperature, or abbreviate the recommended time periods for holding temperatures. Applications Tungsten crucible is mainly used used for rare earth,sapphire single crystal growth furnace , quartz glass, Metal extracting, metallurgical industry, machinery processing, glass and ceramic industries, etc.
1. Tungsten wire tungsten Filament: tungsten wire in spool Model NO.: KK Type: Tungsten Wire Material: W-1 Purity: 99.95%Min. Melting Point: 3410 Ceiclus Boiling Point: 5927 Ceiclus Density: 19.2g/cm3 Diameter: 0.01-2.00mm Surface: Black and Cleaned Export Markets: Global 2. Dimensions and Tolerances of tungsten wire: Tungsten wires diameters are generally expressed in terms of inches or mils (thousandths of an inch). For thin wires from. 001 inches up to. 020 inches in diameter, the diameter of the wire is measured by weight per unit length. That is, the weight expressed in mg of a 200 mm length of wire. The standard diameter tolerance is: � 3% of the weight measurement. Closer tolerances are available, depending upon the application for the wire product. Specification: Diameter, mm Difference between 2 feet, mm Inside diameter tolerance, mm Big heater element Small heater element 0.4-3.0 1 0.3 0.4-1.0 1 0.3 0.4-1.3 1 0.3 0.4-1.0 2 1 0.3 0.4-1.0 1 0.3 0.4-1.0 several stranded coils 0.3 Note: Different diameter and length are available for your 99.95% pure stranded tungsten wire. 3. Straightness of tungsten wire: Wire may be finished in the unstraightened or as drawn condition and is controlled to Bango's internal standards, In addition, wire can be straightened via mechanical or heat treating processes. Typically, the measure of the straightness of a tungsten wire is obtained by cutting a ten inch long piece of wire and allowing it to lie on a flat clean surface. The maximum deviation from a straight line along its length is the quantitative measure of its straightness. In general, as the degree of straightness increases, tensile strength decreases. 4. Quality and Finish: Wire is free of scratches, kinks and distortions insofar as they are harmful to the intended end use of the product. Surface finish is supplied in the black, as drawn condition, where drawing lubricants and oxides are retained on the surface, or in the cleaned condition by firing in hydrogen or electrochemical etching. 5. Products Feature: 1. Excellent Conductivity 2. Resistance of high temperature. 3. Abrasion and Erosion. 4. Suitable for making heating wires. 5. Twisted wires for coating films under vacuum and for tungsten wires in electrical light sources usage.
Tungsten rod specifications: Grade: W-1 Purity: 99.95% Appearance: Shine with grey or dark grey metallic luster. Application: Mainly used to found ingredient of material, cutter and heads, tungsten wire for lights instruments and conductor of heat, crankshaft and cylinder barrel of advanced automobile, ingredient of kinds of heat-resistant steel, mainly used to guns, artillery, rockets, satellite, airplane and ship. Product Feature: High melting point, High-density, high temperature oxidation resistance, long service life, resistance to corrosion. Composition: Grade Tungsten content Contents of Impurity Elements Total Content Content of each element W1 99.95%min 0.05%max 0.01%max W2 99.92%min 0.08%max 0.01%max Dimension: Diameter(mm) Length(mm) 2-10 2500 10-30 2000 30-60 1500 60-100 1000 100-200 600 Technical process: Tungsten Powder Isostatic Pressing Bar Billet Sinering Semi-finished bar Forging Swaging Polished End products Inspection Packing
per gram price.
Cemented carbide is the term which refers to sintered composite materials composed of at least one metal carbide constituent. Tungsten Carbide (WC), Titanium Carbide (TiC),Tantalum Carbide (TaC) are common constituents. Our tungsten carbide rods are made of optimum quality raw material WC, which acts as hard phase, and the binder agent Cobalt. With powder metallurgy HIP technology, carbide rods are sintered with homogeneous microstructure including little or even no porosity, to a great extent, increasing the whole performance and properties such as hardness and bending strength. Our HF30U solid rod obtains 93 HRA hardness and at least 4000 MPa transverse rupture strength.
Cemented carbide sleeve adopts raw and auxiliary materials such as primary saturated tungsten carbide, high-purity ultra-fine cobalt powder, precise carbon blending, tilt ball milling, vacuum stirring drying, precision pressing, digital degreasing sintering and pressure sintering personalized post-processing and other advanced powder metallurgy processes. Hard alloy sleeve is widely used in special valve industry, with long service life and reliable quality.
Cemented carbide sleeve adopts raw and auxiliary materials such as primary saturated tungsten carbide, high-purity ultra-fine cobalt powder, precise carbon blending, tilt ball milling, vacuum stirring drying, precision pressing, digital degreasing sintering and pressure sintering personalized post-processing and other advanced powder metallurgy processes. Hard alloy sleeve is widely used in special valve industry, with long service life and reliable quality.
Carbide plate are widely used for cutting different material like steel, stainless steel and aluminum. It can also be used for cutting wood and other material. With the advantage of high toughness, strong wearness and long life time. Different sizes are accepted at our plant.
Carbide plate are widely used for cutting different material like steel, stainless steel and aluminum. It can also be used for cutting wood and other material. With the advantage of high toughness, strong wearness and long life time. Different sizes are accepted at our plant.
The cemented carbide seal ring is made of tungsten carbide powder as the raw material, cobalt powder or nickel powder as the binder, pressed by a certain mold, sintered in a vacuum furnace or hydrogen reduction furnace, and made of high strength and high hardness cemented carbide material, which is not deformed and more compressive. As the most widely used mechanical seal products, cemented carbide seal ring has the characteristics of high hardness, wear resistance, corrosion resistance and so on.
Powder forming mold is to put powder into the to compress, solidify, and sinter at high temperature to form high-precision parts, which can be mass producted. The use of high-precision molds omits the cutting waste after forming and sintering, and achieves the purpose of reducing costs.
Powder forming mold is to put powder into the to compress, solidify, and sinter at high temperature to form high-precision parts, which can be mass producted. The use of high-precision molds omits the cutting waste after forming and sintering, and achieves the purpose of reducing costs.
Powder forming mold is to put powder into the to compress, solidify, and sinter at high temperature to form high-precision parts, which can be mass producted. The use of high-precision molds omits the cutting waste after forming and sintering, and achieves the purpose of reducing costs.
Powder forming mold is to put powder into the to compress, solidify, and sinter at high temperature to form high-precision parts, which can be mass producted. The use of high-precision molds omits the cutting waste after forming and sintering, and achieves the purpose of reducing costs.
Powder forming mold is to put powder into the to compress, solidify, and sinter at high temperature to form high-precision parts, which can be mass producted. The use of high-precision molds omits the cutting waste after forming and sintering, and achieves the purpose of reducing costs.
Fenimor Corporation is a direct producer of Ferro Tungsten. We adjust our production to fit the needs of our partners, and we are willing to take every extra step needed to ensure a successful cooperation. Please, contact us for further details.
Hole range : 0.5 -35mm Case size : according to your requirement , like 30*15 , 40*25mm and so on . Case material : iron material
Tungsten Alloy metals are mainly including W-Ni-Fe and W-Ni-Cu, are extensively used in military equipment, mechanical manufacturing, aircraft components, medical shields and sports equipment. WNiFe/WNiCu tungsten heavy tungsten heavy alloy WNiFe tungsten nickel ferro/iron alloy. W-Ni-Fe alloy is used in collimator and shielding components to provide protection against X-ray and �³-ray radiation. A product manufactured from tungsten, nickel and copper, is distinctive due to its non-magnetic behavior. This material is used in the places to avoid magnetic interference.
