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We will do our best to pursue excellence and accelerate our pace to become a high-tech enterprise in the fields of Deposition Materials, Refractory Metals, Rare Earth Materials, High Purity Materials, etc. Refractory metal's common characteristics are extremely high melting points, density, corrosion resistance, and higher strength than other metals at extremely high temperatures.
Refractory metals include Ta Tantalum, Nb Niobium, Mo Molybdenum, W Tungsten, rhenium (Re), and their alloys. Their common characteristics are extremely high melting points, density, corrosion resistance, and higher strength than other metals at extremely high temperatures.
Refractory metals are selected for high melting points, strength at elevated temperature, low vapor pressure and resistance in demanding environments. Heeger Materials supplies tantalum, tungsten, molybdenum, niobium, zirconium, hafnium, rhenium and related alloys for research and industrial use.
Typical applications include furnace components, evaporation sources, sputtering systems, medical devices, semiconductor equipment, aerospace parts and corrosion-resistant chemical processing hardware.
We will do our best to pursue excellence and accelerate our pace to become a high-tech enterprise in the fields of Deposition Materials, Refractory Metals, Rare Earth Materials, High Purity Materials, etc. Refractory metal's common characteristics are extremely high melting points, density, corrosion resistance, and higher strength than other metals at extremely high temperatures.
Refractory metals include Ta Tantalum, Nb Niobium, Mo Molybdenum, W Tungsten, rhenium (Re), and their alloys. Their common characteristics are extremely high melting points, density, corrosion resistance, and higher strength than other metals at extremely high temperatures.
Refractory metals are selected for high melting points, strength at elevated temperature, low vapor pressure and resistance in demanding environments. Heeger Materials supplies tantalum, tungsten, molybdenum, niobium, zirconium, hafnium, rhenium and related alloys for research and industrial use.
Typical applications include furnace components, evaporation sources, sputtering systems, medical devices, semiconductor equipment, aerospace parts and corrosion-resistant chemical processing hardware.
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Heeger Materials (HM) will contact you with the price and availability of these items in 24 hours.
Tantalum is widely used where corrosion resistance, biocompatibility and high-temperature stability are required. Popular forms include tantalum plate and sheet, foil, rod, wire, tube, crucibles and custom machined components.
For chemical processing, medical, electronics and aerospace projects, Heeger Materials can support custom thickness, purity, dimensions, surface condition and ASTM-compliant supply requirements.
We will contact you with the price and availability of these items in 24 hours.
Heeger Materials supplies high-purity niobium products in standard and custom sizes for vacuum, aerospace, semiconductor and research applications.
Niobium materials are used in refractory alloys, aerospace research, superconducting systems, chemical equipment and powder-based manufacturing. Alloy chemistry, oxygen content and processing condition affect performance.
Specify niobium or alloy grade, form, dimensions or particle distribution, oxygen and impurity limits, morphology, condition, surface finish, processing route, certification, packaging and quantity.
We will contact you with the price and availability of these items in 24 hours.
Molybdenum offers high-temperature strength, good thermal conductivity and low thermal expansion, making it useful for vacuum furnaces, electrodes, heat shields, boats, rods, plates, tubes and precision parts. Heeger Materials supplies pure molybdenum and TZM alloy forms for high-temperature industrial and research applications.
Related refractory metal options include tungsten products for higher density and temperature capability and tantalum products for superior corrosion resistance.
Heeger Materials (HM) will contact you with the price and availability of these items in 24 hours.
Available tungsten forms include rods, plates, sheets, wire, tubes, foils, powder and machined components for high-temperature applications.
Tungsten is selected for its very high melting point, high density, hardness and strength at elevated temperature. Heeger Materials supplies tungsten rods, plates, sheets, wires, tubes, crucibles and precision machined parts, including tungsten crucibles with lids.
Common uses include furnace components, evaporation equipment, radiation shielding, aerospace parts, electronics, welding electrodes and high-temperature tooling.
Heeger Materials Inc. is the supplier of zirconium rods, zirconium plates, zirconium wires, and zirconium tubes at a competitive price.
We will contact you with the price and availability of these items in 24 hours.
Zirconium products are used for chemical processing, vacuum equipment, alloy research, high-temperature components and specialty fabrication where corrosion resistance and controlled composition matter.
Specify zirconium grade or alloy composition, form, dimensions, tolerance, condition, surface finish, applicable standard, analytical certification and quantity.
Heeger Materials Inc provides high-purity Hafnium rods, Hafnium plates, Hafnium wire, and Hafnium tubes at a competitive price.
Heeger Materials provides hafnium products for aerospace, nuclear, thin-film and advanced materials applications, with custom sizing available.
Hafnium products support high-temperature components, thin-film research, alloy development, plasma electrodes and custom refractory-metal applications requiring controlled purity and composition.
Specify hafnium purity or alloy composition, form, dimensions, tolerance, condition, surface finish, processing route, analytical certification and quantity.
HM is an expert in rare high melting point metal materials rhenium and rhenium alloys, and can manufacture a variety of rhenium high-purity rhenium alloy powders, finished products, and precision parts. Rhenium has a wide range of applications in industry, medicine, and science.
Rhenium products are available for high-temperature alloys, catalysts, electronics and research uses, including custom forms on request.
Titanium (Ti) is recognized for its high strength-to-weight ratio. It is a strong metal with low density that is quite ductile (especially in an oxygen-free environment), lustrous, and metallic-white in color. The relatively high melting point (more than 1650 ℃) makes it useful as a refractory metal. Titanium (Ti) can be alloyed with iron, aluminum, vanadium, and molybdenum, among other elements, to produce strong, lightweight alloys.
Heeger Materials supplies titanium and titanium alloy products in multiple forms, with custom dimensions and material support for demanding applications.
Compare titanium products and NiTi shape-memory materials for chemical, aerospace, biomedical, actuator and precision engineering projects. Grade, condition, transformation behavior and surface preparation should match the application.
Provide titanium or NiTi grade, form, dimensions, tolerance, condition, transformation temperature when applicable, mechanical requirements, heat treatment, surface finish, certification, packaging and quantity.
Our master alloys are continuously cast by induction melting and alloying process with static mold or direct cooling (DC). Our main products are aluminum-based master alloys, magnesium-based master alloys, zinc-based master alloys, copper-based master alloys, and rare earth master alloys.
Metal Foam is a metallic material with a foam-like structure with a large number of tiny holes inside. It has the advantages of light weight, high specific surface area, energy absorption, and fire resistance. Heeger Materials is a professional supplier and manufacturer of high-quality Tantalum, Aluminum, Copper, Nickel, Titanium, Silver, Nickel-Chromium, Nickel-Molybdenum, Cobalt-Nickel, Iron-Nickel, and other metal foams with competitive prices and customized solutions.
Aluminum Lanthanum Cerium (Al-La-Ce) Master Alloy is an alloy of aluminum, lanthanum, and cerium, which can improve the performance of the aluminum alloy. Heeger Materials offers the best Al-La-Ce Master Alloy at high quality and competitive prices. Various shapes and component ratios are available according to specific requirements.
Magnesium Ytterbium (Mg-Yb) Master Alloy is an alloy of magnesium and ytterbium, which is mainly used to prepare ytterbium-containing magnesium alloy. Heeger Materials offers the best Mg-Yb Master Alloy at high quality and competitive prices. Various shapes and component ratios are available according to specific requirements.
Magnesium Lanthanum Cerium (Mg-La-Ce) Master Alloy is an alloy of magnesium, lanthanum, and cerium, which is mainly used to prepare lanthanum and cerium-containing magnesium alloy. Heeger Materials offers the best Mg-La-Ce Master Alloy at high quality and competitive prices. Various shapes and component ratios are available according to specific...
Magnesium Aluminum Zinc (Mg-Al-Zn) Master Alloy is an alloy of magnesium, aluminum, and zinc, which is mainly used to prepare zinc-containing magnesium-aluminum alloy. Heeger Materials offers the best Mg-Al-Zn Master Alloy at high quality and competitive prices. Various shapes and component ratios are available according to specific requirements.
Copper Lanthanum (Cu-La) Master Alloy is an alloy of copper and lanthanum, which is mainly used to prepare lanthanum-containing copper alloys. Heeger Materials offers the best Cu-La Master Alloy at high quality and competitive prices. Various shapes and component ratios are available according to specific requirements.
Copper Neodymium (Cu-Nd) Master Alloy is an alloy of copper and neodymium, which is mainly used to prepare neodymium-containing copper alloys. Heeger Materials offers the best Cu-Nd Master Alloy at high quality and competitive prices. Various shapes and component ratios are available according to specific requirements.
Copper Gadolinium (Cu-Gd) Master Alloy is an alloy of copper and gadolinium, which is mainly used to prepare gadolinium-containing copper alloys. Heeger Materials offers the best Cu-Gd Master Alloy at high quality and competitive prices. Various shapes and component ratios are available according to specific requirements.
Copper Erbium (Cu-Er) Master Alloy is an alloy of copper and erbium, which is mainly used to prepare erbium-containing copper alloys. Heeger Materials offers the best Cu-Er Master Alloy at high quality and competitive prices. Various shapes and component ratios are available according to specific requirements.
Copper Yttrium (Cu-Y) Master Alloy is an alloy of copper and yttrium, which is mainly used to prepare yttrium-containing copper alloys. Heeger Materials offers the best Cu-Y Master Alloy at high quality and competitive prices. Various shapes and component ratios are available according to specific requirements.
Copper Lanthanum Cerium (Cu-La-Ce) Master Alloy is an alloy of copper, lanthanum, and cerium, which is mainly used to prepare lanthanum and cerium-containing copper alloys. Heeger Materials offers the best Cu-La-Ce Master Alloy at high quality and competitive prices. Various shapes and component ratios are available according to specific requirements.
CoCrFeNiV Spherical High-entropy Alloy Powder has high sphericity and fluidity and is suitable for various powder metallurgy and additive manufacturing processes, such as selective laser melting (SLM), electron beam melting (EBM), laser cladding, etc. Heeger Materials offers the best CoCrFeNiV Spherical HEA Powder at competitive prices. The particle size...
HfNbZrTi Spherical High-entropy Alloy Powder has high sphericity and fluidity and is suitable for various powder metallurgy and additive manufacturing processes, such as selective laser melting (SLM), electron beam melting (EBM), laser cladding, etc. Heeger Materials offers the best HfNbZrTi Spherical HEA Powder at competitive prices. The particle size...