This blogging site provides professional knowledge of tungsten, molybdenum, tantalum, columbium to expand the markets for refractory metals. So if you want to know a bit more about refractory metals and related processed products, then please take a look through our blogs.
Introduction A range of metals has been utilized and explored ever since the Bronze Age. You can find metallic equipment everywhere such as daily appliances, industrial devices, and construction materials. Figure 1. Titanium Fasteners Both titanium and stainless steel are popular materials with industrial uses. This article is going to introduce their features and applications […]
Tags: aluminum, carbon, Copper, Molybdenum, Nickel, nitrogen, silicon, stainless steel fasteners, sulfur, titanium, titanium fasteners
Introduction Molybdenum metal is employed in a variety of industries like electronics, semiconductors, glass-making, and most importantly heating applications. For instance, there is a range of vacuum furnace hot zones made from molybdenum metal. Figure 1. Molybdenum Sheets Therefore, this article is going to explore how molybdenum metal is applied to manufacture heating apparatus using […]
Tags: heat shields, heating elements, How Is Molybdenum Metal Used in Vacuum Furnace Hot Zone, How Is Molybdenum Used in Vacuum Furnace Hot Zone, Molybdenum Heat Shields, molybdenum heating elements, Molybdenum Metal to Make Heat Shields, Molybdenum Metal Used in Heating Elements, What Are the Benefits of A Vacuum Furnace, What Is A Vacuum Furnace, Why Choose Molybdenum for Vacuum Furnace
Introduction Tungsten heavy alloy (WHA) is a tungsten-based alloy that contains at least 90% tungsten and 10% other metals such as nickel, iron, and copper. WHA stands out for great thermal performance, high hardness, large density, and other notable properties. With these desirable features, tungsten heavy alloy found lots of applications including counterweights, radiation shields, […]
Tags: How to Manufacture WHA, Tungsten heavy alloy (WHA), WHA Is Employed for Radiation Shielding, WHA Is Used in The Defense Industry, WHA Is Used to Make Counterweights, WHA VS Pure Tungsten, What Are The Applications of WHA, What Are The Features of WHA, Where & Why Tungsten Heavy Alloy is Used
Introduction Tantalum has been a buzzword recently. Pure tantalum and tantalum tungsten alloy are widely used in a broad range of fields including chemical reactions, medical surgeries, and aerospace. Both of them are refractory metal materials with perfect properties, so it may be quite difficult to make your choice between them. This article is going […]
Tags: pure tantalum, Tantalum Applications, Tantalum Tungsten Alloy, Tantalum Tungsten Alloy Applications, Tungsten the Element, Types of Tantalum Tungsten Alloy, What is Tantalum, What is Tantalum Tungsten Alloy
Introduction to Molybdenum Strip Molybdenum strip is well-known for their resistance to heat and corrosion, and they are widely used in a number of applications and fields. Advanced Refractory Metals (ARM) is a global supplier of molybdenum products. We offer molybdenum products of various shapes and sizes at a competitive price within a short lead […]
The addition of molybdenum greatly increases the strength, toughness, heat resistance, corrosion resistance, and weldability of all types of alloy steels. Although molybdenum is primarily used in the steel industry, it has a wide range of properties that are expanding its use in other alloys and in the chemical industry. Traditional Mo-Co/Al2O3 and Mo-Ni/Al2O3 are […]
Tags: Application of Molybdenum, Molybdenum chemical products, Molybdenum furnace charge products, Molybdenum metal products, Molybdenum Powder, Molybdenum Rod, molybdenum shaped parts, molybdenum slab, molybdenum wire
Refractory metals are metallic elements of the periodic table with unique properties such as extremely high melting points. However, they can remain solid at room temperature. These characteristics make these materials ideal for research-based and critical nuclear reactions. What Are Refractory Metals? Refractory metals possess a melting point above 2,000° Celsius (3,632° F) and are […]
Tags: Methods to improve the heat resistance of alloys, Molybdenum based alloys, pure metals, pure molybdenum and tungsten, Refractory alloys based on tungsten, Refractory Metal Alloys, Refractory Metals in Nuclear Reactions, Refractory Metals in Various Industries, Refractory niobium-based alloys, silicon-based coatings, TZM Niobium
The use of crucibles can be traced back several years before the industrial revolution. And today, it is an essential item used either in laboratories for conducting high-temperature chemical reactions and analyses or in large manufacturing plants for melting and calcining metal and ore; they may be made of clay, graphite, porcelain, or a relatively […]
Tags: Ceramic crucible, Clay graphite crucible, different types of crucibles, Examples of crucible, molybdenum crucible, Silicon-carbide crucible, Stainless steel crucibles, Steel crucible, tungsten crucible, What are crucibles used for, What is a crucible, What Material is a Crucible Made of
Rhenium Uses in Aerospace Rhenium has been discovered for almost a century, but it is still an unfamiliar element to most of us. It ranks 75th on the periodic table of the chemical elements and is the most recently discovered natural element. In this article, we’ll take a look at the rhenium uses in aerospace. […]
Tags: Advanced Refractory Metals, ARM, Key Metal of an Aero-engine, rhenium, Rhenium plate, rhenium plating, Rhenium Uses, Rhenium Uses in Aerospace, tungsten alloy, Uses Of Rhenium, Uses of Rhenium in Aerospace
Rhenium is added to high-temperature superalloys that are used to make jet engine parts, using 70% of the worldwide rhenium production. Another major application is in platinum–rhenium catalysts, which are primarily used in making lead-free, high-octane gasoline. Nickel-based superalloys have improved creep resistance with the addition of rhenium. Alloys normally contain 3% or 6% rhenium. […]
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