Suitable Saw Blade Type and Material Selection:
Carbide-tipped circular saw blades are the best choice. The base is made of 65Mn manganese steel, and the cutting tip is made of carbide. This combination avoids the saw blade clogging problem caused by rapid heat conduction during aluminum cutting...
High-temperature molybdenum, also known as molybdenum-lanthanum alloy (MoLa), is formed by doping molybdenum with a small amount of lanthanum oxide (La2O3) particles (0.4%-0.7%) to create a so-called laminated fibrous structure. This unique microstructure remains stable even at temperatures up to...
Molybdenum Rod Surface Characteristics
1. Sintered molybdenum rods have a silvery-gray metallic luster.
2. Forged molybdenum rods have a layer of oxide on their surface, giving them a black appearance.
3. Polished molybdenum rods have a silvery-gray metallic luster.
Why is Activation Treatment N...
Our comprehensive CNC machining capabilities for aluminum alloys provide end-to-end services for your aluminum machining projects, from prototype machining to final batch production of aluminum parts.
A Professional Team for Aluminum Alloy Machining
With the widespread use of lightweight metals, ...
With the rapid development of high-power-density, high-performance electronic devices, efficient heat dissipation has become a key bottleneck restricting performance breakthroughs. Diamond, with its stable, uniform, and highly ordered cubic lattice structure, achieves extremely high phonon conduc...
Applications of Molybdenum Wire
As an important molybdenum product, molybdenum wire is widely used in the production of high-temperature heating elements and high-temperature resistant structural components. Depending on the application, molybdenum wire can be divided into heating furnace molybde...
From rocket nozzles to car factories, TZM alloy is disrupting traditional manufacturing with its aerospace-grade performance—zero loss after 150,000 die-casting cycles. 3D-printed honeycomb turbine blades further enhance temperature resistance by 200°C, while an 8% increase in yield in the semico...
Tungsten-copper alloy CuW55 combines the high melting point of tungsten with the high conductivity of copper, making it an ideal choice for EDM and resistance welding electrodes. It also boasts advantages in wear resistance and heat dissipation, with performance far exceeding that of pure copper ...
Tungsten, an unassuming metal, is crucial in the military.
It possesses remarkable properties: an extremely high melting point, exceeding 3,000 degrees Celsius; and an astonishing density, comparable to gold.
Tungsten is incredibly hard, like the sharp teeth of an armor-piercing projectile, easi...
Chemical Composition and Structure
1. Tungsten wire is mainly composed of tungsten. It typically uses high-purity tungsten or doped tungsten wire (containing small amounts of potassium, silicon, and aluminum oxides). Its structure is metallic and non-magnetic.
2. Nichrome wire is a nickel-chromi...
The True Strength of a Pseudo-Alloy: Why Silver-Tungsten Rods are Called the “Electrical Skeleton”
While tungsten-silver alloy rods may appear to be simply “tungsten mixed with silver,” they are actually a non-solid-solution composite system: tungsten forms a continuous fr...
I. Does Tungsten Rod Really Radiate?
Pure tungsten rods are actually a safe metallic companion! Natural tungsten is composed of five stable isotopes, like a superhero wearing a radiation suit—completely non-radioactive. Those worried that tungsten rods might glow or generate heat like uranium ore...