The difference between high specific gravity tungsten alloy alloys and ordinary tungsten carbide alloys is their different densities and strengths. High specific gravity alloys are much denser than ordinary alloys, so they also have higher mass and strength than ordinary tungsten carbide alloys. These alloys are usually used in the manufacture of high strength and high hardness parts and mechanical components, such as aircraft engines, automobile transmissions, etc.
The main components of high specific gravity alloys are aluminum, chromium, molybdenum, tungsten and other high-strength metals, and they are usually treated with solution treatment, aging treatment and precipitation strengthening to improve their strength and hardness. In contrast, the composition of common alloy is more complex, mainly composed of aluminum, copper, magnesium, iron and other light metals, usually using solid solution treatment, aging treatment and other methods to improve their strength and hardness.
In addition, high specific gravity alloys usually use more complex production processes and higher production costs, so the price will also be higher than ordinary alloys. At the same time, high specific gravity alloys are usually used in special application scenarios, such as aerospace and military, so their production and use are somewhat restricted.
In conclusion, high specific gravity tungsten carbide alloys differ from common alloys in terms of density, strength and composition. High specific gravity alloys are usually used to make high strength, high hardness parts and mechanical components, while common alloys are used to make more complex products and special application scenarios.
Post time: May-28-2023
