Where to Get Metal-powder Dust

Metal-powder Dust is one kind of our products.
The very nature of melting titanium in a water-cooled furnace using copper crucibles establishes a risk. Water leaks can occur, and everything possible is done to prevent this from happening. It is slightly soluble in water, soluble in ethanol, ether, carbon tetrachloride, ammonia. The problem is that when water contacts molten titanium, the water turns to steam. With these guidelines and safety training, VAR melting has become a relatively safe operation. The main results were improvements in furnace design, placement of the furnace melt zones in bunkers, and the moving of the operators away from the operating area. All auxiliary operations were moved out of the cone of the potential explosion.  Titanium has such an affinity for oxygen that it breaks down the water, absorbs the oxygen, and liberates the hydrogen. Under these circumstances, both steam and hydrogen explosions are possible. The goal is to design equipment, procedures, and facilities that will operate safely.
The first industry-wide safety committee was established in the late 1950s and was active until 1965. They developed guidelines for operation and equipment design that were adopted by the industry and are still largely used today. The industry has experienced a significant number of explosions since, but the tragic operator involvement has been minimized. If a problem occurs, the equipment and procedures must be designed to keep everyone as safe as possible, even under worst-case conditions.
Quality and detail is our essence to devote to human health. The manufacturing and quality are licensed and supervised by KFO France. KFO France Co. Ltd. is biotech laboratories founded in France and China in 2001, KFO focuses on research and development of Metallic powders.
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