Deprotonation reactions in organic synthesis.

Deprotonation reactions in organic synthesis.

As getter material in vacuum technology. In the manufacture of Hg dispensers in mercury-vapor lamps. As a deoxidizing agent in powder metallurgy. For reactive solders and brazes. Titanium powders also find application in various pyrotechnic areas.

As getter material in vacuum technology. In the manufacture of Hg dispensers in mercury-vapor lamps. As a deoxidizing agent in powder metallurgy. For reactive solders and brazes. Titanium powders also find application in various pyrotechnic areas.

As getter material in vacuum technology. In the manufacture of Hg dispensers in mercury-vapor lamps. As a deoxidizing agent in powder metallurgy. For reactive solders and brazes. Titanium powders also find application in various pyrotechnic areas.

Titanium powders find application in various pyrotechnic areas. Mixed with oxidizing agents they are used in initiators including air bag inflators. They are also used in manufacture of flash cubes, for joining glass or ceramics to metals, and as a getter substance.

Titanium powders find application in various pyrotechnic areas. Mixed with oxidizing agents they are used in initiators including air bag inflators. They are also used in manufacture of flash cubes, for joining glass or ceramics to metals, and as a getter substance.

Explore Albemarle's lithium products for energetic materials, including lithium metal and hydrides, which are used in applications such as rocket propellants.

In vacuum technology as a getter material; in powder metallurgy as an alloying constituent; in pyrotechnics for the manufacture of high energy initiators, fuzes and thermal batteries.

For the manufacture of highly effective getters, usually activated by dehydration; as a zirconium component in powder metallurgy; for flares and tracers in pyrotechnics.