Withstand temperatures up to 1150°C (2102°F)

Alsint 99.7 crucibles are an excellent choice for use under high-wear conditions, in chemical technical and electrical engineering applications, and in high-temperature technology.

Ideal for drying precipitates to constant mass at 110°C. Pyrex™ Gooch Crucible includes an integral sintered disc.

Alsint 99.7 crucibles are an excellent choice for use under high-wear conditions, in chemical technical and electrical engineering applications and in high-temperature technology.

Use these crucibles for general laboratory applications. Haldenwanger™ Aluminum Ceramic Conical Squat Form Crucibles are resistant to a variety of acids and alkalis.

For use with Fisherbrand High- and Wide-Form Porcelain Crucibles

Use these dishes for a variety of applications. Haldenwanger™ Medium Form Porcelain Crucibles feature a smooth internal finish, constructed from optimized laboratory porcelain.

Use these dishes for a variety of applications. Haldenwanger™ Tall Form Porcelain Crucibles feature a smooth internal finish, constructed from optimized laboratory porcelain.

Get optimum results with nickel crucibles. With working temperature ranges up to 350°C, the Nickel Electro™ Nickel Crucible Capacity consistently has a long working life.

Use these dishes for a variety of applications. Haldenwanger™ Squat Form Porcelain Crucibles feature a smooth internal finish, constructed from optimized laboratory porcelain.

Excellent for use in diverse, highly concentrated reagents both at boiling and room temperatures.

Complete a stainless steel crucible with a non-magnetic, bright finish lid. Nickel Electro™ Laboratory Stainless Steel Crucible Lid is flat with a depression for centering and includes an extension on one side that serves as a handle.

Constructed of PTFE for good chemical, mechanical, and heat resistance. Kartell™ Crystallization Vessel is best suited for dissolutions and digestions with acids and corrosive agents.

Alsint 99.7 crucibles are an excellent choice for use under high-wear conditions, in chemical technical and electrical engineering applications and in high-temperature technology.

Withstand temperatures up to 1150°C (2102°F)

Glassy carbon offers high purity, corrosion resistance, thermal stability and a structure impermeable to both gases and liquids.

Glassy carbon offers high purity, corrosion resistance, thermal stability and a structure impermeable to both gases and liquids.