Crucibles are vessels used to melt and process materials at high temperatures

Reactive and refractory metals include tungsten, molybdenum, niobium, tantalum, chromium, hafnium, zirconium, and titanium. Reactive metals oxide rapidly and form a stable oxide. Refractory metals and alloys have melting points above ~ 1750° C (~ 3200 F°).

Metal rod and bar stock are metals and alloys in the form of round bars or rod, square bars, rectangular or flat bars, hexagons, and other bar stock shapes.

Ceramic and metal labware is used in applications where standard glass or plastic devices are inadequate. This includes fusion, reaction or incineration of samples for chemical analysis or material synthesis.

Refractory shapes include recasted, preformed or sintered refractory products that are formed prior to installation in furnaces, boilers or other high temperature equipment. 

Tool steels are wear resistant ferrous alloys based on iron and carbon with high levels of alloying elements such as chromium, molybdenum, tungsten and vanadium.

Metal shapes and stock includes metals and alloys in the form of bar, rod, beam, plate, foil and other standard shapes.

Power meters are used for high-accuracy measurements of power over a wide-frequency bandwidth, and from both AC and DC circuits.

IC sockets and interconnect components interface or connect a microelectronic semiconductor chip to a board or larger scale device.

Thin film sources consist of magnetrons, evaporation thermal units, ion beams and other sources that produce deposition materials (vapors or ions) in a thin film system.

Thin film materials are high purity materials and chemicals such as precursor gases, sputtering targets or evaporation filaments used to form or modify thin film deposits and substrates.

Power quality analyzers measure and monitor electrical power parameters to avoid disturbances, track steady-state variations, and ensure the reliability of power distribution systems.

Thin film equipment uses vacuum processing for the modification of surfaces using CVD, PVD, plasma etching, and thermal oxidation or ion implantation.

Industrial furnaces are built of several kinds of high temperature (refractory) materials to hold the process material and hold in the heat without breaking down during the several months that they usually run. 

Refractories and high temperature insulation include many different types of ceramic insulation, refractory shapes, and refractory cements.