Vacuum engineering

Vacuum engineering deals with technological processes and equipment that use vacuum to achieve better results than those run under atmospheric pressure. The most widespread applications of vacuum technology are:

• Pyrolytic chromium carbide coating
• Antireflecting glass
• Glass colouring
• Vacuum impregnation
• Vacuum coating
• Vacuum drying

Vacuum coaters are capable of applying various types of coatings on metal, glass, plastic or ceramic surfaces, providing high quality and uniform thickness and color. Vacuum dryers can be used for delicate materials and save significant quantities of energy due to lower drying temperatures.

See also

• Foreline
• Joining materials
• Materials for use in vacuum
• Negative pressure (disambiguation)
• Suction
• Ultra high vacuum
• Vacuum arc remelting
• Vacuum casting
• Vacuum chamber
• Vacuum deposition
• Vacuum distillation
• Vacuum evaporation
• Vacuum flange
• Vacuum furnace
• Vacuum gauge
• Vacuum grease
• Vacuum induction melting
• Vacuum oven
• Vacuum packing
• Vacuum plasmaspraying
• Vacuum pump
• Vacuum tube