Applications
    Elements are used in a wide variety of furnace applications, from small laboratory furnaces to large industrial heating processes, in different atmospheres and temperature ranges.

CERAMIC FIRING	HEATING ELEMENT	MELTING	HOLDING	ASSAYING PRECIOUS METALS	INCINERATION AND REGENRATION
Ferrites	Tools	Non-ferrous (aluminum, magnesium, copper)	Non-ferrous (Aluminum, magnesium, copper)	Gold	Burning Organic Wastes
Spark Plugs	Gears	Glass		Silver	Carbon Regeneration of Removal of Organics
Space Shuttle Tiles	Dies	Float Glass (Tin Bath)
Graphite Shapes	Shafts
Phosphorescent Powders	Fluidized Bed Designs

SINTERING POWERED METALS	BRAZING	FORGING	ANNEALING	Laboratory Research
Iron Parts	Copper	Billet Heating	Bright Annealing of Stainless Steel	Thermal Conductivity
Alloy Parts	Alloy Steels	Hand Tools	Stress Relieving	Thermal Expansion
Non-Ferrous Parts	Silver	Automotive & Aircraft Valves	Glass	Flammability Testing
Basic Powders & Grains	Tungsten Carbide	Jet Engine Blades		Modulus of Rupture Testing
				Infrared Spectometry

    In many applications including: glass, ceramics, electronics and metal industries, and also for re- search and development. Examples of some typical furnaces where QS SIC elements are the natural choice are illustrated below:

Applications
    The single ended connection of QS SG&SGR  elements makes them ideally suited to various applications where standard elements cannot conveniently be used, such as where access would be difficult, or in any case where single ended connections are essential.
     QS  SG and SGR elements are used in a wide variety of furnace applications, from small laboratory furnaces to large industrial heating processes, in different atmospheres and temperature ranges. The elements allow great freedom in furnace design which, combined with simple installation and long operating life.

      makes them the preferred choice in many applications including: Glass, ceramics, electronics and metal industries and also for research and development.

       Examples of some typical furnaces where QS SG and SGR elements are the natural choice are illustrated below.
High temperature laboratory furnaces
     •Creep testing, MOR and DTA
      •General purpose box and tube furnaces
Batch and continuous furnaces to 1600°C  (2910°F)
      • Alumina ceramics
      • Electronics components
      • Tin oxide electrodes
      • Luminous powders
      • Powder metal sintering
Melting and holding of non ferrous metals
     • Crucible or reverberatory
      • Immersion heater
applications
    QS  SG and  SGR elements are ideally suited to most types of high-temperature equip- ment, including:
   • High-temperature laboratory furnaces
     Creep testing, MOR and DTA
      General purpose box and tube furnaces
    • Melting and holding of non ferrous metals Crucible or reverberatory
Immersion heater
    • Glass feeders
    • Batch and continuous furnaces to 1600°C (2910°F) Alumina ceramics
     Electronics components Tin oxide electrodes Luminous powders Powder metal sintering.