Construction:

“Daspass” make Silicon Carbide Heaters are manufactured from the high purity Sic Gains and have designed to maximize performance at higher temperature use operating in the range 500 degree – 1650 degree C and in a wide spectrum of thermal processing furnaces or kilns, as a radiant heat source.

Applications :

• Batch anc continous furnaces to 1600 degree C
• Low Pressure Aluminum diecasting
• Firing alumina ceramics
• Continous heat treatment of steels
• Precious metal melting
• Automotive castings
• Melting & holding of non ferrous metals
• Firing of refractories
• Sintering, annealing, forging, heat treating
• Firepassay for precious metals, in highly aggressive conditions
• Float glass production
• production of luminous phosphors
• metal oxide varistor production
• Copper brazing
• High temperature laboratory furnaces
• glass feders
• Crystal growing

Features :

• Economical, dependable, clean, quiet and safe
• High Hot Mechanical strength – no need for complex support systems
• Versatility of installation – Horizontal, Vertical, or Angular mounting.
• Can be installed close to each other – no EMF problems
• Provides Good furnace temperature uniformity
• High Power (kW ) density capabilities
• High material resistivity – convenient Voltage and current can be used.
• Available in a variety of geometrical shapes and dimensions. Relatively low cost solution.
• No fuel availability or storage problems
• No noxious fuel exhaust to be ducted away
• Efficiently handle a wide range of products and atmospheres
• Elements that operate at 750°F up to 3000°F
• One of the highest hot:cold ratios in the industry

Construction:

“Daspass” make Silicon Carbide Heaters are manufactured from the high purity Sic Gains and have designed to maximize performance at higher temperature use operating in the range 500 degree – 1650 degree C and in a wide spectrum of thermal processing furnaces or kilns, as a radiant heat source.

Applications :

• Batch anc continous furnaces to 1600 degree C
• Low Pressure Aluminum diecasting
• Firing alumina ceramics
• Continous heat treatment of steels
• Precious metal melting
• Automotive castings
• Melting & holding of non ferrous metals
• Firing of refractories
• Sintering, annealing, forging, heat treating
• Firepassay for precious metals, in highly aggressive conditions
• Float glass production
• production of luminous phosphors
• metal oxide varistor production
• Copper brazing
• High temperature laboratory furnaces
• glass feders
• Crystal growing

Features :

• Economical, dependable, clean, quiet and safe
• High Hot Mechanical strength – no need for complex support systems
• Versatility of installation – Horizontal, Vertical, or Angular mounting.
• Can be installed close to each other – no EMF problems
• Provides Good furnace temperature uniformity
• High Power (kW ) density capabilities
• High material resistivity – convenient Voltage and current can be used.
• Available in a variety of geometrical shapes and dimensions. Relatively low cost solution.
• No fuel availability or storage problems
• No noxious fuel exhaust to be ducted away
• Efficiently handle a wide range of products and atmospheres
• Elements that operate at 750°F up to 3000°F
• One of the highest hot:cold ratios in the industry