The W type Three phase SiC float glass heating elements are for float glass baths with the manufacture of soda-lime flat glass for architectural, automotive and solar-glass, etc. Three phase float glass heating elements is performers in float glass production.
The W type Three phase SiC float glass heating elements are for float glass baths with the manufacture of soda-lime flat glass for architectural, automotive and solar-glass, etc. Three phase float glass heating elements is performers in float glass production, This W type SiC heating elements are comprised of high purity, high density, silicon carbide grains, self bonded through recrystallization at elevated temperatures. Sintering at temperatures in excess of 2200ºC provides a structural density of 2.52 grams per cubic centimeter. Such high structural density results in STA of maximum strength and minimum porosity, with an extremely slow aging characteristic.
Close tolerance sizing helps assure W Type Three phase float glass SiC heating elements fit to conventional roof construction. Leg to leg on center spacing is 52 mm. Overall element length is 647 mm. Length of hot zone is 265 mm. Height of bridge is 32 mm. Cold end length is 350 mm. The support 5.6 mm hole is 44 mm from the top of the cold end.
STA developments in float glass heating elements are discussed. The primary factors influencing the elements include longer campaign lives, increased glass temperature for thin and tinted glasses, in-bath coating and aggressive cleaning designs. STA W type SiC heating elements is designed to meet the more demanding requirements of display glass and boro-silicate glass production.
The float glass heating elements is mainly used in float tin bath for glass industry. Generally, this silicon carbide SiC heating elements must be W type, three phase.
Silicon carbide float glass heating elements designed to be utilized in float baths for the manufacture of soda-lime flat glass for architectural, automotive and solar-glass applications. Three phase SIC heating elements are available in special glazed quality, to minimize attack by volatiles present in the tin bath. Special grades are available for the production of display glass as well as borosilicate glasses and other special glass formulations.
The W type Three phase SiC float glass heating elements are for float glass baths with the manufacture of soda-lime flat glass for architectural, automotive and solar-glass, etc. Three phase float glass heating elements is performers in float glass production, This W type SiC heating elements are comprised of high purity, high density, silicon carbide grains, self bonded through recrystallization at elevated temperatures. Sintering at temperatures in excess of 2200ºC provides a structural density of 2.52 grams per cubic centimeter. Such high structural density results in STA of maximum strength and minimum porosity, with an extremely slow aging characteristic.
Close tolerance sizing helps assure W Type Three phase float glass SiC heating elements fit to conventional roof construction. Leg to leg on center spacing is 52 mm. Overall element length is 647 mm. Length of hot zone is 265 mm. Height of bridge is 32 mm. Cold end length is 350 mm. The support 5.6 mm hole is 44 mm from the top of the cold end.
STA developments in float glass heating elements are discussed. The primary factors influencing the elements include longer campaign lives, increased glass temperature for thin and tinted glasses, in-bath coating and aggressive cleaning designs. STA W type SiC heating elements is designed to meet the more demanding requirements of display glass and boro-silicate glass production.
The float glass heating elements is mainly used in float tin bath for glass industry. Generally, this silicon carbide SiC heating elements must be W type, three phase.
Silicon carbide float glass heating elements designed to be utilized in float baths for the manufacture of soda-lime flat glass for architectural, automotive and solar-glass applications. Three phase SIC heating elements are available in special glazed quality, to minimize attack by volatiles present in the tin bath. Special grades are available for the production of display glass as well as borosilicate glasses and other special glass formulations.
