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- gwdlthermo@gwdl.com
Widely used for melting and solidifying glass or ceramic materials to produce glassfrits, ceramic glazes, enamel coatings, and bonding agents.
GWDLTHERMO frit melting furnaces are designed for high-temperature melting and solidification of glass-based or ceramic materials used in fit production. These furnaces provide precise thermal control for melting raw materials such as silica, borates, alumina, and metal oxides,forming homogeneous glass fits or ceramic binder blocks.
Depending on application requirements, the furnace can be configured with:
Heating is achieved via silicon carbide rods surrounding the upper and lower furnace chambers. Temperature is measured using a K-type thermocouple, and the furnace lining is made of high-purity alumina. It features a double-layer air-cooled outer shell with a surface temperature ≤45°C.
Furnace body: anti-corrosion painted, air-cooled shell (≤45℃), imported corrosion-resistant chamber material. Optional 1.6-17L high-purity zirconium quartz crucible, molybdenum disilicide rod heating, XY-axis movable molds. Computer interface, dual-loop protection, easy and reliable operation.
Power supply: 220V/380V. K-type thermocouple (0-1350℃), SiC rods (heating around crucible). High-purity alumina fiber insulation. Liftable, rotatable stirring bracket with SiC/corundum rod. Double-layer air-cooled shell (≤45℃). Multiple communication interfaces, one-year free warranty.
Furnace: CNC-machined, plastic-sprayed, two-color appearance. Double-layer air-cooled (good heat dissipation). 1600-type SiC rods (surrounding crucible), Pt-Rh S thermocouple (0-1700°C). 1-40°C/min adjustable heating, current-limiting, 380V three-phase, stable operation.
The furnace body adopts an air-cooled design, with the outer shell temperature ≤ 45℃, and the furnace chamber is insulated with high-purity alumina fibers. It is heated by silicon carbide rods around the chamber and equipped with a K-type thermocouple for temperature measurement.
Furnace: air-cooled double-layer carbon steel (outer ≤45℃), high-purity alumina lining (glass melt-resistant). SiC or molybdenum disilicide rods (heating around/around+bottom), thyristor control. Dual-loop protection, smart temp controller (curve modification/calling), double-button panel for easy operation.
