The STA Heating element program includes products for
the primary glass manufacturing, such as technical,
specialty and fiber glass. Here are two typical glass
processes:
— Glass forehearth (feeders)
— Glass fusions/downdraw process
Silicon carbon heating rod is a non -metal high -temperature heating element that has been used in the glass industry for a long time. In the glass container industry, the role of silicon carbon heaitng rods is to control cooling and equality. The so -called controlling cooling is to use the auxiliary heating of the silicon carbon rod to make the glass liquid evenly cool to the molding temperature. The equalization effect is determined by the supply channel structure and silicon carbon rod heating. The material of the sidewalk is heated on both walls and the walls of the two sides. Wall heat dissipation function.
The silicon carbon heating rod is generally evenly arranged above the glass liquid in the supply channel, keeping a certain distance from the glass liquid and heating downward radiation. In order to ensure the heating on both sides of the materials and the middle part is not heated, the glass carbon carbon rod is generally selected for the five -section of the glass carbon carbon rod (that is, double -hair thermal carbon rod)
After the glass liquid flows excessively, the temperature is evenly dropped to a suitable value. If the temperature at the material is not controlled, the temperature is too high or too low will affect the shape of the material drip, which will eventually affect the molding quality of the glass container. Therefore, the scientific method is to control the basin alone, that is, the two gun -type silicon carbon rods and a three -section silicon carbon rod are used to heat around the material basin, or the two slot -type silicon carbon rods and a three -section of silicon carbon carbon carbon are selected. The sticks are all around the bowl and heat the bowl.
The STA Heating element program includes products for
the primary glass manufacturing, such as technical,
specialty and fiber glass. Here are two typical glass
processes:
— Glass forehearth (feeders)
— Glass fusions/downdraw process
Silicon carbon heating rod is a non -metal high -temperature heating element that has been used in the glass industry for a long time. In the glass container industry, the role of silicon carbon heaitng rods is to control cooling and equality. The so -called controlling cooling is to use the auxiliary heating of the silicon carbon rod to make the glass liquid evenly cool to the molding temperature. The equalization effect is determined by the supply channel structure and silicon carbon rod heating. The material of the sidewalk is heated on both walls and the walls of the two sides. Wall heat dissipation function.
The silicon carbon heating rod is generally evenly arranged above the glass liquid in the supply channel, keeping a certain distance from the glass liquid and heating downward radiation. In order to ensure the heating on both sides of the materials and the middle part is not heated, the glass carbon carbon rod is generally selected for the five -section of the glass carbon carbon rod (that is, double -hair thermal carbon rod)
After the glass liquid flows excessively, the temperature is evenly dropped to a suitable value. If the temperature at the material is not controlled, the temperature is too high or too low will affect the shape of the material drip, which will eventually affect the molding quality of the glass container. Therefore, the scientific method is to control the basin alone, that is, the two gun -type silicon carbon rods and a three -section silicon carbon rod are used to heat around the material basin, or the two slot -type silicon carbon rods and a three -section of silicon carbon carbon carbon are selected. The sticks are all around the bowl and heat the bowl.
