2.Q: The opening or drilling of the microcrystalline glass heating plate: (1) Will it heat up? (2) Will it affect the heating power?
A: The middle opening of the heating plate will generate heat but affect its power and life.
3.Q: Is the heating surface of the microcrystalline glass heating plate heating coating balanced? Will it be hot in the middle and the temperature around it is low?
A: The temperature difference of the surface of the heating plate is 10%, and the temperature difference between the furnace and the temperature is evenly achieved by the wind.
4.Q: Now many heating tubes are far infrared heating. What are the advantages of our products?
A: Compared with the heating tube, the heating plate has a wide heating surface, a uniform heating surface, and radiant heat. The latter has a small heating area and a low heat conversion rate.
5.Q: Is it possible to customize a glass-ceramic heating plate with a small glass area and a large power?
A: The area of the heating plate is not recommended to be high power, because the surface coating of the heating plate* is resistant to 480 °C unless it can accurately control the temperature.
6.Q: How much can the power be made in the case where the glass area is proportional to the power? For example: How much can a glass size of 400×150* be made? * How small can you do?
A: According to the customer's request, the surface temperature of the heating plate and the heating rate are used to develop the power.
7.Q: 1 kW 500 cm long and 1 kW 1 m long electric heating tube in different sealed space heating speed is different, but is the microcrystalline heating plate also related to the area and film thickness?
A: related to area and power
8.Q: It is also a kilowatt far infrared heating tube and a kilowatt microcrystalline heating plate heating. The speed in the same space is 1.5 sec/degree, 2 sec/degree. Does our microcrystalline heating plate have any room for improvement?
A: The microcrystalline heating plate pays attention to the characteristics of wide heating surface, uniform temperature, strong penetrating power and high heat conversion rate to achieve beyond the ordinary heating body.
