Mask BFE Testing Machine

Trolley furnace is a common high-temperature furnace used for high-temperature processes such as heat treatment and smelting. However, various malfunctions may occur with the trolley furnace during use. This article will introduce some common trolley furnace failures and their solutions.Influence of Reaction Sintering Process on Properties of Silicon Carbide Ceramics  Fault 1: Uneven heating Uneven heating of the trolley furnace may lead to unstable product quality and affect production efficiency. Common reasons include: ·The temperature inside the furnace is uneven. At this time, you can try to adjust the position of the heater, add insulation materials, etc.tck6340-tck6340s-tck6350-cnc-slant-bed-lathe-machine  ·The heater is damaged. Check whether the heater is damaged or aged and needs to be replaced. ·Control system failure. Check whether the control system is working properly and whether electronic components need to be replaced or software updated.tck500s  Fault 2: Overheating or cold in the furnace A furnace that is too hot or cold can also affect product quality, so it is crucial to identify and resolve these issues promptly. The following are possible causes of these problems: ·The furnace temperature controller is faulty. Check and replace the controller and correct the control parameters.automatic-horizontal-band-saw-for-profile-gz4250h  ·Thermal sensor failure. Check whether the temperature sensor is working properly and replace or repair it. ·Heater power supply problem. Check whether the heater circuit is normal and whether it needs to be replaced or repaired.

The development of industry and economy has led to the continuous reduction of global energy resources. The importance of saving oil, coal, gas and other energy sources and environmental protection issues have been increasingly valued.special-sawing-machine-copper-wire-cutting-unit  Clean combustion and environmental protection have become a very important task for production enterprises. In In the production process of aluminum alloy profiles, energy such as electricity and fuel are indispensable substances. Although energy consumption is not the largest item in the total cost of aluminum profile production, today when humans around the world attach great importance to saving energy resources, it should also attract our attention. of great importance.special-numerical-control-sawing-machine-gzk4240  This article mainly conducts tests on the energy consumption of the 9930 mm × 2210 mm × 3260 mm aging furnace and the 14500 mm × 3300 mm × 3500 mm aging furnace l commonly used in aluminum alloy profile manufacturers, and respectively analyzes the energy consumption of processing aluminum products. , heat consumption, heat energy utilization, heat distribution in and out of the furnace and existing heat energy losses were studied, providing a reference for energy saving and consumption reduction of aging furnace equipment for aluminum alloy profile production.special-numerical-control-sawing-machine-gxk200  Equipment: 9930 mm×2210 mm×3260 mm aging furnace (A furnace), 14500 mm×3300 mm×3500 mm aging furnace (B furnace). Instruments: standard Pitot tube, combustion efficiency tester, U-shaped pressure gauge, electrical balance tester and infrared thermometer, etc.special-sawing-machine-gb4240-60 

According to the appearance, they are roughly divided into the following four categories: box furnaces, vertical furnaces, cylindrical furnaces, and large square furnaces. This classification method is based on the appearance of the radiation chamber and has nothing to do with the convection chamber. The so-called box furnace, as its name implies, has a radiation chamber that is a "box-shaped" hexahedron. vacuum-brazing-repair-method-for-cracks  Compared with it, the width of the radiation chamber of the vertical furnace is narrower, and the ratio between the distance between the two side walls and the height of the furnace is about 1:2. The names of cylindrical furnace and large square furnace are also derived from the same reason. This is an early type of tube furnace.Vacuum brazing of ceramic and metal materials The burner burns horizontally, and the flue gas flows from top to bottom through the convection chamber across the partition wall between the radiant chamber and the convection chamber. The main disadvantage of this furnace type is the tube laying rate (the radiant chamber row has The ratio of the furnace wall of the tank to the total furnace wall area of the radiation chamber is low, and the furnace is large; the furnace tube needs to be hung with alloy, which is expensive; and an independent chimney is required. It is almost no longer used these days.Atmospheric Pressure and Vacuum Sintering of High Purity Dense MgO Ceramics The furnace space and furnace walls are utilized. Their advantage is that as long as the number of central partition walls is increased, the furnace can be enlarged in a "building block combination" while keeping the heating intensity of the furnace volume unchanged, so they are particularly suitable for large furnaces. When the heat load is large, although They also suffer from some of the inherent disadvantages of box furnaces, which are offset by the advantages mentioned above.Applied Crack Repair Technology of Vacuum Brazing

1. Direct-fired tube furnace: The direct-fired tube furnace directly transfers the heat generated by fuel combustion to the pipe through the burner to achieve heating. Its advantages are high thermal efficiency and fast heating speed, which is suitable for processes that require high heating speed. Common direct-fired tube furnaces include natural gas tube furnaces, heavy oil tube furnaces, etc.special-numerical-control-sawing-machine-gzk4240  ⒉Indirect combustion tube furnace: The indirect combustion tube furnace transfers the heat generated by fuel combustion to the heating medium through the burner, and then transfers the heat to the pipe through the heating medium to achieve heating. The advantage is that the exhaust gas generated by combustion does not come into contact with the heated materials, thus avoiding problems such as pollution and oxidation. Common indirect combustion tube furnaces include gas hot blast stoves, oil hot blast stoves, etc.special-numerical-control-sawing-machine-gxk200  1. Gas tube furnace: Gas tube furnace is a method of heating pipes by using high-temperature combustion gas generated by burning gas. The advantage is that it heats up quickly temperature control.special-sawing-machine-gb4240-60  Precise control, suitable for heating processes with high temperature requirements. Common gas tube furnaces include natural gas tube furnaces, liquefied petroleum gas tube furnaces, etc. ⒉ Liquid tube furnace: Liquid tube furnace is a method of heating pipes by using high-temperature combustion gas generated by burning liquid fuel. The advantage is that it has a wide variety of fuel types and a wide range of applications. At the same time, the heating temperature can be adjusted by controlling the fuel supply. Common liquid tube furnaces include fuel tube furnaces, diesel tube furnaces, etc.special-sawing-machine-copper-wire-cutting-unit