Test the manufacturer of the high-temperature furnaceThe device is used under the following environmental conditions:

1) Indoor use, with an ambient temperature range of -10 to 40 ℃;
2) The altitude is only 1000 meters;
3) The relative humidity of the environment is no more than 85% RH;
4) The surrounding environment is free of conductive dust, flammable and explosive materials and gases, as well as corrosive gases that severely damage metals;
5) No vibration or turbulence;
Test the manufacturer of the high-temperature furnaceFurnace selection:Ceramic fiber furnace (with "A" series) can meet various sintering requirements and is an upgraded product of traditional furnaces;
※ Lightweight, with a weight reduction of 1/2 compared to traditional muffle furnaces, and a long lifespan;
The heating rate is fast, twice as fast as a regular muffle furnace;
Low energy consumption, about 40% of the energy consumption of a regular muffle furnace;
The insulation effect is excellent. The box wall and furnace adopt a double-layer structure design, and ceramic fiber board is used as insulation material. When the temperature rises to 1000 ℃, the surface temperature of the furnace body is only about 50 ℃ (the regional standard is 100 ℃), and it can be maintained for 1 hour. The outer shell surface is still not hot to the touch, avoiding.
The SX2 series refractory brick furnace uses traditional refractory materials and has the characteristics of wide application.
The industrial box type high-temperature furnace can be used for element analysis and determination in laboratories, industrial and mining enterprises, and scientific research units, as well as for general small steel parts quenching, annealing, tempering and other heat treatment heating. The high-temperature furnace can also be used for high-temperature heating of metals, ceramics sintering, dissolution, analysis and other processes. When used as an experimental furnace, air inlet and outlet vents can be opened, and a chimney can be added to facilitate the addition of fresh oxygen and accelerate the experiment.
Lightweight: The 6-liter furnace weighs only 50 kilograms, while the 9-liter furnace weighs only 65 kilograms (overall weight)
Large capacity: complete models of 6L, 9L, 20L, 30L, and 60L (furnace volume). Non standard products can be customized according to user needs.
Energy saving: The 6-liter and 9-liter furnace models use 16A/220V standard power supply 20. The 30 liter furnace model uses a 16A/380V three-phase power supply.
Integrated ceramic fiber muffle furnace structural system:
The shell adopts a special design technology of cold-rolled steel plate double-layer structure, and the color paint of the shell is baked at high temperature, which is durabledurableThe furnace is made of imported alumina polycrystalline fiber material and imported Kantar resistance wire as the heating element. This furnace has the advantages of temperature field balance, low surface temperature, fast temperature rise and fall rate, and energy saving.
Our unit has 1000 ℃, 1200 ℃, 1400 ℃, and 1700 ℃ laboratory muffle furnaces, artificial intelligence research electric furnaces, integrated programmable muffle furnaces, and small high-temperature fiber electric furnaces. Product Application: Widely used in enterprise scientific research and small-scale production, as well as in the fields of ceramics, metallurgy, electronics, glass, chemical engineering, machinery, refractory materials, new material development, special materials, and building materials involved in scientific research and teaching in universities.
Sintering performance
1. Furnace size: 300 * 200 * 200
2. Temperature stability: ± 1 ℃
3. Temperature: 1350 ℃
4. Temperature value: ≤ 1-3 ℃
5. Heating rate: freely set within 9999 minutes, usually rising to 1000 ℃ within 10 minutes
6. Furnace material: Adopting polycrystalline composite fiber material, it has the characteristics of vacuum forming and high temperature without powder shedding. The outer layer is made of ceramic fiber cotton, which has good insulation effect and the shell is not hot to the touch.
7. Less thermal pollution: When the temperature is raised to 1000 degrees and maintained for 1 hour, the shell is not hot to the touch (around 40 degrees), and the energy-saving effect is good.