In the fields of materials science and new energy research and development, the accuracy and reliability of high-temperature heat treatment equipment directly determine the repeatability and breakthrough of experimental results. With an ultra-high operating temperature of 1700°C, a temperature field uniformity of ±5°C and a vacuum-sealed design, the laboratory tube furnace provides a high-temperature solution for researchers and industrial laboratories.
Core advantages: precision, safety and all-round
1. Limit temperature and uniform temperature field
Ultra-high temperature performance: the maximum working temperature is up to 1700°C (constant temperature 1600°C), covering difficult processes such as ceramic sintering, metal annealing, and solid electrolyte synthesis; 9-point temperature measurement calibration: ensure the uniformity of ± 5°C through multi-point temperature field test, and avoid experimental deviation caused by edge temperature drift; Intelligent temperature control system: Equipped with Shimaden SRS13A controller, it supports 32-stage program programming, and the temperature control accuracy is ± 1°C, which meets the needs of complex temperature rise and fall curves.
2. Vacuum and atmosphere compatible design
Double sealing structure: the inner furnace door blocks high-temperature radiation, and the outer furnace door adopts PTFE sealing ring, and the vacuum degree can reach 10⁻³ mbar;
The vacuum flange interface is standard, which is compatible with inert gases (e.g., Ar, N₂) or reducing atmospheres (e.g., H₂). Quartz tube compatibility: Φ80×800mm alumina tube is standard, quartz tube can be customized, suitable for anaerobic sintering or chemical vapor deposition (CVD) needs.
3. Safety protection and humanized design
Six-layer safety protection: automatic power-off when the furnace door is opened, over-temperature alarm, leakage protection; Thermocouple breakage protection to prevent temperature runaway; The surface temperature of the furnace shell ≤ 50°C (normal temperature environment) to avoid scalding during operation. Modular maintenance: U-shaped molybdenum disilicide (MoSi₂) heating elements are vertically distributed, and new and old components can be mixed to reduce replacement costs; The open door design allows for one-handed sample pick-and-place.
Why choose ACEY's Tube Furnace
Energy-saving and efficient: Japanese technology alumina polycrystalline fiber furnace, heat loss is reduced by 40%, and 5KW power can achieve high temperature of 1700°C; Low heat capacity structure design, heating rate up to 20°C/min (5-20°C/min is recommended to prolong life). Covering an area of only 0.5 square meters (desktop design), the 220V power supply is directly connected, no need to modify the laboratory circuit, and it is equipped with vacuum flange, high-temperature gloves and ceramic cushion blocks as standard, which can be used out of the box. CE certified, in line with international safety standards; 1-year warranty (except for consumables such as heating elements) with lifetime technical support.
