Equipment features:

1. 1200℃ high-temperature stable system, high-purity quartz tube furnace

The equipment has a maximum rated operating temperature of 1200°C. It employs high-quality resistance wire heating technology with an intelligent PID temperature control system, achieving a temperature accuracy of ±1°C. The temperature field exhibits excellent uniformity, supporting multi-stage programmable heating, holding, and cooling processes to precisely match various material heat treatment requirements. The furnace chamber is constructed from high-purity transparent quartz tube material, offering high-temperature resistance, oxidation resistance, corrosion resistance, and strong thermal stability. It prevents impurity precipitation at high temperatures, ensuring no contamination of experimental samples. With superior light transmittance and easy cleaning and maintenance, its service life far exceeds that of conventional furnace tube materials, making it suitable for long-term high-frequency experimental and production operations. The double-layer furnace body insulation design effectively reduces surface temperature, enhancing energy efficiency while significantly improving operational safety.

2. Rotating material rack structure, full-area uniform heat treatment

Standard intelligent uniform-speed rotating material support frame, enabling materials to rotate steadily within a high-temperature constant-temperature range. This fundamentally addresses traditional fixed-furnace issues such as uneven heating, single-sided sintering, and poor process consistency. The smooth rotation without vibration ensures 360° uniform heating and gas-phase contact for samples, significantly improving material sintering density, thin-film deposition uniformity, and batch experiment repeatability. It is particularly suitable for high-precision processes like powder suspension sintering, thin-film coating, and heat treatment of irregular workpieces, structurally guaranteeing the stability and reliability of experimental and production data.

3. Vacuum/Positive Pressure Dual Environment, Full Range Atmosphere Control

The equipment supports bidirectional switching between high vacuum and slightly positive inert atmosphere environments, enabling rapid removal of air, moisture, and impurity gases from the furnace to prevent high-temperature oxidation, carbonization, and contamination of samples. It can meet both high-vacuum annealing, vacuum degassing, and vacuum sintering processes while also allowing the introduction of protective gases such as nitrogen, argon, and hydrogen to maintain a stable slightly positive pressure atmosphere. This effectively prevents backflow of external air and is suitable for heat treatment of various easily oxidized, volatile, and highly reactive materials, offering a wide range of operating conditions to meet diverse process R&D and production requirements.

4. High-precision mass flow meter, accurate gas proportioning

Equipped with an industrial-grade high-precision mass flow control system, compared to traditional flow meters, it enables real-time accurate monitoring and automatic regulation of gas flow for each channel, unaffected by temperature and pressure fluctuations. It offers high gas ratio accuracy and strong stability. Supporting independent control of multiple gas channels, automatic switching, and constant flow supply, it precisely achieves standardized management of atmosphere concentration and airflow rate, ensuring consistency in processes such as gas-phase reactions and atmosphere sintering, effectively improving experimental data reproducibility and product batch qualification rates.

6. Professional exhaust gas treatment system, safe, environmentally friendly, and compliant

The integrated dedicated exhaust gas treatment system is designed to address harmful substances such as dust, volatile organic compounds, acidic and alkaline gases, and residual combustible gases generated during heat treatment processes. It achieves multi-stage filtration, adsorption, and purification. With high exhaust gas treatment efficiency, it effectively degrades and adsorbs pollutants, ensuring compliant emissions, eliminating the risk of gas leakage, and balancing operational safety with laboratory and workshop environmental standards. It meets the demands of long-term continuous operation, resolving the issues of traditional tube furnace exhaust pollution and significant safety hazards.