Model :AE-ZFLM-1225~AE-ZFLM-1250~AE-ZFLM-1260~AE-ZFL-1250~AE-ZFL-1260~AE-ZFL-1280~AE-ZFL-12100
The AE-ZFLM-1225 Series Vacuum/Atmosphere Furnace is a versatile heating solution that allows precise adjustment of vacuum levels and internal atmospheres to facilitate material sintering in optimized conditions. Compatible with inert gases (N₂, Ar₂), reducing gases (H₂, CO), nitrogen-hydrogen mixtures, and specialized catalytic gases, it effectively prevents oxidation, enables reduction reactions, or supports auxiliary catalytic processes as required. Ideal for industrial applications, scientific research, and academic institutions, this furnace is widely used for chemical analysis, physical determination, and the research and small-batch production of high-performance materials such as powder metallurgy, electronic ceramics, battery materials, phosphors, and nano materials. With its user-centric design and reliable environmental control, the AE-ZFLM-1225 Series ensures consistent results for both laboratory and industrial-scale material processing needs.

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The Vacuum/Atmosphere Furnace AE-ZFLM-1225 Series is a high-performance heating equipment engineered to precisely control and adjust the internal atmosphere or vacuum environment, enabling materials to undergo sintering under specific conditions tailored to their processing requirements. This versatile furnace supports a wide range of gas configurations, including inert gases (nitrogen N₂, argon Ar₂) for oxidation prevention, reducing gases (hydrogen H₂, carbon monoxide CO) for reduction processes, and nitrogen-hydrogen mixtures—with specialized gases also usable as catalytic aids for unique material needs. Designed to meet the demands of industrial and mining enterprises, scientific research institutions, and universities, the AE-ZFLM-1225 Series excels in chemical analysis and physical property determination across diverse atmospheric settings. Its robust construction and precise environmental control make it an indispensable tool in the research and small-batch production of advanced materials, including powder metallurgy components, ceramic metallization products, phosphors, battery materials, electronic ceramics, chemical raw materials, and nano materials. Whether for laboratory-scale experiments or specialized manufacturing, this furnace delivers consistent, reliable performance to support cutting-edge material science and industrial innovation.
Features:
| Model | AE-ZFLM-1225 | AE-ZFLM-1250 | AE-ZFLM-1260 | AE-ZFL-1250 | AE-ZFL-1260 | AE-ZFL-1280 | AE-ZFL-12100 |
| Temperature Range | 300-1200 | ||||||
| Temperature Accuracy | 1 | ||||||
| Heat-up Speed | +1 | ||||||
| Heating power | 0-20 | ||||||
| Voltage | 1.2KW | ||||||
| Heating area | AC220CV 50Hz | ||||||
| Number of area | 180 | 410 | |||||
| Size of working area | Φ80 x 200 | Φ120 x 430 | |||||
| Control method | LED program control | ||||||
| Maximum vacuum degree | -0.1 | ||||||
| Interface diameter | Φ8 | ||||||
| Material | Quartz tube | ||||||
| Inner diameter | Φ20 x 600 | Φ42 x 600 | Φ52 x 600 | Φ42x 1000 | Φ52x 1000 | Φ72x 1000 | Φ92x 21000 |
| Overall dimensions | 920 x 370 x 460 | 1320 x 430 x 520 | |||||

