1600℃ Integrated Tube Furnace
1. Our lab tube furnaces have reached internationally advanced levels in precision, stability, and safety.
2. Kejing's lab tube furnaces have received global certification and are widely used by the world's leading research institutions and businesses.
3. We approach every test with a rigorous scientific approach, ensuring that each lab tube furnace becomes a reliable partner in our customers' laboratories.
4. Our lab tube furnaces and other products have been exported both domestically and internationally, receiving unanimous praise from numerous universities and research institutions.
- Shenyang Kejing
- Shenyang, China
- 10 working days
- 50 sets
- Information
Introduction of the Lab Tube Furnace:
The GSL-1600X high pressure laboratory vacuum tube furnace uses silicon-molybdenum rods as heating elements. It features a double-shell structure, 50 programmable temperature control, a B-type thermocouple, and an air-cooling circulation system between the double shells. The high pressure laboratory vacuum tube furnace can reach a maximum temperature of 1600°C and can operate continuously at 1550°C, with a temperature control accuracy of ±1°C. The lab tube furnace offers advantages such as a balanced temperature field, low surface temperature, fast temperature ramp rates, and energy efficiency. This lab tube furnace is ideal for universities, research institutes, and industrial and mining enterprises for sintering or annealing new material samples (under vacuum or inert gas protection).
Specifications of high pressure laboratory vacuum tube furnace:
| Product Name | 1600°C Integrated high pressure laboratory vacuum tube furnace (with vacuum flange and valve, optional 60 or 80mm alumina tube) GSL-1600X | |
| Main Features of lab tube furnace | · Furnace chamber dimensions of Laboratory High Temperature Tube Furnace: 290mm×180mm×160mm; · Maximum temperature reaches 1600°C (≤ 0.5h); · Multi-stage temperature control programmable for precise temperature control; | |
| Basic Parameters of lab tube furnace | · Rated power of Laboratory High Temperature Tube Furnace: 5.5kW · Rated voltage of Laboratory High Temperature Tube Furnace: AC220V 50/60Hz · Rated operating temperature of Laboratory High Temperature Tube Furnace: 1550°C · Maximum operating temperature of Laboratory High Temperature Tube Furnace: 1600°C (≤ 0.5h) · Recommended heating rate: · Below 1400°C: ±10°C/min; · 1400°C to 1600°C: ±5°C/min · Heating element: Silicon molybdenum rod · Thermocouple: Type B · Heating zone length: 290mm | |
| Structure of lab tube furnace | · The inner furnace surface is coated with a 1750°C high-temperature alumina coating imported from the United States to improve reflectivity and heating efficiency, while also extending the instrument's lifespan. · The furnace features a double-shell structure with an air-cooling circulation system between the two shells. · The furnace chamber utilizes high-purity polycrystalline alumina fiber, minimizing energy loss. | |
| Furnace Tube and Flange | · PID automatic temperature control system; · Intelligent 50-step programmable control; · Built-in overheat protection and thermocouple fault alarm; · Temperature control accuracy: ±1°C; · Default DB9 PC communication port; · MET certified; · Optional computer temperature control software (for the YD858P series controller) for controlling heating curves and exporting data. | |
| Furnace Tube and Flange | · The standard furnace tube size is 60mm×1000mm, with 80mm×1000mm tubes available. · To ensure temperature uniformity and flange sealing, alumina plugs must be inserted into both ends of the furnace tube before heating to prevent heat loss. · The furnace tube comes standard with two sets of stainless steel vacuum flanges (each flange is equipped with a mechanical pressure gauge and a stainless steel stop valve). · Optional: To achieve higher vacuum levels more quickly, it is recommended to use KF25 stainless steel flanges, stainless steel bellows, and a digital vacuum gauge. | |
| Vacuum System (Optional) | · A dual-vane mechanical pump achieves a vacuum level of 10-3 torr. · For even higher vacuum levels (10-5 torr or better), a high-vacuum pumping system can be optionally purchased. | |
| Dimensions | · 1330mm (L) × 510mm (W) × 780mm (H) |  |
| Weight | · Approximately 150kg | |
| Warranty | One-year warranty, lifetime maintenance · Special Notes: 1. Consumables such as heating elements, quartz tubes, and sample crucibles are not included. 2. Damage caused by the use of corrosive and acidic gases is not covered by the warranty. | |
| Certifications | · This product is CE certified. Certificate Number: M.2021.206.C67996 · We guarantee German TUV or CAS certification for each unit if the customer pays the certification fee. | |
| Compliance | CE Certified, UL or CSA certification is available at extra cost. | |
Our Advantages:
· Thousands of experimental validations ensure stable and reliable performance.
· Accurate and safe, meeting international scientific research standards.
· Independent R&D, in-house manufacturing, and fast delivery.
· One-stop after-sales support ensures more efficient scientific research.
