High-temperature tube furnace for laboratory applications

Achieve precise thermal treatment with this high-temperature tube furnace, ideal for complex sintering and melting processes requiring accurate temperature control and atmosphere management.

Heats, Sinterizes, and Tests Materials

The TF 1400°C Tube Furnace, designed by Across International, is engineered to support diverse thermal processing requirements across numerous industries such as materials science, metallurgy, and semiconductor manufacturing. This high-temperature furnace utilizes Mitsubishi high-quality alumina fiber insulation and silicon carbide (SiC) heating elements to ensure consistent heating and effective insulation. Its operation is guided by the Eurotherm multi-segment controller, allowing precise temperature control and remote monitoring, enhancing process accuracy and convenience.

Ideal for sintering, testing, and melting processes, it supports applications ranging from the production of ceramic components and metal alloys to the synthesis of semiconductor wafers and active pharmaceutical ingredients. The furnace features multiple working zones with individual calibration options, enabling customizable thermal profiles for varied material processing needs. Its compact design and vacuum-capability facilitate integration into laboratories and pilot-scale operations, making it suitable for both manual and automated setups.

The TF 1400 is known for its energy efficiency with a controlled heating rate that minimizes thermal overshoot and reduces operational costs. Safety is prioritized with built-in overheat protection and power failure recovery features. The furnace’s construction allows for long-term use, with accessories such as stainless steel vacuum sealing flanges and thermal blocks provided to enhance functionality. With options for further customization and engineering support, the TF 1400 adapts to unique industry specifications, ensuring compliance with relevant certifications.

Benefits

  • Ensures precision in thermal processing, enhancing material quality and uniformity.
  • Minimizes energy consumption through optimized heating rates, lowering operational costs.
  • Integrates easily with existing setups for flexible applications in research and production environments.
  • Promotes safety with automatic shutdown features in case of overheating or power interruption.
  • Facilitates process versatility with the ability to perform multiple atmosphere transitions in a single cycle.

General


Applications
Educational,Chemistry,Materials science,Metallurgy,Automotive,Industrial process,Semiconductor,Food and beverage,Aerospace,Life science,Batteries,Pharmaceutical
End products
Laboratory training samples,Engine parts,Active pharmaceutical ingredients (apis),Laboratory chemicals,Industrial catalysts,Biomaterials,Ceramic components,Semiconductor wafers,Aerospace components,Metal alloys,Battery cathodes,Dried food ingredients
Steps before
Material Preparation,Loading Sample into Tube,Vacuum Setup Adjustment
Steps after
Cooling,Unloading Finished Product,Storage
Input ingredients
alumina tube,inert gases,air,vacuum,electricity
Output ingredients
sintered parts,binder removal byproducts,heat
Market info
Across International is known for manufacturing high-quality thermal management equipment, such as vacuum ovens, furnaces, and laboratory equipment, with a strong reputation for reliability and innovation in industries like materials research, cannabis processing, and laboratory testing.

Technical Specifications


Maximum Temperature
1400°C (2552°F)
Working Temperature
1300°C (2372°F)
Heating Rate
5°C (41°F)/min above 1200°C
Heating Rate
10°C (50°F)/min below 1200°C
Voltage Requirements
208-240 volts 50/60Hz single phase
Vacuum Pressure
0.001 Pa / 0.0075 millitorr / 0.00001 mbar
Positive Pressure
0.02 MPa / 150 torr / 3 psi
Tube Material
High purity (99%) Al2O3 alumina
Temperature Controller Precision
+/- 1°C
Installed Heating Element
SiC
Output Power (1-Zone)
4 kW to 9 kW
Output Power (2-Zone)
10 kW to 12 kW
Output Power (3-Zone)
3.5 kW per zone
Furnace Dimensions
25" x 19" x 27"
Shipping Dimensions
47" x 35" x 39"
Net Weight
265 lbs to 350 lbs
Shipping Weight
400 lbs to 500 lbs

Operating Characteristics


Automation Level
Manual / PLC / SCADA
Batch vs. Continuous Operation
Batch
Energy Efficiency
Low kWh/kg
CIP/SIP
CIP 121°C / SIP 135°C
Cleaning Method
CIP / Manual

Material Compatibility


High-Temperature Resistance
Up to 1400°C (2552°F)
Corrosion Resistance
Alumina (Al2O3) Tube
Thermal Shock Resistance
SiC Heating Elements
Abrasion Resistance
High purity alumina
Density/particle size
Alumina density


ETL Certification
UL/CSA standards

Physical Characteristics


Chamber Insulation Material
Alumina fiber
Heating Element
Silicon carbide (SiC)
Tube Material
99% Al2O3 alumina
Tube Size
60mm - 150mm OD x 1000mm - 1300mm L
Furnace Dimensions (LxWxH)
25" x 19" x 27"
Unit Weight
265 - 370 lbs

Custom Options


Control panel type
Eurotherm digital multi-segment controller
Integration possibilities
Built-in computer interface with digital communication port for remote control and monitoring
Controller options
Standard Eurotherm 3204 or Optional Eurotherm 3504 50-Segment Controller
Calibration options
1-Zone,2-Zone,3-Zone calibration