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Vacuum Furnace FVA-06

Vacuum Furnace FVA-06

Vacuum Furnace FVA-06

Product catalog summary
Description: The Labotemp Vacuum Furnace FVA-06 is a high-efficiency laboratory furnace designed for precision high-temperature processing. It features a 3-liter chamber with dimensions of 150×150×150 mm and can reach a maximum temperature of 1400°C, with a working temperature of 1350°C. This furnace is suitable for vacuum annealing, sintering, brazing, and controlled-atmosphere heat treatment of ceramics, metals, powder metallurgy, and electronic components. It is equipped with SiC rod heating elements for rapid heating and uniform temperature distribution, and a Shimaden S-type controller for accurate temperature control. The furnace supports vacuum and inert-gas operations and includes water-cooling protection for enhanced safety and durability.
Why Choose Labotemp Vacuum Furnace FVA-06?
  • Reliable operation up to 1400°C.
  • SiC heating elements with Shimaden S-type controller.
  • Ideal for small-batch research, sintering, and brazing.
  • ISO & CE compliant with shipping and installation support.
Specifications:
  • Model NO: FVA-06
  • Volume: 3 L
  • Max Temperature: 1400°C
  • Working Temperature: 1350°C
  • Voltage: 220V
  • Power: 2 kW
  • Chamber Size: 150×150×150 mm
  • Heating Element: SiC Rod
  • Thermocouple Type: S Type
  • Controller: Shimaden (Japan)
  • Vacuum / Pump System: By Pump System
  • Cooling Requirement: Yes (Water Cooling)
Features:
  • S-type Thermocouple for excellent thermal uniformity.
  • High-temperature vacuum furnace capable of reaching 1400°C.
  • SiC rod heating elements for faster heating response and high efficiency.
  • Shimaden S-type temperature controller for precise control and stable temperature accuracy up to 1350°C.
  • Compact chamber design suitable for research samples and laboratory test batches.
  • Supports vacuum or inert atmosphere operation with water-cooling protection for enhanced safety and durability.
Applications:
  • Ideal for ceramics sintering, crystal growth, powder metallurgy, and advanced materials development heat-treatment processes.
  • Widely used in research institutes, universities, and material science laboratories.
  • Suitable for sintering of engineering ceramics, precision metal parts, electronic components, and sample testing under controlled atmosphere.
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Catalog excerpts

Vacuum Furnace FVA-06-1

Your Partner in Temperature Precision Vacuum Furnace FVA-06 www.labotemp.com | [email protected]

 Open the catalog to page 1
Vacuum Furnace FVA-06-2

Labotemp Vacuum Furnace FVA-06 is a high-efficiency laboratory vacuum furnace for precision high-temperature processing for research and materials labs. With a 3 L chamber (150x150x150 mm) and max 1400°C (working 1350°C), it supports vacuum annealing, sintering, brazing and controlled-atmosphere heat treatment for ceramics, metals, powder metallurgy and electronic components. Equipped with SiC rod heating elements, this vacuum furnace delivers rapid heating, uniform temperature and long service life. Shimaden (Japan) S-type controller with S-type thermocouple ensures accurate, repeatable control....

 Open the catalog to page 2
Vacuum Furnace FVA-06-3

S-type Thermocouple High-temperature vacuum furnace capable of reaching 14003C with excellent thermal uniformity for advanced material processing. Equipped with SiC rod heating elements, providing faster heating response, high efficiency, and long life under high-temperature cycling. Features a Shimaden (Japan) S-type temperature controller for precise control and stable temperature accuracy up to 13503Cworkingtemperature. Designed with 150350350 mm chamber suitable for compact research

 Open the catalog to page 3
Vacuum Furnace FVA-06-4

samples and laboratory test batches. Supports vacuum or inert atmosphere operation via external pump system, with water-cooling protection for enhanced safety and equipment durability Applications: Ideal for ceramics sintering, crystal growth, powder metallurgy, advanced materials development, and heat-treatment processes requiring high temperatures. Widely used in research institutes, universities, and material science laboratories. Suitable for sintering of engineering ceramics, precision metal parts, electronic components, and sample testing under controlled atmosphere. 144 E, Midwest Avenue,...

 Open the catalog to page 4

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