Vacuum Furnace FVA-10

Name: Vacuum Furnace FVA-10
Brand: Labotemp
SKU: FVA-10
Price: 2000.00 USD
Availability: InStock
Rating: 4.8 (816 reviews)

Labotemp Vacuum Furnace FVA-10 is a high-efficiency, large-capacity laboratory vacuum furnace for advanced high-temperature processing in research and industrial R&D. With a 36 L chamber (300×400×300 mm) and 1400°C max (1350°C working), it supports vacuum heat treatment, vacuum annealing, vacuum brazing, sintering, degassing and controlled-atmosphere processing for ceramics, metals, composites and powder metallurgy.

SiC rod heating elements provide rapid heat-up, strong energy efficiency and long service life. A Shimaden S-type controller with S-type thermocouple provides precise, repeatable control. Supporting vacuum and inert-gas operation via external pump systems, FVA-10 minimises oxidation and contamination. Integrated water-cooling and 380V/12 kW power ensure safety, fast response, reliable long-duration performance. Developed by experienced vacuum furnace manufacturers, Labotemp supplies dependable solutions for universities, research labs and pilot production facilities.

Why Choose Labotemp Vacuum Furnace FVA-10?
✓ High-Temperature Performance: Stable operation up to 1400°C.
✓ Large Capacity: 36 L chamber for bigger components and batch processing.
✓ Precision Control: Shimaden S-type controller for accurate, repeatable results.
✓ Industrial-Grade Build: Designed for long-duration operation.

Data Sheet

Model No. : FVA-10 Model No.	FVA-10
Volume (L) : 36 Volume (L)	36
Max Temp (°C) : 1400 Max Temp (°C)	1400
Working Temp (°C) : 1350 Working Temp (°C)	1350
Voltage : 380V Voltage	380V
Power (kW) : 12 Power (kW)	12
Chamber Size (mm) : 300×400×300 Chamber Size (mm)	300×400×300
Heating Element : SiC Rod Heating Element	SiC Rod
Thermocouple Type : S Type Thermocouple Type	S Type
Controller : Shimaden (Japan) Controller	Shimaden (Japan)
Vacuum / Pump System : By Pump System Vacuum / Pump System	By Pump System
Cooling Requirement : Yes (Water Cooling) Cooling Requirement	Yes (Water Cooling)

Inert Gas Compatible ➤ Inert Gas Compatible
High-capacity vacuum furnace designed for advanced material processing at temperatures up to 1400°C with excellent thermal stability and uniformity. ➤ High-capacity vacuum furnace designed for advanced material processing at temperatures up to 1400°C with excellent thermal stability and uniformity.
Equipped with SiC rod heating elements, offering rapid heating, high energy efficiency, and durability for continuous industrial or research use. ➤ Equipped with SiC rod heating elements, offering rapid heating, high energy efficiency, and durability for continuous industrial or research use.
Controlled by a Shimaden (Japan) S-type temperature controller, ensuring precise temperature accuracy up to 1350°C working temperature. ➤ Controlled by a Shimaden (Japan) S-type temperature controller, ensuring precise temperature accuracy up to 1350°C working temperature.
Large 300×400×300 mm chamber supports bigger components, multiple test samples, or small-scale pilot production. ➤ Large 300×400×300 mm chamber supports bigger components, multiple test samples, or small-scale pilot production.
Compatible with vacuum and inert gas operation via pump system, featuring water-cooling protection for safety and stable performance at high temperatures. ➤ Compatible with vacuum and inert gas operation via pump system, featuring water-cooling protection for safety and stable performance at high temperatures.
380V / 12 kW power system delivering fast heat-up time and reliable long-duration operation. ➤ 380V / 12 kW power system delivering fast heat-up time and reliable long-duration operation.

Ideal for advanced ceramic sintering, metal heat-treatment, crystal growth, powder metallurgy, and degassing processes requiring reduced oxygen or controlled gas conditions ➤ Ideal for advanced ceramic sintering, metal heat-treatment, crystal growth, powder metallurgy, and degassing processes requiring reduced oxygen or controlled gas conditions
Used in research laboratories, universities, industrial R&D centers, and manufacturing pilot plants ➤ Used in research laboratories, universities, industrial R&D centers, and manufacturing pilot plants
Suitable for high-temperature testing, prototype production, electronic components, composite material development, and sample conditioning under vacuum or inert environment ➤ Suitable for high-temperature testing, prototype production, electronic components, composite material development, and sample conditioning under vacuum or inert environment