ISO & CE Certified • Global Supply Chain • Comprehensive Warranty
WhatsApp Us!
Request Quote!
0
Vacuum Furnace FVA-16
Labotemp Vacuum Furnace
Labotemp Vacuum Furnace
Labotemp Vacuum Furnace
fva-16

Vacuum Furnace FVA-16

Labotemp Vacuum Furnace FVA-16 is an ultra-high-temperature, large-capacity laboratory vacuum furnace for extreme thermal processing in industrial and scientific applications. It features a 45 L chamber (300×500×300 mm) and a 1700°C maximum with a 1600°C continuous working range. FVA-16 supports vacuum heat treatment, vacuum annealing, high-temperature sintering, vacuum brazing, and controlled-atmosphere processing for ceramics, metal alloys, composites, and powder-metallurgy materials. 

MoSi₂ rod heating elements deliver rapid heating, high thermal efficiency, uniform temperature distribution, and long service life under repeated ultra-high-temperature cycles. A B-type platinum-rhodium thermocouple with Yudian or Shimaden programmable controllers ensures precise, stable temperature control. Vacuum and inert-gas operation minimize oxidation and contamination. 

Why Choose Labotemp Vacuum Furnace FVA-16? 

✓ Ultra-High Temperature Capability: Reliable operation up to 1700°C. 
✓ Large Capacity: 45 L chamber for oversized samples and batch processing. 
✓ Precision Control: B-type controller for accurate and repeatable results. 
✓ Industrial-Grade Safety: Water cooling and chiller compatibility for stability.

Data Sheet

Specifications Vacuum Furnace FVA-16

Model No. : FVA-16

Model No.
FVA-16

Volume : 45L

Volume
45L

Max Temp : 1700°C

Max Temp
1700°C

Working Temp : 1600°C

Working Temp
1600°C

Voltage : 380V / 50Hz

Voltage
380V / 50Hz

Power (kW) : 14

Power (kW)
14

Chamber Size (mm) : 300×500×300

Chamber Size (mm)
300×500×300

Heating Element : MoSi₂ Rod

Heating Element
MoSi₂ Rod

Thermocouple Type : B Type

Thermocouple Type
B Type

Controller : Yudian / Shimaden

Controller
Yudian / Shimaden

Cooling Requirement : Yes (Water Cooling)

Cooling Requirement
Yes (Water Cooling)

Features Vacuum Furnace FVA-16

  • Chiller Compatible ➤ Chiller Compatible
  • Ultra-high temperature vacuum furnace designed for extreme thermal processing up to 1700°C, ideal for advanced industrial and scientific applications. ➤ Ultra-high temperature vacuum furnace designed for extreme thermal processing up to 1700°C, ideal for advanced industrial and scientific applications.
  • Equipped with MoSi₂ rod heating elements, delivering rapid heating capability, long service life, and excellent thermal efficiency under repeated high-temperature cycles. ➤ Equipped with MoSi₂ rod heating elements, delivering rapid heating capability, long service life, and excellent thermal efficiency under repeated high-temperature cycles.
  • Controlled by B-type Yudian / Shimaden programmable controller, ensuring precise temperature management up to 1600°C working temperature with superior accuracy and repeatability. ➤ Controlled by B-type Yudian / Shimaden programmable controller, ensuring precise temperature management up to 1600°C working temperature with superior accuracy and repeatability.
  • Large 300×500×300 mm chamber supports oversized samples, multiple batch processing, and pilot-scale production. ➤ Large 300×500×300 mm chamber supports oversized samples, multiple batch processing, and pilot-scale production.
  • Water-cooling protection system ensures safe operation under vacuum at ultra-high temperature, improving furnace lifespan and operational stability. ➤ Water-cooling protection system ensures safe operation under vacuum at ultra-high temperature, improving furnace lifespan and operational stability.
  • 380V / 14 kW power configuration provides high heating rates and industrial-grade throughput performance. ➤ 380V / 14 kW power configuration provides high heating rates and industrial-grade throughput performance.

Applications Vacuum Furnace FVA-16

  • Ideal for advanced ceramic sintering, high-temperature alloy processing, crystal growth, powder metallurgy, and composite material development ➤ Ideal for advanced ceramic sintering, high-temperature alloy processing, crystal growth, powder metallurgy, and composite material development
  • Widely used in aerospace, semiconductor fabrication, defense & research labs, and high-performance engineering industries ➤ Widely used in aerospace, semiconductor fabrication, defense & research labs, and high-performance engineering industries
  • Suitable for prototype production, electronic component treatment, critical material testing, and vacuum/inert atmosphere heat-treatment ➤ Suitable for prototype production, electronic component treatment, critical material testing, and vacuum/inert atmosphere heat-treatment