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Hot Air Oven FOV-20
High-Temperature Drying Oven
Labotemp High-Temperature Drying Oven
Labotemp High-Temperature Drying Oven

Hot Air Oven FOV-20

Labotemp Hot Air Oven FOV-20 is an ISO and CE certified high-temperature laboratory oven designed for demanding drying, curing, annealing, and thermal testing processes. This hot air circulating oven uses a forced convection heating system to distribute heated air evenly throughout the chamber, ensuring consistent and uniform thermal performance. With a temperature range of RT+20°C to 600°C and ±0.5°C accuracy, it provides stable heating for applications such as heat treatment, material conditioning, thermal stability testing, and industrial oven drying. 

Built for durability and high-temperature performance, the oven features a SUS309S stainless steel inner chamber designed to withstand extreme thermal conditions. Alumina silicate fibre insulation improves heat retention and energy efficiency while maintaining stable internal temperatures. Equipped with a 5.1 kW heating system and a 208 L chamber, the oven provides reliable airflow and uniform heating for larger samples and batch processing. A programmable timer up to 9999 minutes and over-temperature alarm protection further enhance safety and operational reliability.

Why choose Labotemp Hot Air Oven FOV-20?

✓ Large Chamber Capacity: 208 L chamber supports batch testing and larger samples.
✓ High Temperature Capability: Stable heating up to 600°C with precise PID control.
✓ Uniform Airflow Heating: Forced convection system ensures even temperature distribution.

$3363

Specifications

Model NO. : FOV-20

Model NO.
FOV-20

Heating Method : Forced Convection

Heating Method
Forced Convection

Temp Range : RT+20–600°C

Temp Range
RT+20–600°C

Accuracy : ±0.5°C

Accuracy
±0.5°C

Uniformity : 2.50%

Uniformity
2.50%

Inner Chamber : SUS309S

Inner Chamber
SUS309S

Insulation : Alumina silicate fibre

Insulation
Alumina silicate fibre

Heater Power : 5.1 kW

Heater Power
5.1 kW

Controller : PID Intelligent

Controller
PID Intelligent

Display : Dual LCD

Display
Dual LCD

Timing : 0–9999 min

Timing
0–9999 min

Safety : Over-temp alarm

Safety
Over-temp alarm

Chamber Size (mm) : 570×620×595

Chamber Size (mm)
570×620×595

Volume (L) : 208

Volume (L)
208

Power Supply : AC 380V

Power Supply
AC 380V

Current : 7.7A

Current
7.7A

Package size : 1121 x 919 x 1149 mm

Package size
1121 x 919 x 1149 mm

Net Weight : 110 kg

Net Weight
110 kg

Gross Weight : 125 kg

Gross Weight
125 kg

Features

  • Dual LCD Display

    ➤ Dual LCD Display
  • High-temperature performance from RT+20°C to 600°C with ±0.5°C precision, ensuring exceptionally stable and accurate heat treatment.

    ➤ High-temperature performance from RT+20°C to 600°C with ±0.5°C precision, ensuring exceptionally stable and accurate heat treatment.
  • Controlled by a PID intelligent Dual-LCD system, offering precise thermal regulation and clear real-time monitoring.

    ➤ Controlled by a PID intelligent Dual-LCD system, offering precise thermal regulation and clear real-time monitoring.
  • Constructed with a robust SUS309S stainless steel chamber and alumina silicate fiber insulation for superior durability and long-lasting thermal efficiency.

    ➤ Constructed with a robust SUS309S stainless steel chamber and alumina silicate fiber insulation for superior durability and long-lasting thermal efficiency.
  • Powered by a 5.1 kW forced-convection heating system that delivers uniform temperature distribution across the large 208 L chamber.

    ➤ Powered by a 5.1 kW forced-convection heating system that delivers uniform temperature distribution across the large 208 L chamber.
  • Enhanced with safety features including an over-temperature alarm and programmable 0–9999 min timer for dependable operation.

    ➤ Enhanced with safety features including an over-temperature alarm and programmable 0–9999 min timer for dependable operation.

Applications

  • Ideal for high-temperature drying, annealing, sintering, curing, and thermal stability testing in demanding laboratory and industrial workflows

    ➤ Ideal for high-temperature drying, annealing, sintering, curing, and thermal stability testing in demanding laboratory and industrial workflows
  • Widely used in aerospace, materials science, chemical analysis, and electronics manufacturing where uniform heating up to 600°C is required

    ➤ Widely used in aerospace, materials science, chemical analysis, and electronics manufacturing where uniform heating up to 600°C is required
  • Suitable for processing large samples, heat-resistant materials, and high-precision thermal experiments

    ➤ Suitable for processing large samples, heat-resistant materials, and high-precision thermal experiments

  • Dual LCD Display
  • High-temperature performance from RT+20°C to 600°C with ±0.5°C precision, ensuring exceptionally stable and accurate heat treatment.
  • Controlled by a PID intelligent Dual-LCD system, offering precise thermal regulation and clear real-time monitoring.
  • Constructed with a robust SUS309S stainless steel chamber and alumina silicate fiber insulation for superior durability and long-lasting thermal efficiency.
  • Powered by a 5.1 kW forced-convection heating system that delivers uniform temperature distribution across the large 208 L chamber.
  • Enhanced with safety features including an over-temperature alarm and programmable 0–9999 min timer for dependable operation.

  • Ideal for high-temperature drying, annealing, sintering, curing, and thermal stability testing in demanding laboratory and industrial workflows.
  • Widely used in aerospace, materials science, chemical analysis, and electronics manufacturing where uniform heating up to 600°C is required.
  • Suitable for processing large samples, heat-resistant materials, and high-precision thermal experiments.

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