Labotemp Hot Air Oven FOV-19 is an ISO and CE certified high temperature laboratory oven designed for advanced thermal processing, drying, and heat treatment in research and industrial environments. This hot air oven for laboratory applications operates on a forced convection heating system that continuously circulates hot air to maintain uniform temperature distribution inside the chamber. With a wide operating range of RT+20°C to 600°C and ±0.5°C accuracy, this high temperature lab oven provides stable heating conditions for applications such as annealing, thermal aging, sintering, and precision oven drying.
Engineered for durability and consistent performance, this laboratory convection oven features a SUS309S stainless steel inner chamber designed to withstand extreme temperatures and demanding laboratory conditions. A programmable timer up to 9999 minutes and over-temperature alarm protection further enhance operational safety, making this industrial hot air oven suitable for component testing, heat-resistance studies, and controlled high-temperature experiments.
Why choose Labotemp Hot Air Oven FOV-19?
✓ Precise Temperature Stability: PID control with dual LCD maintains accurate heating up to 600°C for reliable high-temperature processing.
✓ Durable Chamber Design: SUS309S stainless steel chamber with alumina insulation ensures strong heat resistance.
✓ Efficient Airflow Heating: 4.5 kW forced convection provides uniform temperature inside the 91 L chamber.
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Model NO. : FOV-19 Model NO. |
FOV-19 |
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Heating Method : Forced Convection Heating Method |
Forced Convection |
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Temp Range : RT+20–600°C Temp Range |
RT+20–600°C |
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Accuracy : ±0.5°C Accuracy |
±0.5°C |
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Uniformity : 2.50% Uniformity |
2.50% |
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Inner Chamber : SUS309S Inner Chamber |
SUS309S |
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Insulation : Alumina silicate fibre Insulation |
Alumina silicate fibre |
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Heater Power : 4.5 kW Heater Power |
4.5 kW |
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Controller : PID Intelligent Controller |
PID Intelligent |
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Display : Dual LCD Display |
Dual LCD |
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Timing : 0–9999 min Timing |
0–9999 min |
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Safety : Over-temp alarm Safety |
Over-temp alarm |
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Chamber Size (mm) : 450×450×450 Chamber Size (mm) |
450×450×450 |
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Volume (L) : 91 Volume (L) |
91 |
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Power Supply : AC 380V Power Supply |
AC 380V |
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Current : 6.8A Current |
6.8A |
SUS309S Heat Shield
➤ SUS309S Heat ShieldOffers a wide high-temperature range of RT+20°C to 600°C with ±0.5°C accuracy, ideal for advanced thermal processing.
➤ Offers a wide high-temperature range of RT+20°C to 600°C with ±0.5°C accuracy, ideal for advanced thermal processing.Equipped with PID intelligent Dual-LCD control, ensuring stable, precise temperature regulation and easy parameter monitoring.
➤ Equipped with PID intelligent Dual-LCD control, ensuring stable, precise temperature regulation and easy parameter monitoring.Built with a durable SUS309S stainless steel chamber and alumina silicate fiber insulation for maximum heat resistance and long-term reliability.
➤ Built with a durable SUS309S stainless steel chamber and alumina silicate fiber insulation for maximum heat resistance and long-term reliability.A strong 4.5 kW heating system with uniform temperature distribution provides consistent performance inside the 91 L chamber.
➤ A strong 4.5 kW heating system with uniform temperature distribution provides consistent performance inside the 91 L chamber.Includes essential safety features such as an over-temperature alarm and a programmable 0–9999 min timing function.
➤ Includes essential safety features such as an over-temperature alarm and a programmable 0–9999 min timing function.Suitable for high-temperature drying, annealing, sintering, and thermal aging across research and industrial operations
➤ Suitable for high-temperature drying, annealing, sintering, and thermal aging across research and industrial operationsCommonly used in materials science, electronics, aerospace, and chemical laboratories requiring uniform, stable heat at up to 600°C
➤ Commonly used in materials science, electronics, aerospace, and chemical laboratories requiring uniform, stable heat at up to 600°CIdeal for treating components, conducting heat-resistance studies, and performing high-temperature experiments
➤ Ideal for treating components, conducting heat-resistance studies, and performing high-temperature experiments