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"High Temperature Oven for Industrial and Chemistry Lab Use"

"ESAW Laboratory Oven with Digital Temperature Control"

"Precision Heating Oven for Research and Engineering Colleges"

"Affordable High Temp Oven for Science Students and Labs"

Shop High Temperature Ovens – Precision Lab Heating Solutions | ESAW India

Model No : HTO-75

Regular price Rs. 0.00
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capacity: 28 Ltrs.
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Delivery Period

3-5 Working Days

Replacement

3 Days Replacement as standard, Free of Cost

Dedicated Support

Support from 9:30 AM to 6:00 PM everyday

Description

    Technical Overview and High-Heat Engineering

    Engineered for Extreme Thermal Stability

    The Medico **High Temperature Oven** series is meticulously engineered to handle demanding industrial and research applications that require temperatures far exceeding standard laboratory limits, typically operating reliably up to **$500^\circ\text{C}$**. Key to its performance is the use of specialized **refractory insulation** and high-grade, long-life heating elements which minimize heat loss and ensure the structural integrity of the oven body at sustained high temperatures.

    These ovens feature robust forced-air circulation (mechanical convection) to guarantee exceptional temperature uniformity throughout the chamber, crucial for processes like **annealing, stress relieving, and high-heat curing**. We supply these critical units across major Indian industrial corridors, from the automotive hubs of **Pune and Chennai** to the heavy industries in **Gujarat and Odisha**, meeting stringent quality benchmarks.

    The control system utilizes advanced **multi-segment PID programming**, allowing users to define complex time-temperature profiles with high precision. This level of control is essential for material testing where precise heating and cooling ramps are non-negotiable for consistent results and optimizing product properties.

    Critical Specifications

    • **Max Operating Temperature:** Up to $500^\circ\text{C}$ (Varies by Model)
    • **Air Circulation:** Forced (Mechanical) Convection
    • **Insulation Type:** High-Density Refractory Materials
    • **Control System:** Multi-Segment PID Programmer
    • **Typical Use:** Annealing, Curing, Sterilization
    • **Chamber Material:** Heavy-gauge Stainless or Mild Steel (High Temp Coated)

    Significance, Key Applications, and Industrial Uses

    Significance: Process Integrity

    • **Material Endurance:** Validates the stability and performance of materials under extreme thermal load.
    • **Energy Efficiency:** Superior insulation minimizes running costs for prolonged, high-temperature operations.
    • **Safety Focus:** Built with advanced thermal breaks and safety interlocks for operator protection.

    Applications: Thermal Processing

    • **Curing & Drying:** Rapid and complete curing of high-temperature polymer coatings and adhesives.
    • **Annealing:** Heat treatment of metals and alloys to remove internal stresses and increase ductility.
    • **Sterilization:** Dry-heat sterilization of medical devices and glassware at required high temperatures in **Telangana and Karnataka.**

    Uses: Core Industries

    • **Aerospace:** Testing components and composites used in high-heat environments.
    • **Metallurgy:** Laboratory-scale heat treatment and material property testing.
    • **Ceramics:** Firing and drying of ceramic bodies and refractory materials in **Rajasthan and UP.**

    Product Keywords 

    • High Temperature Oven 500°C
    • Industrial Annealing Oven
    • High-Heat Curing Oven
    • Refractory Insulation Oven
    • Forced Convection High Temperature
    • $500^\circ\text{C}$ Lab Oven Price

    Global Supply Network

    • India
    • USA
    • Canada
    • Germany
    • UK
    • Japan
    • South Korea
    • UAE
    • Saudi Arabia
    • Brazil
    • Mexico
    • South Africa
    • Australia

    Related Equipment and Product Links

    Frequently Asked Questions

    • What type of insulation is used to handle temperatures up to $500^\circ\text{C}$?

      We use high-density, low-thermal-conductivity **refractory insulation materials**, often ceramic fiber or high-grade mineral wool, which are essential to protect the exterior casing and reduce heat transfer at extreme operating temperatures.

    • Is forced convection essential in a high-temperature oven?

      Yes. Due to the rapid temperature difference (and air density difference) at high heat, **forced convection** is critical to actively circulate the air, preventing localized hotspots and ensuring the required temperature uniformity for the entire working load.

    • What special safety features are included for high-temperature operation?

      Safety features include an **independent over-temperature protection circuit (OTP)** that acts as a failsafe, robust thermal breaks around the door seal, and insulated door handles to protect the operator from excessive heat.

    • Can I use this oven for applications requiring inert gas atmospheres?

      The standard High Temperature Oven is designed for air atmosphere. For processes requiring zero-oxygen or inert gas environments (like nitrogen or argon), you would need to specifically select our **Inert Gas Ovens** or a customized model with an integrated sealed chamber and gas inlet/outlet ports.

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