Skip to content
Currency

New customers save 5% with the code GET05

Image ALT Tags:

"Gravity Convection Oven for Chemistry Lab Drying and Sterilizing"

"ESAW Gravity Oven for Medical and Educational Institutions"

"Best Gravity Oven for Students and Engineering Labs"

"Affordable Lab Oven for Schools and Industrial Use"

Shop Gravity Convection Oven – Drying & Heating Lab Oven | ESAW India

Model No : GCO-65

Regular price Rs. 0.00
Tax included.Shipping calculated at checkout.
capacity: 28 Ltrs.
Quantity:
Estimated Delivery:
Guaranteed Safe Checkout
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

    Product Overview and Technical Functionality

    The Gentle Giant of Laboratory Ovens

    The **Medico Gravity Convection Oven** is a fundamental piece of laboratory equipment, distinguished by its reliance on natural temperature differentials rather than mechanical fans for air circulation. This unique operation creates a non-turbulent, **gentle drying environment**, making it the superior choice for heating or drying fine powders, delicate biological samples, thin films, and materials that might be disturbed by the forced airflow of a mechanical convection oven. This method ensures superior sample integrity.

    Featuring a double-walled chamber constructed from non-corrosive stainless steel, the oven provides exceptional temperature stability and uniformity, crucial for accurate results in sensitive applications. The precise PID controller maintains the set temperature across the chamber, vital for labs in sectors like pharmaceuticals, food testing, and academic research across states such as **Himachal Pradesh, Telangana, and West Bengal**. Its energy-efficient design and rugged build ensure low running costs and a long operational lifespan, making it a reliable investment for any modern laboratory.

    By eliminating the internal fan, the risk of cross-contamination and sample disturbance is minimized, offering peace of mind to technicians handling critical materials.

    Significance, Key Applications, and Uses

    Significance: Sample Integrity

    • **Non-Disturbance:** Ideal for delicate items where air movement must be avoided (e.g., weighing, fine powders).
    • **Uniform Stability:** Achieves excellent long-term temperature consistency in the chamber.
    • **Cost-Efficiency:** Simplified design translates to lower initial cost and reduced maintenance.

    Applications: Sensitive Processing

    • **Moisture Determination:** Precise drying for moisture content testing in food and agriculture (e.g., **Haryana**).
    • **Sterilization:** Effective dry-heat sterilization for glass instruments and metalware (not biologically sensitive).
    • **Curing & Baking:** Low-speed, low-turbulence curing of adhesives, coatings, and resins.

    Uses: Diverse Labs (India Focus)

    • **Pharmaceutical QC:** Drying of raw ingredients and excipients (e.g., **Gujarat, Maharashtra**).
    • **Academic Research:** Used in chemistry and material science labs across **Delhi, Karnataka, and UP.**
    • **Clinical Laboratories:** Routine gentle drying and pre-heating procedures for non-volatile substances.
    • Gravity Convection Oven Price
    • Natural Convection Drying Oven
    • Gentle Heating Lab Oven
    • Medico Laboratory Equipment
    • Sensitive Sample Oven
    • Non-Turbulent Airflow Oven
    • Oven for Fine Powders

    Reliable Supplier for Global Research & Industry

    • India (Pan-India)
    • USA
    • Canada
    • Germany
    • Brazil
    • Nigeria
    • South Africa
    • Egypt
    • Saudi Arabia
    • UAE
    • Singapore
    • Malaysia
    • Nepal
    • Bangladesh
    • Sri Lanka
    • Vietnam

    Related Products and Essential Categories

    Common Questions About Gravity Convection

    1. How does gravity convection differ from mechanical (forced) convection?

    Mechanical convection uses a fan to forcefully circulate air, leading to faster heating and better spatial uniformity. **Gravity convection** relies on the natural movement of hot air rising and cool air sinking, providing a much **gentler, non-turbulent airflow**. This is crucial when the air movement could disturb or blow away light samples like fine powders or delicate materials.

    2. Is this oven suitable for drying samples with volatile solvents?

    Gravity convection ovens are typically **not recommended for volatile solvents** unless the oven is specifically designed with explosion-proof features and high-volume exhaust. The natural airflow is too slow to safely vent hazardous fumes. Forced air or vacuum ovens are better suited for solvent evaporation.

    3. What is the typical temperature uniformity inside a Gravity Convection Oven?

    Due to the lack of forced circulation, gravity convection ovens typically have **less temperature uniformity** than forced air models. Temperature variations can be observed, especially closer to the heating elements. They are best used for applications where absolute uniformity is less critical than the need for zero air turbulence.

    4. Can this oven be used for high-temperature applications above 250°C?

    The standard Gravity Convection Oven is usually rated up to **250°C**. For high-temperature applications (e.g., curing or sterilization at $300^\circ\text{C}$ or above), you would need to use our specialized **High Temperature Ovens** which are built with refractory insulation and higher-grade components.

Shopping cart

Your cart is currently empty.

Continue shopping