Thermostatic Drying Oven 202 Series for Laboratory Baking and Moisture Determination

Product Overview

This thermostatic drying oven provides dependable thermal processing for routine laboratory drying, sample baking, and precision moisture determination across diverse analytical workflows. Designed to deliver consistent thermal conditioning from ambient +20°C up to 250°C, the equipment combines reliable resistance heating with precision PID micro-processing to maintain tight thermal equilibrium. Its balanced air distribution ensures that sensitive analytical materials undergo uniform moisture loss without localized scorching or thermal degradation.

Built for demanding industrial and scientific environments, the system serves chemical analysis facilities, industrial and mining enterprises, coal inspection stations, materials research centers, academic institutions, and medical testing laboratories. It is especially suited for routine volatile loss measurements, gravimetric coal moisture assays, component pre-heating, and glassware decontamination. The unit provides laboratory technicians with straightforward operational controls and continuous sample visibility through a dedicated observation pane.

Constructed with a heavy-gauge cold-rolled exterior and resilient interior liner configurations, this equipment guarantees dependable performance under rigorous testing regimens. High-grade insulation and robust temperature-resistant boundary seals minimize perimeter thermal leakage, reducing energy consumption and maintaining a cool exterior casing. Every assembly is manufactured to withstand non-stop daily cycles, ensuring repeatable analytical data and long service life.

Detail & Parts

Key Features

• Precision PID Temperature Control: An integrated digital PID microprocessor utilizes time-proportional regulation and platinum resistance temperature detection to maintain thermal fluctuation within ±1°C, guaranteeing repeatable thermodynamic conditions across the entire heating spectrum.
• Dual Liner Material Configurations: Available with either a treated anti-corrosion cold-rolled steel chamber (Type A) for standard drying operations or a corrosion-resistant stainless steel chamber (Type B) designed for aggressive volatile testing and high-humidity environments.
• Double-Layer Tempered Glass Window: The central observation pane features twin layers of industrial tempered glass, allowing technicians to inspect sample conditions in real time without opening the door and destabilizing internal chamber temperatures.
• High-Temperature Hermetic Door Seal: An embedded, resilient high-temperature synthetic gasket borders the door perimeter, delivering a tight compression seal that eliminates thermal bridging, protects laboratory personnel, and maintains uniform internal heat.
• Integrated Moisture Exhaust Port: A top-mounted adjustable vent valve actively exhausts vaporized moisture and volatile byproducts generated during sample desiccation, expediting drying cycles and preventing condensation re-deposition.
• Rugged Multi-Tier Shelf Design: Reinforced internal shelves support up to 15 kg per layer, accommodating heavy mineral samples, metal tooling, or dense glassware arrays while preserving unobstructed vertical thermal circulation.
• Electrostatic Powder-Coated Exterior: The outer chassis is fabricated from premium cold-rolled steel sheets treated with an advanced electrostatic spray coating that resists scratch damage, chemical splatter, and ambient laboratory corrosion.
• Clear Digital LED Display: The intuitive control fascia clearly displays real-time and setpoint temperatures, enabling rapid verification from across the laboratory and streamlining routine operational monitoring.

Applications

Technical Specifications

Why Choose This Product

• Reliable Long-Term Thermal Uniformity: Incorporates an advanced platinum resistance sensor paired with digital PID logic, ensuring that internal temperature fluctuations remain strictly within ±1°C and spatial uniformity conforms to ±2.5% for highly reproducible gravimetric test results.
• Application-Specific Chamber Tailoring: Available in five distinct chamber volumes ranging from compact benchtop footprints to high-throughput 225-liter capacities, complemented by a choice between economical anti-corrosion cold-rolled steel (Type A) and chemical-resistant stainless steel (Type B) interiors.
• Enhanced Structural and Thermal Integrity: Built with heavy cold-rolled exterior steel, dual-layer insulated tempered viewing glass, and durable perimeter door sealing, reducing shell temperature, minimizing thermal waste, and maintaining a safer operator environment.
• Operational Simplicity and Moisture Management: The manual top exhaust port provides smooth, on-demand evacuation of saturated air during high-moisture drying cycles, preventing condensation buildup on internal walls and speeding up total analytical turnaround.

Contact KINTEK today to discuss your specific thermal processing parameters, request detailed technical schematics, or receive a customized quotation for your laboratory.

Trusted by Industry Leaders