Products Sample Preparation Coal, Coke & Ore Physical Testing Forced Air Drying Oven 101 Series Electric Laboratory Heating Chamber
Forced Air Drying Oven 101 Series Electric Laboratory Heating Chamber

Coal, Coke & Ore Physical Testing

Forced Air Drying Oven 101 Series Electric Laboratory Heating Chamber

Item Number : KT-TE16

Price varies based on specs and customizations


Operating Temperature Range
50°C to 300°C
Temperature Fluctuation
±1°C
Temperature Uniformity
±2.5%
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Product Overview

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This forced air drying oven series provides high-performance thermal processing engineered specifically for consistent drying, baking, conditioning, and wax melting across scientific and industrial environments. Utilizing an engineered forced-convection mechanical blower system, this equipment circulates preheated air across internal heating elements directly into the chamber, guaranteeing optimal thermal energy transfer and rapid moisture evacuation across all loaded samples.

Designed for mission-critical operations in university laboratories, research institutes, clinical and pharmaceutical facilities, and industrial mining enterprises, the system accommodates diverse processing volumes ranging from compact benchtop batches to high-capacity bulk drying. Its heavy-duty thermal insulation and optimized airflow pathways eliminate cold spots, preserving sample integrity during sensitive analytical preparations and heavy-duty thermal testing.

Built to withstand rigorous, continuous duty cycles, this heating equipment combines structural rigidity with responsive micro-environmental stability. Operators can rely on its repeatable heating curves, dependable safety features, and tight temperature regulation to sustain long-term operational uptime, lower energy consumption, and maintain strict adherence to quality assurance standards in demanding testing environments.

Detail & Parts

Forced Air Drying Oven 101 Series Electric Laboratory Heating Chamber 1

Key Features

  • Engineered Forced Air Circulation: A heavy-duty, low-noise centrifugal blower continuously circulates preheated air throughout the internal chamber, eliminating thermal stratification and driving rapid, uniform moisture removal even under dense sample loading.
  • Precision Thermal Stability: High-grade heating elements paired with precision control logic deliver minimal temperature fluctuation of just ±1°C across the operational envelope, ensuring repeatable results for heat-sensitive assays and materials testing.
  • High-Temperature Operational Envelope: Capable of continuous operation from 50°C up to 300°C, the unit offers broad processing versatility spanning low-temperature biological drying to high-temperature metallurgical curing and component thermal stress testing.
  • Optimized Chamber Uniformity: Aerodynamically optimized ducting delivers an exceptional temperature uniformity of ±2.5%, ensuring consistent heat exposure whether samples are positioned near the chamber walls or on central shelving tiers.
  • Heavy-Duty Thermal Barrier Insulation: High-density, multi-layer thermal insulation lines the chamber perimeter, preventing exterior cabinet heat radiation, reducing energy consumption, and protecting lab personnel during extended high-temperature processing.
  • Corrosion-Resistant Interior Construction: Built with durable internal sheet metal and smooth-welded seams, the working chamber resists chemical vapors, oxidation, and mechanical wear, making routine decontamination and cleaning rapid and straightforward.
  • Multi-Capacity Chamber Architecture: Available in five distinct chamber volumes ranging from compact 43-liter benchtop configurations to expansive 640-liter industrial floor-standing capacities, matching any processing footprint and throughput requirement.
  • Adjustable Stainless Steel Shelving: Sturdy, perforated shelf racks maximize airflow penetration through vertically stacked sample vessels, featuring customizable height increments to support diverse vessel geometries and tall sample containers.
  • Dual Electrical System Compatibility: Configured with single-phase 220V power for laboratory installations or robust three-phase 380V infrastructure for high-power industrial models, ensuring seamless integration into existing facility utilities.

Applications

Application Description Key Benefit
Analytical Sample Desiccation Removal of residual moisture from chemical reagents, soil samples, and biological powders prior to gravimetric analysis or spectroscopy. Rapid, uniform moisture evaporation without thermal degradation, safeguarding sample purity and quantitative measurement accuracy.
Laboratory Glassware Decontamination & Drying Thorough drying and thermal sanitization of volumetric flasks, beakers, pipettes, and metal tools post-wash. Eliminates residual water droplet contamination and expedites turnaround times for continuous laboratory testing cycles.
Industrial Core & Mold Baking Curing and pre-drying of foundry sand cores, ceramic green bodies, and refractory samples prior to high-temperature firing. Minimizes structural stress cracking and eliminates internal voids by providing balanced, uniform hot-air circulation throughout the matrix.
Histology & Paraffin Wax Melting Controlled melting and preparation of paraffin waxes, embedding compounds, and biological preservation mediums. Prevents overheating or thermal degradation of delicate waxes through stable, tight temperature fluctuation control at set points.
Electronic Component Thermal Conditioning Burn-in testing, potting resin curing, and thermal stress conditioning of printed circuit boards and semiconductor assemblies. Validates component solder joint reliability and polymer curing kinetics without damaging sensitive electronic substrates.
Polymer & Resin Moisture Extraction Pre-treatment drying of hygroscopic engineering plastic pellets (such as nylon, polycarbonate, and PEEK) prior to injection molding. Prevents hydrolytic degradation, bubble formation, and structural weakness during thermoplastic extrusion and molding operations.
Mining & Geological Slurry Dehydration High-throughput batch drying of crushed mineral ores, pulverized drill cores, and metallurgical slurries for assay determination. High thermal efficiency and durable chamber volume accommodate heavy material masses without significant thermal recovery delays.

Technical Specifications

Technical Parameter KT-TE16-0 KT-TE16-1 KT-TE16-2 KT-TE16-3 KT-TE16-4
Operating Temperature Range 50°C – 300°C 50°C – 300°C 50°C – 300°C 50°C – 300°C 50°C – 300°C
Temperature Fluctuation ±1°C ±1°C ±1°C ±1°C ±1°C
Temperature Uniformity ±2.5% ±2.5% ±2.5% ±2.5% ±2.5%
Heating Power Rating 0.5 kW 2.0 kW 2.4 kW 4.0 kW 6.0 kW
Electrical Voltage / Frequency 220V, 50Hz 220V, 50Hz 220V, 50Hz 380V, 50Hz 380V, 50Hz
Internal Chamber Width 350 mm 450 mm 550 mm 600 mm 800 mm
Internal Chamber Depth 350 mm 350 mm 450 mm 500 mm 800 mm
Internal Chamber Height 350 mm 450 mm 550 mm 750 mm 1000 mm
Approximate Chamber Volume 43 Liters 71 Liters 136 Liters 225 Liters 640 Liters
Circulation Mechanism Forced Convection Motorized Blower Forced Convection Motorized Blower Forced Convection Motorized Blower Forced Convection Motorized Blower Forced Convection Motorized Blower
Thermal Exchange Principle Electric Heating with Forced Air Uniform Exchange Electric Heating with Forced Air Uniform Exchange Electric Heating with Forced Air Uniform Exchange Electric Heating with Forced Air Uniform Exchange Electric Heating with Forced Air Uniform Exchange

Why Choose This Product

  • Superior Thermal Homogeneity: Unlike standard gravity convection chambers that create severe vertical heat banding, this system employs an active forced-air ventilation mechanism to continuously push dynamic, heated air around every sample, maintaining consistent batch-to-batch quality.
  • Robust Industrial Build Quality: Engineered with heavy-gauge internal metal linings, reinforced structural frames, and heavy-duty heating elements, this drying oven withstands continuous high-temperature exposure without cabinet distortion or thermal fatigue.
  • Optimized Energy Management: High-performance insulation layers effectively encapsulate operating heat, dramatically cutting cycle power consumption while maintaining a safe, low exterior skin temperature in high-traffic lab environments.
  • Application Versatility Across Scales: Offering configurations from benchtop 43-liter volumes to floor-standing 640-liter capacities, this equipment easily scales with your laboratory or production facility without requiring separate operational protocols.
  • Dedicated Technical Support and Engineering Services: Backed by comprehensive technical documentation, responsive after-sales support, and specialized configuration assistance, your facility benefits from maximum uptime and long-term operating peace of mind.

Contact our technical sales team today to discuss your specific process parameters or request a competitive quote for your facility.

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Product Datasheet

Forced Air Drying Oven 101 Series Electric Laboratory Heating Chamber

Category Catalog

Coal, Coke & Ore Physical Testing


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