Qingdao Decent Group has delivered its first-generation electric fire assay fusion furnace to a leading mineral processing plant in Africa, demonstrating our commitment to providing reliable and efficient fire assay melting solutions for the challenging operating environments of laboratories worldwide.
25 Place Electric Fire Assay Fusion Furnace
We continuously improve our electric fire assay fusion furnace equipment based on laboratory environments and industry developments, aiming to provide more efficient and safe solutions for laboratories. This first-generation electric fire assay fusion furnace was designed with a chamber capacity for 25 crucibles, tailored to the laboratory’s scale and sample processing volume.
As the core equipment for the fire assay melting stage, this electric fire assay fusion furnace is compatible with our fire assay multi-load and multi-pour systems. This intelligent solution effectively combines modern technology with age-old precious metal analysis techniques, reducing costs and improving efficiency for African laboratories.
Project Implementation and Customization
This Electric Fire Assay Furnace installation represents Qingdao Decent Group’s successful adaptation of our standard furnace design to meet specific environmental and operational requirements of African mineral laboratories. Our furnace features an independent chamber design, which better protects the heating elements and extends their lifespan. Independent furnace chambers facilitate future maintenance and replacement, and the modular design significantly reduces furnace maintenance costs. This design ensures timely replacement of furnace components, ensuring the furnace maintains optimal performance and continuous, stable operation, providing robust support for your laboratory.
Upon receiving a customer’s request, our engineering team conducts a comprehensive and in-depth assessment of the customer’s laboratory space and functional layout, including laboratory size, number of samples to be processed, specific fire assaying procedures, and laboratory wiring layout. This allows us to optimally determine the furnace size and dimensions that best suit the customer’s laboratory. This customer-centric approach to project execution is firmly embedded in every team member, ensuring the equipment delivers maximum value.
Technical Features That Set DECENT Apart
DECENT furnace solutions offer the following advantages:
Easy Maintenance: The independent furnace chamber design facilitates future replacement and maintenance.
Simplified Processes: The furnace is fully compatible with our fire assay multi-load and multi-pour systems, enabling intelligent crucible loading and unloading, further reducing labor and shortening experimental operation time.
Precise temperature control: Using high-quality silicon carbide heating elements, the furnace temperature can reach up to 1200°C, and the heat distribution is even and stable, so that the ore sample in the crucible is completely melted, laying a good foundation for subsequent analysis.
Durability: The fire assay furnace features a durable 2mm steel plate housing and a solid structural frame, suitable for the harsh environment of a fire assay laboratory.
High-quality refractory lining: The furnace is lined with high-quality refractory bricks and advanced thermal insulation materials to ensure that the ore sample is fully burned in the furnace and the chemical reaction is fully carried out to achieve the best melting effect.
Pneumatic Lift Door: Fire assay experiments are extremely safe. DECENT furnaces are available with an optional foot-operated pneumatic lift door, allowing the operator to move as far away from the furnace as possible, minimizing exposure to high temperatures and creating a safe environment.
Advanced Temperature Management System:
Electronic temperature control systems offer significant improvements over manual control methods. Our fire assay furnaces maintain precise temperature profiles, essential for accurate fire assay results, and automatically compensate for ambient temperature fluctuations. The system includes:
- K-type thermocouples for precise temperature monitoring
- A high-temperature alarm system that automatically shuts off if safety thresholds are exceeded
Because fire assay results are highly sensitive to temperature changes during the melting process, this temperature accuracy directly impacts analytical accuracy.
Qingdao Decent Group’s success with this electric fire assay furnace project stems from our commitment to understanding customer needs at a fundamental level.
Unlike manufacturers who offer standardized solutions, we begin each project with a comprehensive on-site assessment to understand the specific operational challenges our customers face.
Our engineering team excels at adapting standard furnace designs to unique environmental conditions while maintaining precision and reliability. This customer-focused approach has made DECENT the preferred supplier for mineral laboratories across challenging environments worldwide.
Setting New Benchmarks in Fire Assay Technology
This Electric Fire Assay Furnace installation represents more than just equipment delivery—it demonstrates Qingdao Decent Group’s capability to deliver complete, integrated solutions that address the real-world challenges faced by mineral laboratories. The successful implementation in Africa has established a new benchmark for fire assay furnace performance in demanding environments.
For labs seeking to expand their fire assaying capabilities, DECENT offers both proven first-generation furnaces and advanced second-generation furnaces. Each system is customized to the specific needs of your laboratory while maintaining the precision and reliability that are hallmarks of the DECENT brand.
Learn more about DECENT full range of fire assaying solutions.
Explore detailed specifications and dimensions for DECENT fire assaying furnaces.