Brief: This short presentation tells the story behind the design and its intended use cases. You'll see a detailed walkthrough of the 2500 kg/H Continuous Gas Fired Industrial Aluminum Melting Furnace, showcasing its dual-chamber structure for simultaneous melting and holding operations. The video demonstrates the automatic loading system in action and explains how this furnace efficiently processes aluminum scrap and ingots for industrial die casting applications.
Related Product Features:
Continuous operation design with separate melting and holding chambers for efficient aluminum processing.
High melting capacity of 2500 kg per hour, suitable for industrial-scale production demands.
Constructed with a once-formed non-stick aluminum casting material for durability and easy cleaning.
Equipped with automatic ignition, temperature control, and over-temperature alarm safety systems.
Features a trolley-type automatic loading system with 600kg capacity for continuous material input.
Optimized gas consumption with efficiency ratings as low as 55M³ per ton of aluminum processed.
Pneumatic stopper-type aluminum liquid outlet positioned at 1650mm height for convenient tapping.
Comprehensive safety features including material level detection and combustion safety systems.
Faqs:
What is the maximum melting capacity of this aluminum melting furnace?
The furnace has a melting rate of 2500 kg per hour when operating continuously, with a total furnace capacity of 6000 kg.
What types of aluminum materials can this furnace process?
It can process aluminum ingots (R14 or ADC12) with average weight under 8kg, and aluminum scrap materials that are unbundled and smaller than the material cart dimensions.
How efficient is the gas consumption for this melting furnace?
Gas consumption ranges from 55-65 M³ per ton of aluminum, depending on material composition - with 55M³/ton for 100% ingots and up to 65M³/ton when processing higher percentages of scrap material.
What safety features are included with this industrial furnace?
The system includes combustion safety detection devices, automatic temperature control, over-temperature alarms, material level detectors, and comprehensive safety systems for the automatic loading mechanism.