Crucible Melting Furnace
Crucible melting furnace for small-batch non-ferrous metals such as aluminum, zinc, lead and tin, with fuel and crucible options for die-casting and alloy workshops.
Table of Contents
Overview
The Crucible Melting Furnace is designed for low-melting-point, small-batch non-ferrous metals and alloys such as aluminum, lead, tin and magnesium alloys. It can be matched with die-casting machines, transfer tools or robotic loading systems. Heating options include natural gas, oil and biomass fuel, and the crucible can be selected according to the metal type and operating condition.
Overseas Project Support
For export projects, Lanyu can configure the crucible melting furnace around local fuel or power conditions, plant layout, automation level, operator workflow and environmental requirements. This furnace is usually selected for smaller batches, flexible alloy changes and compact workshops, so crucible material and heating method matter.
For a faster technical proposal and quotation, please share:
- Metal type, alloy grade, batch size and target melting rate
- Preferred fuel or electrical heating method, voltage and frequency
- Crucible material preference and expected service conditions
- Charging, pouring and connection to die-casting or transfer equipment
- Destination country and any local safety or documentation requirements
Technical Features
Overall Design Advantages
The Crucible Melting Furnace adopts a modular design, compact structure, full functionality, meeting the high-efficiency melting and refining requirements for low-melting-point, small-output non-ferrous metals and alloys.
Furnace Construction
- Furnace Body: The outer shell and furnace bottom are made of high-quality steel plates with high strength and durability.
- Lid & Door: Reasonably designed to ensure safe and convenient operation.
Inner Lining of the Furnace
- Main Lining: Available in either fully brick-laid high-alumina bricks or poured refractory material, offering excellent high-temperature performance.
- Insulation Layer: Uses ceramic fiber blanket to effectively reduce heat loss and improve energy efficiency.
Crucible Material
- Multiple options available: graphite crucibles or high-temperature heat-resistant alloy crucibles, featuring fast heat conduction, long service life, meeting different metal melting needs.
Combustion System
- Fuel Diversity: Supports multiple combustion methods such as natural gas and oil.
- Energy Efficiency: Equipped with high-performance burners, saving 10-20 cubic meters per ton or more of natural gas compared to similar products in the market.
