Vacuum Separation Furnace
Separates zinc from copper-zinc brass scrap under vacuum. Copper stays in the crucible and is tapped clean; zinc is distilled off and …
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燃气熔炼炉 · Flexible fuel
Overview
A gas-fired melting option for sites where electric power is limited or expensive, with low burn-out loss and a small footprint.
Applications
- Non-ferrous melting
- Small foundries
- On-site casting
- Regions with limited power supply
Key points
Why it earns its place on your floor
When power is the constraint
A practical alternative where the grid connection or the electricity tariff makes induction melting uneconomic.
Low burn-out loss
Careful burner and chamber design keeps metal loss and oxidation lower than a plain flame furnace.
Low capital cost
Simple, robust and cheap to install and to maintain — a good fit for smaller foundries.
Specification
Technical data
Values marked as approximate are typical for a standard build; final ratings are confirmed in the technical agreement for your order.
Need a different capacity, frequency or configuration? We build non-standard units.
| Fuel | Natural gas, LPG or bottled gas |
|---|---|
| Advantages | Fast heating, low material burn-out rate, good heat dissipation, low cost and a small footprint |
| Operating cost | More than 30% lower than a bottled gas furnace of comparable duty |
| Configuration | Furnace body, burner system, control panel |
| Customisation | Sized to your melting rate and charge weight |
Related equipment
Other machines we build
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Our core product line: all-solid-state digital induction melting furnaces from 1 kW to 3000 kW, for ferrous and non-ferrous metals …
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Electric Arc Furnace
Integrated electric arc furnace sets for ore smelting, alloy separation and metal raw-material purification, supplied as a complete …
View detailsTell us what you are melting.
Send us your material, the zinc content and your monthly tonnage — we will come back with the right model and a transparent quotation.