FL-AUX-COOL
Closed-Loop Cooling System
Two-circuit cooling with a plate heat exchanger, deionised internal loop and evaporative or dry cooling tower — the single most important accessory for furnace life.
Read More →
Products
Cooling Systems, Hydraulics, Water-Cooled Cables and Furnace Spares
The supporting equipment and consumables that decide furnace uptime — cooling towers, hydraulic stations, water-cooled cables, capacitors and refractory linings.
Most induction furnace downtime is not caused by the furnace. It is caused by cooling water, a failed cable, a burst capacitor or a lining that reached the end of its life without warning. These items are cheap next to the furnace and expensive when they stop it.
We supply every auxiliary item as part of the original order and hold them as spares afterwards, referenced to your specific machine serial number. That matters more for an export customer than a domestic one — a two-day local delivery becomes a six-week air-freight problem if the part is not identified correctly.
Every furnace ships with a recommended two-year spares list priced in the original quotation, so the parts budget is known before the equipment arrives rather than discovered during the first breakdown.
Auxiliary Equipment & Spares Range
Every machine below is built to your duty. Click through for model tables, full specifications, materials handled and lead times.
FL-AUX-HYD
Hydraulic Tilting Station
Twin-cylinder hydraulic tilting with proportional speed control, mechanical safety lock and emergency hand pump for controlled pouring at any capacity.
Read More →FL-AUX-CAB
Water-Cooled Cables & Capacitors
Flexible water-cooled cables, electrothermal resonant capacitors, thyristor and IGBT modules, fuses and control boards, referenced to your machine serial number.
Read More →FL-AUX-REF
Furnace Lining Refractory
Silica, alumina and magnesia ramming mixes matched to your alloy, with steel formers, vibrators and a written sintering procedure.
Read More →Industries Using This Equipment
Tell us what you melt.
Send your alloy, target output per hour, working hours and grid voltage. You will get a capacity recommendation, a plant layout and a firm quotation — normally within three working days, no obligation.