STRIP CASTING LINE - 300 MM (W) - 10 MM (TH) - POSSIBLE BELOW

EMA, MARX, AIR BLUE, DEMAG, BUCHHOLZ, SMS

We have pleasure to provide you with an offer about second-hand strip casting production line

that has been used for development for special strip production and now due that the project

It can be also used for any developement and reseach work if there is any request to produce

The strip caster described here has been used for research and development since 1992 of

465 tests carried out on a 500 kg or 1 t scale. Mostly, steel was poured, with the focus in recent years on new, high-alloy steels.

In addition, copper, brass and silicon were successfully cast.

The casting process is computer controlled / - regulated and fully automatic. Oven, casting machine and the subsequent cooling section are under inert and partially reactive gas atmosphere operated. It is possible to inline hot rolling and subsequent water spray cooling.

The cast strip can run out as a plate on a roller conveyor or be wound up as a coil.

The entire system and all of its components are ready for use. All components are on the floor.

A very desirable alternative would be to continue operating the existing pilot plant as part of new research and development projects in the field of iron ore non-ferrous metallurgy.

EMA-Indutec, Marx, Air Blue, Güntner, Demag, G. Buchholz

Induction crucible furnace 20 kV Transfomer Cooling unit

3 x 510 V / 679 A / 50 Hz (Power) 3 x 380 V / 25 A / 50 Hz (Control)

The lines for electricity and coolant between the converter and the furnace coil are flexible to allow the furnace body to be lifted and moved.

The converter includes a transformer for connection to the medium-voltage network

Suitable for operation with small quantities of feed materials / melt.

The furnace can be operated stationary in a tilting frame or mobile on the indoor crane

Switched on oven hanging on the crane (mobile operation)

Attaching the furnace body to the crane using a special traverse with integrated weight

measurement to determine the melt mass during the casting process.

Maximum furnace travel currently approx. 6 m (relatively easy to expand by exchanging the

Casting by means of floor tapping with stopper mechanism (manual or automatic control)

Additional plate slider for emergency closing of the floor cut if the plug fails

Including replacement plug (approx. 40 pieces made of alumina graphite and 2 pieces made of

Own form available at manufacturer MiTec Middeldorf;

Alternatively self-made by stamping (sintering template available)

earth fault monitoring and temperature measurement in back ramming

Roughly gas-tight; Fumigation of the melt with argon, for example; thereby generating u. a. high-alloy steels with controlled and low erosion of alloying elements and low absorption of nitrogen etc. possible (extensive experience and chemical analyzes available)

Various flaps and bushings (for continuous temperature measurement, sampling, alloying, stopper rods, flushing lances, etc.)

adjustable in the range of approx. 10 to 20 mm, usually approx. 15 mm

Pouring on all-round structured steel strip, water-cooled from below (machines for producing such strips available)

Side limitation through all-round, water-cooled dam block chains

Influencing the melt flow by electromagnetic stirrers and argon rake

Inertization of the entire casting machine and cooling section

If necessary, detailed descriptions of the other parts of the system are provided of

- Cooling water supply for the casting machine and other system components (tank, various pumps, mixing system etc.)

- Optional spray cooling / quenching immediately after the roll stand

- Special machines for in-house production of the circulating belt for the casting machine (embossing with special patterns, welding)

- Resistance-heated small furnace for preheating the pipe socket

- Three pyrometers for measuring the cast strip temperature