300 kg bufferbølge aluminiums smelteovn

Bufferbølge aluminiumssmelteovn er en slags metalsmelteudstyr udviklet af vores virksomhed, der er egnet til under 950 ℃. Dens funktioner har følgende egenskaber:

1. Energibesparelse og pengebesparelse: det gennemsnitlige elforbrug af aluminium er 0.4-0.5 kWh/KG aluminium, hvilket er mere end 30% mindre end traditionelle ovne;

2. Effektiv udnyttelse: 600 ° stigende temperatur på 1 time, superhurtig opvarmningshastighed, langvarig konstant temperatur;

3. Miljøbeskyttelse og lavt kulstofindhold: i overensstemmelse med nationale politikker for energibesparelse og emissionsreduktion, intet støv, ingen olierøg og ingen skadelige gasemissioner;

4. Sikkerhed og stabilitet: Uafhængig forskning og udvikling af 32-bit CPU-teknologi med intelligent beskyttelse såsom lækage, aluminiumslækage, overløb og strømsvigt;

5. Mindre aluminiumslagger: bufferbølge hvirvelstrømsinduktionsopvarmning, ingen opvarmning død vinkel, høj råstofudnyttelsesgrad;

6. Levetid: digelen opvarmes jævnt, temperaturforskellen er lille, og levetiden forlænges med 50% i gennemsnit;

7. Temperature control: the eddy current reacts instantly, the crucible heats up by itself, without the hysteresis of traditional heating;

1. Gældende industrier:

Aluminiumstøbningsanlæg, produktionsanlæg af aluminiumstænger, smeltningsindustri i aluminium, støbeværk, produktion af bil- og motorcykeltilbehør, mobiltelefonskal, lampe, producent af elektrisk riskomfur varmeplade

2. Produkt introduktion:

Buffer wave aluminum melting furnace is an energy-saving buffer wave aluminum melting equipment that replaces traditional resistance, coal-fired, oil-fired, and intermediate frequency furnaces. With the increase in cost of materials, various industries are facing fierce market competition. The metallurgical industry has worsened the situation. The emergence of the buffer wave aluminum melting furnace has solved various problems in the metallurgical industry. It has the advantages of intelligence, safety, money saving, environmental protection and other national support, and is sought after by the metallurgical industry.

3. 300 kg buffer wave aluminum melting furnace

Model: SD-AI-300KG

Smeltemateriale: siliciumcarbidgrafitdigel

Smeltedigel: aluminiumslegering

Smeltedigel: 300 kg

Nominel effekt: 60KW

Melting power consumption/ton: 380 kWh/ton

Varmeforbrug strømforbrug/time: 3 kWh/time

Smeltehastighed kg/time: 160KG/time

Buffer wave aluminum melting furnace product specification selection:

4. Opvarmningsprincip:

The buffer wave aluminum melting furnace uses a buffer wave induction heating controller to convert electrical energy into heat energy using the principle of buffer wave induction heating. First, the internal rectifier filter circuit converts the alternating current into direct current, and then the control circuit converts the direct current into high-frequency magnetic energy. The high-speed changing current passing through the coil will produce a high-speed changing magnetic field. When the magnetic field lines in the magnetic field pass through the crucible, numerous small eddy currents will be generated inside the crucible, so that the crucible itself will generate heat at high speed, transfer the heat to the aluminum alloy, and melt into a liquid state. .

Measures to reduce aluminum slag in buffer wave aluminum melting furnace:

In the process of aluminum alloy smelting, as the amount of slag increases, the melting loss of aluminum also increases, and the amount of slag is related to the melting temperature, the state of the charge, and the production process. If you want to reduce aluminum slag, you must start from the following aspects:

(1) Reasonable furnace geometric dimensions and feeding order;

(2) Strictly control the melting temperature to prevent overheating. The flame spray should have a certain angle to facilitate rapid melting and shorten the melting time;

(3) Suitable melting amount and refining time, stirring should be stable, without destroying the oxide film on the surface of the melt, and covering the aluminum melt in a timely manner;

(4) Sort and clean the waste aluminum, and pack the finely divided charge with a large contrast surface area with a press;

(5) Treatment of slag before slagging;