Flotation Tester FT 100 XL

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Flotation is used in gold, copper, lead, zinc, and coal mining to recover fine mineral particles from ore slurry. This technique involves filling the slurry into a frothing solution to separate the particles. Due to their surface tension some particles float to the top with the air bubbles where they can be extracted; fragments which still contain large amounts of ore sink to the bottom of the tank as so-called “tailings”.

The laboratory flotation machine FT 100 XL is used to determine the percentages of the reagents required in a production flotation cell and for metallurgical sampling. A variety of flotation cells is available for use with the FT 100 XL. Tank and agitator are made of stainless steel. The machine is designed for a material fineness of 500 to 750 microns.

The FT 100 XL is a precise and reliable tool to obtain reproducible test results to ascertain the operational capability of flotation plants.

Exemplos de aplicação

cimento, escória, matérias primas, minérios, minerais, ...

Vantagens dos produtos

  • adjustable rotation speed up to 1,200 min-1
  • range of flotation cells up to 5,000 ml
  • adjustable air flow regulation
  • convenient parameter setting via display

Características de desempenho

Aplicação separation of different materials, particularly minerals, by agitating a pulverized mixture of solids in liquids
Campo de aplicação ambiente / reciclagem, Geologia / Metalurgia, Matriais de construção
Material a processar slurries
Granulometria inicial* < 800 µm
Tamanho do lote / quantidade a processar* 5,000 ml, depending on the flotation cell
Ajuste de tempo adjustable 0 - 99 min
Ajuste da velocidade adjustable 200 - 1,200 min-1
Dados de conexão elétrica 230 V, 50 Hz
Conexão elétrica 1-phase
Peso líquido ~ 85kg
Normas e padrões CE

Please note:
*dependendo do material a processar e da configuração/ajuste do equipamento

Princípio de funcionamento

The flotation process involves mixing the finely ground sample materials by rotation with water and various chemicals. Air is then pumped through the slurry mixture and the mineral particles attach themselves to the bubbles and rise to the surface where a concentrated mineral froth is formed. The mineral froth is then extracted and the concentrated mineral is further refined. Waste rock particles drop to the flotation tank’s bottom as tailings.

Sujeito a alterações técnicas e erros