Máquina secadora de arena de tambor rotativo de silicio de 5-10T/H Equipada con quemador original de Italia

Chatea Contáctenos

Máquina secadora de arena de tambor rotativo de silicio de 5-10T/H Equipada con quemador original de Italia

La secadora de arena.

April 10, 2025

Conexión De Categoría: máquina del secador de la arena

Chatea Contáctenos

Etiquetas:

#planta de secado de la arena #Equipo de sequía de la arena #máquina del secador de tambor

Brief: Discover the 5-10T/H Silica Rotary Drum Sand Dryer Machine equipped with an Italy Original Burner. This 20-50KW Energy Saving Drum Dryer is perfect for sand and lime drying, offering high efficiency and reduced heat loss. Ideal for various materials like river sand, quartz sand, and limestone.

Related Product Features:

Three-cylinder rotary dryer with concentric cylinders for efficient heat exchange.
El diseño que ahorra energía reduce la pérdida de calor y maximiza la utilización del calor residual.
Suitable for drying river sand, silica sand, quartz sand, and limestone.
Equipped with an Italy Original Burner for reliable performance.
Multiple models available with drying capacities from 3-5T/H to 20-25T/H.
Low moisture content in end products (<1%) ensures high-quality drying.
Wide application range including biomass, corrosive, and damp materials.
Professional manufacturer with over 20 years of experience in dry mortar plants.

Las preguntas:

What materials can the MG Three Cylinder Sand Dryer process?

The dryer can process river sand, silica sand, quartz sand, limestone, slag, coal ash, clay, and more, including damp, sticky, and corrosive materials.
What is the drying capacity of the MG Three Cylinder Sand Dryer?

The drying capacity ranges from 3-5T/H to 20-25T/H, depending on the model, ensuring flexibility for various production needs.
¿Cómo mejora el diseño de tres cilindros la eficiencia energética?

La estructura de tres cilindros reduce la pérdida de calor mediante la utilización del calor residual de los cilindros interiores, mejorando el intercambio de calor y reduciendo el consumo de energía.