inquiry
Leave Your Message
Continuous Mixer from China Suppliers | High-Capacity Factory Mixing Solutions for Diverse Materials
Hot Products

Continuous Mixer from China Suppliers | High-Capacity Factory Mixing Solutions for Diverse Materials

The Continuous Mixer is meticulously designed for high-capacity, continuous mixing of various materials, making it an essential solution for multiple industries. As a leading product from our factory in China, this mixer features a diverse range of internal mixing components that guarantee consistent blending while maximizing space in facilities with height limitations.
This cost-effective and space-efficient option is ideal for businesses seeking to optimize their operational efficiency. Additionally, our Continuous Mixer can be equipped with a hot water, hot oil, cool water, or steam jacket, functioning seamlessly as a continuous dryer.

✔ Accepts high moisture materials
✔ Optional mechanical sealing available
✔ Designed to withstand negative pressure
✔ Complete condensation collection module included
✔ Heating temperature ranges from 30 to 250 degrees

    Product Application

    Applications include blending mineral powders, sludge mixtures, and more in the mining business, municipal department, and metal processing sector.

    Standard Technical Data (DLM)

    Capacity per batch Motor Power (KW) Shaft Speed (rpm)
    100 KG/H Depends on material Depends on material
    1000 KG/H Depends on material Depends on material
    10000 KG/H Depends on material Depends on material
    20000 KG/H Depends on material Depends on material
    40000 KG/H Depends on material Depends on material
    100 T/H Depends on material Depends on material

    Key Performance & Features

    Diverse Internal Mixing Components

    The Continuous Mixer features a variety of internal mixing elements, allowing for tailored mixing solutions that meet specific material requirements and enhance mixing efficiency.

    Versatile Material Mixing

    This mixer can handle a wide variety of materials, making it suitable for multiple industries and applications, from powders to granules, ensuring flexibility in production.

    Space-Saving Design

    Designed for facilities with limited space, the Continuous Mixer optimizes floor area while providing efficient mixing capabilities, making it an ideal choice for compact production environments.

    Continuous Operation

    The continuous mixing process ensures that materials are blended uniformly without interruption, resulting in high-quality end products with minimal variation.

    High Capacity And Efficiency

    Engineered for high-capacity production, the Continuous Mixer minimizes processing time and enhances productivity, allowing for quicker turnaround in production while meeting large-scale demands.

    Application Scenarios

    Frequently Asked Questions (FAQ)

    What industries and applications is the DLM Continuous Mixer suitable for?
    The DLM Continuous Mixer is widely used for blending mineral powders, sludge mixtures, and various bulk solid materials in the mining business, municipal department, and metal processing sector.
    What capacity range is available for the continuous mixer?
    We offer models ranging from laboratory/pilot scales of 100 KG/H up to large industrial capacities of 100 T/H (including 1000 KG/H, 10000 KG/H, 20000 KG/H, and 40000 KG/H).
    Why do motor power and shaft speed depend on the material?
    Motor power and shaft speed are configured based on specific material properties such as bulk density, moisture content, viscosity, and flowability to guarantee optimal mixing performance and energy efficiency.
    Can the internal mixing elements be customized?
    Yes. The mixer features a variety of internal mixing components that can be customized and arranged to meet specific mixing intensity, retention time, and material shearing requirements.
    What are the main advantages of continuous mixing over batch mixing?
    Continuous mixing provides uninterrupted, uniform production with minimal batch-to-batch variation, smaller footprint requirements, lower energy consumption, and significantly higher hourly throughput.

    Leave Your Message