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19+ years of experience - Comprehensive solutions supplier for mixing and packaging of powder and granular materials.

Conical Mixer 1
Conical Mixer 2
Conical Mixer 3
Conical Mixer 4
Conical Mixer 1
Conical Mixer 2
Conical Mixer 3
Conical Mixer 4

Conical Mixer

Dual-Spiral Design: Features two counter-rotating spiral blades within a conical vessel, creating complex 3D material movement for true multidimensional mixing.

Delivers 2–3 times higher efficiency compared to traditional mixers.

Superior Homogeneity (99 %+): Critical for precision-driven industries like lithium battery material production, where uniform blending of electrode materials directly impacts battery performance.

Energy Efficiency: Optimized power system and efficient mixing mechanism reduce energy consumption by 30–40% versus conventional mixers.

Low-energy operation supports controlled chemical reactions in sensitive materials.

Broad Material Compatibility: Ideal for mixing materials with significant differences in density or viscosity without stratification or segregation.

Closed Structure & Easy Maintenance: Fully sealed design prevents leakage and contamination.

Equipped with a quick-open discharge valve for rapid unloading and cleaning, enhancing productivity.

User-Centric Design: Simple yet robust structure with reliable transmission.

Adjustable mixing time and speed for tailored results across diverse materials.

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    Product Description

    The cone mixer has wide adaptability, will not overheat heat-sensitive materials, will not extrude and grind granular materials, and will not produce stratification and segregation when mixing materials with different specific gravities and particle sizes. It is widely used in the mixing process of powders and powders, particles and particles, powder and liquid in the fields of chemicals, pesticides, dyes, food, battery materials, rare earths, photovoltaics, fertilizers, rubber and plastic materials, etc.


    The driving device of the double-helix cone mixer can output two independent sets of output shafts with different speeds at the same time, and the spiral on the cantilever can form a revolution and rotation mode during stirring.

    The ribbon cone mixer and the paddle cone mixer adopt a single-output shaft drive, and a sealing isolation device is installed at the output shaft position of the drive group to prevent any leakage pollution.


    Important note: Equipment selection is a relatively important link. Please provide detailed information about the materials and process arrangements as much as possible so that our professionals can provide you with high-quality technical services.

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    Working Principle

    The Dual-Spiral Conical Mixer achieves thorough blending through four synergistic forces generated by two asymmetric spirals:

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    Spiral Self-Rotation
    The spirals rotate on their axes, lifting materials upward along the conical chamber.
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    Orbital Revolution
    The spirals revolve around the central axis at a slower speed, driving materials in circular paths.
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    Combined Rotation & Revolution
    Materials are absorbed into the spirals'rotation zones and dispersed radially outward, ensuring multidirectional mixing.
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    Convergence & Recirculation
    Elevated material streams converge at the top and flow downward to fill voids at the chamber's base, creating a continuous closed-loop mixing cycle.

    Discharge Port Configuration and Sealing Solutions

    To meet diverse process layout requirements, the discharge port of the dual-axis gravity-free mixer can be equipped with either a spherical powder valve or a plum-blossom staggered valve:

    Spherical Powder Valve

    Features a protruding spherical surface that conforms to the curved base of the mixing chamber, minimizing dead zones and residue.
    Enables a large-diameter discharge opening for efficient material flow.
    Provides excellent sealing performance for powders, liquids, and even under vacuum conditions.

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    Plum-Blossom Staggered Valve

    Designed for simplicity and precise control over discharge speed.
    Can be combined with a long spiral bottom support to stabilize material flow.
    Ideal for applications requiring adjustable discharge rates.

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    Valve Actuation Options

    Manual, Pneumatic, Electric.

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    Sealing Systems

    Standard Packing Seal ,Skeleton Seal, Mechanical Seal.

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    Drive System Configuration

    The dual-axis gravity-free mixer is equipped with drive units of varying capacities, power ratings, and output speeds, tailored to material properties, startup methods, and mixing requirements. Due to the intermeshing relationship of the internal blades, the dual-axis drive system must possess synchronization capabilities. Four drive configurations are available for different operational needs:

    Dual Gearbox Synchronized Combination

     Features two interconnected gearboxes for precise synchronization, ideal for high-torque applications.

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    Single Gearbox Dual-Output Design

     Utilizes a single gearbox with dual output shafts to drive both axes, offering compactness and cost efficiency.

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    Dual Planetary Gear Synchronized System

     Employs planetary gear mechanisms for high-precision synchronization and load distribution, suited for heavy-duty mixing.

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    Bridge Sprocket-Chain Drive

     A chain-and-sprocket linkage system for economical synchronization in moderate-load scenarios.

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    Internal structure diagram

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    Features

    Customizable to meet material, industry, and process requirements:


    • Material Options: Carbon steel, manganese steel, stainless steel (ideal for sanitary or corrosive environments), or other specialized steel alloys.
    • Internal Functional Coatings: Anti-corrosion, anti-adhesion, isolation, or wear-resistant coatings/protective layers can be applied to critical areas.
    • Stainless Steel Surface Finishes: Mechanical Treatments: Sandblasted (matte texture), brushed (linear grain), polished (smooth finish), or mirror-finished(high-gloss).
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    Drive System Configuration

    The mixer's drive system is customized with varying power and capacity based on material properties, startup methods, and process requirements.

    Dual-Spiral Conical Mixer Features

    Equipped with a dedicated dual-output reducer gearbox assembly, custom-built using cycloidal pinwheel, gear, or worm gear mechanisms for precise torque and speed control.

    Agitator: Two asymmetric spirals are fixed on a revolving cantilever; Single-axis double-helix blade agitator

    Customizable Openings

    Depending on operational requirements, the mixer's top openings can be configured with:

    Functional Ports: Access hatches, cleanout doors, feed inlets, vents, or dust extraction ports.


    Opening Styles:

    ● Flanged Standard Ports – For secure, leak-proof connections.

    ● Quick-Open Cover Doors – Hinged or removable covers for rapid access.

    ● Full-Opening Chamber Cover – Entire top section opens for unrestricted internal access and cleaning.


    Customizable Components for Diverse Industry and Process Requirements

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    The dual-axis gravity-free mixer can be equipped with various add-on components to meet specific industrial and process needs, including:

    Process-Specific Configurations: Vacuum or Pressurized Operation: Customized for vacuum or pressurized environments to handle sensitive, reactive, or volatile materials.

    Heating/Cooling Systems: Integrated with circulating medium jackets or steam coil jackets for precise temperature control during mixing.

    Material-Specific Enhancements: Specialized Coatings: Anti-corrosion, anti-adhesion, or metal-isolating coatings to protect against aggressive, sticky, or reactive materials.

    Wear-Resistant Mixing Screws: Screws reinforced with overlay welding of wear-resistant alloys for prolonged service life in abrasive applications.

    Liquid Dispersion System: Liquid Spray Module: A pressure-fed spray system (comprising a pressure source, liquid reservoir, and spray nozzles) ensures uniform dispersion of small liquid volumes into bulk materials, enhancing homogeneity and preventing localized clumping.

    Thermal Management: Jacketed Designs: Maintain consistent thermal conditions for heat-sensitive or exothermic reactions, ensuring stable mixing performance. 

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    Can be equipped with a variety of components

    Specifications

    Effective volume

    Maximum batch output

    Speed

    Power

    Size(mm)

    Weight(kg)

    DLZ-0.3

    0.18

    200

    2/68

    3

    1730×980×980

    500

    DLZ-0.5

    0.18

    200

    2/68

    3

    2000×1140×1140

    600

    DLZ-1

    0.18

    200

    1.8/57

    4

    2700×1460×1460

    1200

    DLZ-2

    0.18

    200

    1.8/57

    5.5

    3220×1820×1820

    1500

    DLZ-3

    0.18

    200

    1.8/57

    7.5

    3600×2040×2040

    2300

    DLZ-4

    0.18

    200

    1.8/57

    11

    3870×2290×2290

    2600

    DLZ-5

    0.18

    200

    1.8/57

    15

    4200×2460×2460

    3000

    DLZ-6

    0.18

    200

    1.8/57

    18.5

    4420×2560×2560

    3200

    DLZ-8

    0.18

    200

    1.8/57

    22

    4750×2840×2840

    4000

    DLZ-10

    0.18

    200

    1.8/57

    37

    5100×3000×3000

    5500

    Solution summary

    1: Use ton bags of raw materials, crane hoisting, and direct feeding with dust collector;

    2: Set up a multi-layer platform, manually unpack bags and feed, and use a ton belt packaging machine after mixing and discharging;

    3: Simple use of mixing equipment, direct feeding and direct discharge, and configure forklift loading and unloading;

    4: Use a manual feeding platform, spiral lift the materials into the finished product warehouse after mixing, and connect the packaging equipment below;

    5: Use vacuum feeding method, feed on the ground, and use a ton belt packaging machine after mixing and discharging;

    6: Multi-stage vacuum feeding and transportation, after mixing and storage, packaging;

    7: Multi-layer operating table design, freight elevator feeding, feeding, warehousing, mixing, storage, packaging, integrated tower structure;

    8: Use bucket elevator to feed, mix, store, and package;

    9: Vacuum feeder feeding, mixing, warehousing, packaging, upper and lower integrated structure;

    10: Manual feeding, mixing, warehousing, packaging, upper and lower integrated structure.

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    Product case

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    Shipping photos
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    Good reasons for working with us

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    1. Customer feedback
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    2. Delivery to customer site
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    3. Installation and debugging process
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    4. Installation flow chart
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    5. Company production strength
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    6. Company production ability
    Feel free to Contact with us

    After 19 years of accumulation and exploration, our team will contribute to the mixed industry with professionalism and ability. We believe that anything is possible through cooperation and enthusiastic service to customers.

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