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HORIZONTAL DOUBLE HELIX MIXER
Application Areas: High-precision mixing for powders and granules, achieving CV<5% uniformity within 5–15 minutes. Widely used in chemicals, pharmaceuticals, food, and battery industries. Suitable for polymer compounding, excipient blending (GMP), spice & flour mixtures, and electrode material homogenization. Features include zero-dead-zone design, full discharge (<0.1% residue), and gentle material handling to preserve particle
Mixing Uniformity
Mixing Time
Residue Rate
Applicable Materials
Designed for precise mixing of powders and granules, achieving CV<5% uniformity in just 5–15 minutes. The mixer ensures full discharge with <0.1% residue and preserves particle integrity. Suitable for polymer compounds, excipients, spices, flour, and electrode materials.
Application Areas
Widely used across chemicals, pharmaceuticals, food, and battery industries. Ideal for polymer compounding, excipient blending (GMP), spice & flour mixtures, and electrode homogenization.
Horizontal Double Helix Mixer
The Horizontal Double Helix Mixer is a high-precision blending machine for powders and granules. It operates with counter-rotating helices that generate 3D convective mixing through combined radial and axial movements, ensuring CV<5% homogeneity within 5–15 minutes. Its zero-residue design allows full discharge with less than 0.1% retention, while gentle handling preserves particle integrity. Widely applied in chemicals, pharmaceuticals, food, and battery industries, it is ideal for polymer compounding, excipient blending (GMP), spice and flour mixtures, and electrode material homogenization.
Product Advantage
The Horizontal Double Helix Mixer is a precision blending device designed for powders and granules, achieving CV<5% mixing uniformity within 5–15 minutes. Its counter-rotating helices generate 3D convective mixing, ensuring fast and homogeneous blending without dead zones. The zero-residue design guarantees full discharge with less than 0.1% retention, making cleaning and product changeover efficient. In addition, its gentle material handling preserves particle integrity, preventing degradation of sensitive materials. With 30–50% faster cycles compared to ribbon mixers, it significantly improves operational efficiency. Widely used in chemicals, pharmaceuticals, food, and battery industries, it provides reliable performance for demanding mixing applications.
Working Principle
