Application Areas: Fine screening and grading of dry powders and slurries (45–1000 μm). Widely used in food, chemicals, ceramics, metallurgy, and new materials. Suitable for starch, milk powder, resin, quartz sand, alumina, metal powders, carbon black, etc. Dust-tight design, anti-blinding ball tray, 304/316L options.
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High-efficiency blending for powders & agglomerates (>95% homogeneity within 5–15 min). Available in SUS304/316L with mirror polish Ra≤0.4 μm. Dust-tight seals with butterfly discharge, GMP-compliant. Suitable for resin, milk powder, spices, alumina, metal powders, carbon black, pigments, etc.
Widely applied in pharmaceuticals, food, chemicals, and cosmetics. In pharma: API-excipient blending (GMP). In food: spice premix homogenization (HACCP). In chemicals: catalyst powder mixing. In cosmetics: talc and pigment dispersion.
The Rotary Vibrating Screen is a screening machine that uses vibration energy to process materials. It is capable of handling various materials with particle sizes from 45μm to 1000μm for fine screening and grading of both dry and wet materials. It features high screening efficiency, energy-saving operation, and easy maintenance, making it suitable for a wide range of applications including chemicals, food, ceramics, and metallurgy. The product is cube-shaped and is widely used for screening various granular materials.
The V-CONE Industrial Mixer ensures high-efficiency blending through dual conical chambers with asymmetric rotation, creating a turbulent 3D tumbling action. This guarantees >95% mixing homogeneity within 5–15 minutes, with no dead zones. The mixer is equipped with FDA-compliant dust-tight seals and a butterfly discharge valve, ensuring both safety and hygiene. Its SUS304/316L construction with Ra≤0.4 μm mirror polish meets GMP requirements, making it suitable for industries such as pharmaceuticals, food, chemicals, and cosmetics. Additionally, the digital timer with ±1s precision allows accurate batch control, greatly improving operational efficiency and consistency.