Description:
A horizontal intensive mixer features a high-strength agitator shaft with plowshare-shaped agitator blades arranged along different spiral lines. The blades within the horizontal cylinder rotate with the main shaft, causing the material to turbulently move radially along the cylinder arm. The material then flows through the agitator assembly, where it is scattered by the high-speed rotating agitator blades. This continuously folds and recombines the material, achieving uniform mixing in a short period of time. The inclined ends of the agitator blades simultaneously propel the material forward while stirring, ensuring continuous material flow in and out. This mixer is suitable for mixing a variety of powdered, small-particle materials. Its high mixing intensity meets most solid-liquid mixing requirements, particularly for mixing colloidal or viscous additives with powders. It is widely used in continuous production lines with demanding mixing requirements.
Key Features:
1. The horizontal intensive mixer consists of a housing, a drum, a mixing mechanism, and a power transmission mechanism.
2. The housing and drum feature a layered design. The outer drum is rolled from steel plate, and the interior is lined with a wear-resistant layer, bolted to the drum. The wear-resistant layer is made of wear-resistant steel and installed in sections. If the lining becomes thin after prolonged use, the wear-resistant layer can be replaced and continued use can extend the equipment's service life.
3. The drum is equipped with an observation window and a cleaning access port for convenient observation of mixing conditions and for cleaning in the event of a malfunction. The observation window and access port are gasketed and secured with a lock to prevent leakage. The discharge port is equipped with a manual gate, which can be adjusted to adjust the material residence time and achieve uniform mixing.
4. The agitator shaft is made of high-strength seamless rear wall tubing with sealing assemblies at both ends. An independent bearing housing is installed outside the drum for reliable sealing, preventing dust from entering the bearings. 5. The agitator paddle is made of cast steel, a one-piece casting. Wear-resistant material is welded on the outer edges of the tines to enhance end hardness and wear resistance, extending the tines' service life. The tines are bolted to the main shaft, and a positioning block is welded to the main shaft to ensure accurate tine positioning and facilitate replacement.
6. The agitator paddle consists of a coulter-shaped main body and a central flying blade structure. The coulters, evenly distributed within the cylinder, not only disperse the material axially during high-speed operation but also drive the material in a circular motion along the cylindrical body. The central flying blades assist in mixing and disaggregate agglomerated materials.
7. The mixer is powered by a variable frequency motor coupled to a hardened helical gear reducer. The reducer outlet is connected to the main shaft via a gear coupling. This compact power transmission system delivers high torque transmission.
Equipment parameter table:
Model | Stirring tooth diameter/mm | Effective length/mm | Yield(t/h) | Power(Kw) |
JSQH0518 | 500 | 1800 | 5-8 | 15 |
JSQH0620 | 600 | 2000 | 10-20 | 30 |
JSQH0825 | 800 | 2500 | 20-30 | 45 |
JSQH0918 | 900 | 1800 | 20-30 | 45 |
JSQH1020 | 1000 | 2000 | 35-45 | 75/90 |
JSQH1128 | 1100 | 2800 | 40-75 | 90/110 |
Keywords
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Horizontal Intensive Mixing Mixer
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Case Introduction
Horizontal strong mixing mixer site map
Horizontal strong mixing mixer site map
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E-mail: yilin@cn-tsjsrs.com
Add: East side of Jingwu Road, Qian'an City, Hebei Province (within the modern equipment manufacturing industry cluster area)
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