Deaeration device Vacuum press
Savings on packaging materials, reduction in storage and transportation costs!
The finely powdered material has a small apparent density, poor flowability, and various handling issues such as dust generation. The effect of increased apparent density by the vacuum press is due to both vacuum and mechanical pressure. The raw material is covered on the surface of the filter drum, which is being evacuated from the inside. As the drum rotates, layers are continuously formed, leading to an increase in primary bulk density. Furthermore, the degassed powder layer is subjected to pressure by the pressurized drum, resulting in a soft, agglomerated layer of high bulk density, which is then scraped off by a scraper and removed from the device.
basic information
**Features** - A constant thickness of the de-aerated powder layer allows for consistent de-aerated powder to be obtained. - By adjusting the gaps, rotation speed, and vacuum level of various drums, the powder can be shaped into various forms such as powdery, agglomerated, or flake. - Savings on packaging materials, reduction in storage and transportation costs. - The performance of the de-aeration and quantitative discharge machine is enhanced when combined with packaging machines or automatic filling machines. - The capacity of the line is doubled when combined with roller compactors or various granulators.
Price information
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Delivery Time
Applications/Examples of results
- Pigments, dyes, clay, talc, magnesium oxide - Silica, carbon black, iron oxide, zinc oxide - Pesticides, pharmaceuticals, food - Ceramics, etc.
