The dust humidifier is mainly used in departments such as ash storage in power plants, steel mills, ironworks, and chemical factories for wetting and mixing ash with water, as well as for conveying powdered materials. The machine ensures uniform mixing and conveying of powdered materials to meet dust-free conveying requirements. The dust humidifier is also suitable for humidifying, mixing, and conveying solid particle materials in industries such as chemicals and mining.
The dust humidifier feeds the material evenly into the main unit through two sets of spiral blade machines. It forcibly mixes and stirs the dry ash powder in the mixing or blending tank with water supplied in a quantitative manner by the water supply device, while simultaneously conveying the material that meets the required humidity to the discharge outlet for discharge, achieving the purpose of dust suppression.
Features
The advantages of the dust humidifier with a dual-axis structure include high mixing efficiency, a tightly sealed system with no fly ash escaping, a compact reducer structure with minimal footprint, smooth transmission, low noise, even mixing, wear-resistant blades, easy operation and maintenance, reliable performance, and blades made of high-wear-resistant manganese steel. The equipment has a longer service life and is more durable than traditional equipment.
The operation of a dust humidifier requires a step-by-step process to proceed in an orderly manner:
1. The machine should be operational before feeding material or water. When shutting down, stop feeding first, and wait until the internal material is unloaded before stopping the machine.
2. Thoroughly inspect all parts before starting up to ensure they are complete, that fasteners are tightened, and that seals are tight.
3. Inject 30 or 40 number mechanical oil into the reducer, and users may also choose the appropriate lubricant based on local conditions before putting it into normal operation.
Dust Mist Spraying Equipment Features
The unit features a compact structure, excellent overall performance, reasonable manufacturing process, high reliability, good sealing performance, adjustable water flow with minimal wear, high processing capacity, long service life, continuous operation capability, and low failure rate.