Overview
| brand | Jinlong | weight | 1t |
| specifications | ZFL | type | Solid-liquid separation |
| purpose | Sludge treatment, separation of sand water mixture | Tower diameter | |
| material quality | Stainless steel and carbon steel | style | |
| performance | model | ZFL-101-3000 | |
| principle | application area | ||
| Processing customization | yes | Applicable viscosity | |
| Thickness of mesh block | Operating pressure | ||
| drum diameter | Rated speed | ||
| Number of sieve layers | Layout form | ||
| working temperature | production capacity | ||
| Motor power | 2.2kw | Filtering accuracy | |
| Drum speed | Sieve size | ||
| Loading limit | Nominal diameter | ||
| Water treatment capacity | 15-50L/Sm_/ H | working pressure | |
| Wire mesh type | Screen material | ||
| Applicable objects | Applicable scope | ||
| Overall dimensions | 3.5m * 1m * 1.5m | Installed capacity | |
| processing capacity | Feed particle size< | ||
| Automation level | Fully automatic | Material operation trajectory | |
| Extraction gas state | Effective filtration area | ||
| Structure and separation requirements | Separation factor Fr value range | ||
| Types of oil-water separation equipment | producing area | Weifang, Shandong | |
| Fault free time | 6000h | After sales | Lifetime maintenance |
| Applicable scope | Urban sewage, industrial wastewater, etc | ||
Product Details
The spiral sand water separator is suitable for the sedimentation tank of sewage treatment plants and is an integrated equipment for separating and lifting organic sand in sewage. It can separate particles with a particle size of ≥ 0.2mm. It has high separation efficiency, and the equipment adopts shaftless spiral and water-free bearings. It has the characteristics of light weight, compact structure, reliable operation, and convenient installation, making it an ideal sand water separation equipment.
1. The spiral sand water separator consists of an axial spiral, a lining strip, a U-shaped groove, a water tank, a guide plate, a water outlet weir, and a driving device.
2. The sand water mixture is fed into the water tank from the top of one end of the separator. The mixture with a relatively heavy weight, such as sand particles, will deposit at the bottom of the groove. Under the spiral push, the sand particles will rise along the inclined groove bottom and continue to move for a certain distance after leaving the liquid surface. After the sand particles are fully dehydrated, they will be discharged into the sand bucket through the sand discharge port, and the water separated from the sand water will be discharged from the overflow port and sent to the water tank in the factory.
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