Delivery Time:45 working days after received your payment
Certification:CE/ISO

High Efficieny Dissolved Air Flotation Machine / DAF system water treatment equipment

Product Description
CHENENG SSC Series Shallow Air Floatation Machine is designed by the principle of \"shallow tank theory\" and \"zero-speed\", integrates flocculation, air flotation, skimming, sedimentation and sludge scraping, symbols high-effective and energy-saving water purifying device.
First, it is used for waterworks to remove algal and descend turbidity with lake water as water source.
Second, it is used for industrial water treatment such as petrochemical, paper mill, textile, printing, electroplate, leather, food industries etc.
Third, it is used for recovery of valuable products from sewage such as fiber recovery from paper mill water and wood pulp water.
 
Our Services
 1. Reply your inquiry in 24 working hours.
2. Experienced staffs answer all your questions in time.
3. Customized design is available.
4. Exclusive and unique solution can be provided to our customer by our well-trained and professional engineers and staff.
5. Special discount and protection of sales are provided to our distributor.
6. As an honest seller, we always use superior raw material, advanced machines, skilled technicians to ensure our products to be finished in high quality and stable feature.
If the above model is not suitable for your workpiece, please tell us your need and then we can send you the most satisfying drawing.
 

Type size	Treatment capacity	Diameter (mm)	Drive motor consumption	Air compressor consumption (kw)	Pump power consumption (kw)	Skimmer power consumption (kw)
SSC-80	80m³/h	5000	1.5	1.5	7.5	1.1
SSC-100	100m³/h	6000	1.5	2.2	15	1.1
SSC-150	150m³/h	7000	1.5	2.2	15	1.1
SSC-200	200m³/h	8000	2.2	4	22	1.5
SSC-250	250m³/h	9000	2.2	4	22	1.5
SSC-300	300m³/h	10000	2.2	5.5	30	1.5
SSC-400	400m³/h	11000	2.2	5.5	37	1.5
SSC-500	500m³/h	12000	3	7.5	45	2.2
SSC-600	600m³/h	13000	3	7.5	45	2.2
SSC-700	700m³/h	14000	3	7.5	55	2.2
SSC-800	800m³/h	15000	3	11	75	2.2