HDC Wet Collector

HDC series Wet dust collectors combine high efficiency, low maintenance costs, simplicity, flexibility and low water usage to maximize performance. HDC series Wet dust collectors are designed for a wide range of operating conditions with minimal servicing requirements. Collection efficiencies, including the most challenging particle sizes, are equal to or better than any wet dust collector with comparable energy consumption.

Polishing dust

Viscous dust

Steam and oil fog

Flammable and explosive dust

Fiber / Fluff / Fabric dust

Technical Consultation

jieyanchina@163.com

Advantages of HDC wet dust collector products

high efficiency

The HDC series wet dust collector can achieve efficient dust collection for many different types and particle sizes of dust, including ultrafine dust.

Convenient on-site layout, sturdy and durable

The HDC series wet dust collector is made of high-grade hot-rolled carbon steel and has fewer internal moving parts. Under normal operating conditions, it can operate for decades.

Low operating cost, simple and convenient maintenance

The active components of the HDC series wet dust collector only include the fan blades and automatic slag remover, so this series of dust collectors can ensure years of use without the need for large-scale maintenance.

Intelligent control, flexible and convenient adjustment

If you need to change the dust removal efficiency, simply change the water level and adjust the exhaust fan specifications accordingly to complete the adjustment of increasing or decreasing the dust collection efficiency.

Stable and reliable performance

Due to the unique internal structure and dust removal principle of the HDC series wet dust collector, it does not require regular replacement of consumables, so the dust removal efficiency has always been stable and reliable, without any decrease in dust removal efficiency caused by bag blockage.

Low water consumption, non wetting materials

The carefully designed water level control system keeps the water consumption of the HDC series wet dust collector very low, and only a small amount of water replenishment is needed to compensate for the water loss caused by evaporation or carried away by the slag remover.

Sludge Disposal Methods

Arrangement B – Manual Sludge Removal

Arrangement B, is designed for reduced height and low initial cost. Collected materials will be removed manually.

Arrangement C – Automatic Sludge Removal

Arrangement C, is designed to reduce manual removal of collected material. Collected materials will be removed by automatic drag-type sludge removal.

Arrangement D

Arrangement D, is designed to sluice collected material through the hopper into a process or disposal point. Sluicing may be continuous or intermittent.

Tech Specs

Model	Processing air volume(m3/h)	Power(kw)	Pressure loss(Pa)	Purification efficiency(%)	noise(dB)
HDC-1.5	2520-3034	4-5.5	1643-1892	99	75
HDC-2.5	4200-5040	5.5-7.5	1494-1743	99	75
HDC-4	6720-8064	7.5-11	1494-1743	99	80
HDC-6	10080-12096	11-18.5	1494-1743	99	80
HDC-8	13440-16128	13440-16128	1494-1743	99	80
HDC-12	20160-24196	22-37	1494-1743	99	90
HDC-16	26880-32256	37-45	1494-1743	99	90
HDC-20	33600-40320	45-55	1494-1743	99	90
HDC-24	40320-48384	45-55	1494-1743	99	90
HDC-28	47040-56448	55-75	1494-1743	99	90
HDC-32	53760-64512	55-75	1494-1743	99	90
HDC-36	60480-72576	90-110	1494-1743	99	90
HDC-40	67200-80640	90-110	1494-1743	99	90
HDC-44	73920-88704	110-132	1494-1743	99	90
HDC-48	80640-96768	132-160	1494-1743	99	90
HDC-56	95200-114240	160-200	1494-1743	99	90
HDC-64	108800-130560	185-250	1494-1743	99	90
HDC-72	122400-146880	200-280	1494-1743	99	90
HDC-80	136000-163200	250-355	1494-1743	99	90
HDC-96	163100-195840	280-400	1494-1743	99	90
HDC-108	183600-220320	C/F	1494-1743	99	90
HDC-120	204000-244200	C/F	1494-1743	99	90
HDC-132	224420-269280	C/F	1494-1743	99	90
HDC-144	244800-593760	C/F	1494-1743	99	90
HDC-160	272000-326400	C/F	1494-1743	99	90
HDC-176	290200-359040	C/F	1494-1743	99	90
HDC-192	326400-391680	C/F	1494-1743	99	90

*The above technical parameters are theoretical reference data. The theoretical throughput may vary for different working conditions and materials. Please refer to the technical solution or technical agreement parameters provided by the sales manager.