
The
wastewater grinder machine is a crucial component in
modern waste treatment systems, designed to
protect pumps, reduce maintenance costs, and improve wastewater flow. Available in
single drum, double drum, non-drum, and pipeline configurations, these grinders effectively process
solid waste in liquid environments.
The Non-Drum Grinder offers a low-maintenance alternative to traditional grinders, effectively shredding solid waste in sewage systems without the need for rotating drums.
Why Choose a Wastewater Grinder?
- Prevents Pipe Clogs - Reduces the size of solid waste, ensuring uninterrupted sewage flow.
- Extends Equipment Lifespan - Protects pumps, filters, and treatment plants from solid damage.
- Reduces Maintenance & Downtime - Minimizes blockages, leading to lower operational costs.
Key Features:
-
Drum-Free Design - Reduces mechanical failures.
-
Heavy-Duty Cutter Blades - Shreds all types of solid debris.
-
Compact Structure - Easy to integrate into existing systems.
Applications:
-
Marine and offshore wastewater management
-
Industrial waste recycling plants
-
Municipal sewage treatment plants
Comparison of Different Wastewater Grinder Types
- Single Drum Grinder - A cost-effective solution for medium-duty applications, offering reliable performance with low power consumption.
- Double Drum Grinder - Best suited for high-capacity industrial wastewater systems, capable of shredding large volumes of solid waste.
- Non-Drum Grinder - A low-maintenance option, ideal for applications where continuous operation is required without frequent servicing.
- Pipeline Grinder - Installed directly within pipelines, it ensures efficient grinding without requiring external waste collection.
Item |
Model |
Flow Rate (m3/h) |
Pipe |
Motor Power (KW) |
Weight(kgs) |
Pipe grinder |
UTP100 |
60 |
DN100 |
1.5/2.2 |
160 |
UTP150 |
90 |
DN150 |
2.2 |
185 |
UTP200 |
120 |
DN200 |
3 |
210 |
UTP250 |
150 |
DN250 |
3 |
245 |
UTP300 |
180 |
DN300 |
3 |
280 |
Non-drum grinder |
UTN60 |
60 |
≤DN300 |
2.2 |
185 |
UTN80 |
80 |
≤DN300 |
3 |
218 |
UTN120 |
120 |
≤DN400 |
3 |
230 |
UTN170 |
170 |
≤DN600 |
4 |
265 |
UTN240 |
240 |
≤DN800 |
4 |
300 |
UTN340 |
340 |
≤DN1000 |
4 |
330 |
UTN480 |
480 |
≤DN1200 |
5.5 |
375 |
Single drum grinder |
UTS400 |
400 |
≤DN500 |
4 |
436 |
UTS600 |
600 |
≤DN600 |
4 |
486 |
UTS800 |
800 |
≤DN800 |
5.5 |
526 |
UTS1000 |
1000 |
≤DN1000 |
5.5 |
572 |
Double drum grinder |
UTD1100 |
1100 |
≤DN800 |
5.5 |
670 |
UTD1600 |
1600 |
≤DN1200 |
5.5 |
740 |
UTD2200 |
2200 |
≤DN1400 |
7.5 |
815 |
UTD3000 |
3000 |
≤DN1400 |
7.5 |
890 |
UTD4000 |
4000 |
≤DN1800 |
7.5 |
1144 |
UTD5200 |
5200 |
≤DN1800 |
11 |
1442 |
UTD6700 |
6700 |
≤DN2400 |
11 |
1570 |
Note:
- The voltage about the power supply can be selected by the customer's specific requirements.
- The griner capacity can be influenced by the material compostion and output size.
The above specifications are only for reference and subject to change without prior notice, please confirm with our sales representative when making order.
Waste Water Grinder Product principle
The design of the cutting blade is made of titanium alloy, and an effective and reliable product standard has been established through continuous technological progress and design innovation.
Titanium alloy cutting blades can chop up a variety of solid particles that damage other equipment and have been proven to be suitable for a variety of complex environments.
1. Solid particles enter the cutting area along with sewage;
2. Solid particles are trapped by the drum and exported to the cutting room;
3, most of the sewage and small enough particles through the drum area;
4. Solid particles are cut and pass through the cutting chamber;
5. The crushed particles flow downstream.

Our service:
(1) Your inquiry related to our products or prices will be replied in 12hours.
(2) Our engineer will make machine placement chart according to client's workshop chart
(3) We provide 12 months guarantee since the date of bill of loading. All products are passed strict test.