Product Description:
The FG type drum grate crusher is a new wastewater treatment equipment developed for handling solid substances mixed in the sewage. It is capable of processing fabric and wood fragments mixed in the sewage.
Solids like slices and empty bottles are intercepted by the grate and sent to the crusher for粉碎, while water flows through the grate to prevent blockages in the sewage treatment equipment, ensuring the proper functioning of the drainage system.
The equipment operates normally. This unit is primarily suitable for wastewater treatment plants and transfer pump stations.
Items that this machine can crush include: rags, glass, paper products, wood products, sanitary items, empty cans, waste, rubber products, ropes, hoses, leather products, plastics.
Materials and products.
Product Structure
This unit is primarily composed of a drum grate screen, milling cutter, washer, spindle, bearing, mechanical seal, machine frame, reducer, motor, and electrical control box.
Under the drive of the driving components, the teeth of the drum grate perform circular motion, intercepting debris in the water through the circular bars and conveying it to the crusher, while the water flows through the grate. Crushing
The machine-driven component drives the active shaft to rotate, while the active shaft, through precise gears, drives the driven shaft to rotate, causing the milling cutters fixed on both shafts to rotate in opposite directions, while the solid material
Chewed and crushed.
Product Features
Broken in water, this process protects water treatment equipment and prevents the release of odors, safeguarding the environment.
Excellent fracture performance, with overload protection function, safe and reliable operation, and automatic control capability.
3 Rake-style debris removal to prevent grid clogging.
Installation and maintenance are simple.
5 Single and double drum designs, with large water flow capacity.
6 Professional custom overall sealed system, suitable for long-term use in harsh sewage.
7 Multi-motor design effectively prevents drum overload damage, enhancing system reliability.
