Sludge pipeline crusher

NegotiableUpdate on 05/24

Model

Nature of the Manufacturer: Producers

Product Category

Place of Origin

Online Consult

Overview

Specially designed to handle sewage and sludge generated in modern society, it can handle all kinds of waste entering communities, industrial wastewater collection stations, and sewage treatment systems, with strong cutting power and energy savings. In the sewage treatment process, it is mainly used in sludge digestion tanks, reducing the amount of sludge in the digestion cycle, accelerating the digestion speed, and reducing the circulation time.

Product Details

Pipeline crushingmachineFor flange installation of pipelines, solid substances, suspended solids, and slender fibers in the pipeline transport medium are crushed into small particles and flow away with the sewage.

basic structure

Pipeline crushingmachineMainly driven byDeviceActive shaft、driven shaftCutting blade groupsealMachineBody composition. The driving device drives the driving shaft to rotate, while the driving shaft drives the driven shaft through precision gearsturnMove, fix on two axesbladeRotate in the opposite direction while biting, squeezing, and cutting solid objectsBroken into small particles.

Product Features

1. The replacement of blades can be carried out directly on the tool holder, which is very simple and does not require the replacement of expensive tool holders. Our company's independent cutting blade and gasket design make replacement and maintenance easy and cost-effective.

2. The dual blade shaft uses gears to transmit torque, and through a certain transmission ratio, the dual shafts operate at different speeds, which can increase the tearing ability of solids.

3. A lower operating speed (typically 35~70rpm) can generate higher torque, and the lower circumferential speed of the blade ensures that energy is not wasted on water loss, while minimizing wear and tear rates.

4. The blade group can tear fiber material through different rotational speeds, and the front and side edges of the blade teeth can shear plastic into fragments. The peripheral plane of the blade can also crush brittle objects.

5. The speed of the driving shaft and the driven shaft is different to facilitate the self-cleaning of slag between the blades.

6. The blades used are arranged in left and right spiral shapes after being installed on the driving shaft and driven shaft to reduce cutting force and improve the transmission stability of the crusher.

7. High strength alloy steel is used for cutting blades and gaskets, with uniform surface processing and hardening treatment to a minimum of 45~50HRC.

8. The horizontal gap between the cutting blade, gasket, and shaft should not exceed 0.2mm to ensure the normal driving of the cutting blade, reduce wear, and increase the pressure on the gasket.