Rake toothed grille/stepped grille/mesh belt grille/crushed grille

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Mechanical grille is a specialized water treatment equipment that can continuously and automatically intercept and remove various shapes of debris in the fluid. It is widely used in sewage treatment projects, such as water plants, power plant intakes, and other places.

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1. Equipment Overview
Mechanical grille is a specialized water treatment equipment that can continuously and automatically intercept and remove various shapes of debris in the fluid. It is widely used in sewage treatment projects, such as water plants, power plant intakes, and other places. It can also be used as a front-end screening equipment in wastewater treatment processes in industries such as textile, food processing, papermaking, leather, etc. It is one of the advanced solid-liquid screening equipment currently available.
The biggest advantages of this equipment are high automation, high separation efficiency, low power consumption, no noise, good corrosion resistance, and can ensure continuous and stable operation when left unattended.

2. Equipment characteristics
Compact and integrated structure with high degree of automation. Low energy consumption, low noise, and high separation efficiency.
Continuous decontamination without blockage, clean slag discharge.
The transmission components and underwater main components are made of high-quality stainless steel.

Equipment characteristics

3. Specification parameters

Model	HK- 300	HK- 400	HK- 500	HK- 600	HS- 700	HK- HK- HK-	HK- 1100	HK- 1200	HK- 1300	HK- 1400	HK- 1500
Model	HK- 300	HK- 400	HK- 500	HK- 600	HS- 700	800 900 1000	HK- 1100	HK- 1200	HK- 1300	HK- 1400	HK- 1500
Equipment width (mm)	300	400	500	600	700	800 900 1000	1100	1200	1300	1400	1500
Effective ladder width B1						B1=B-160
Total width of equipment b2 (mm)						B2=B+350
installation anglea (°)						60℃-85℃
Channel width B3 (mm)						B3≥ B+70
Canal depth H (mm)						800-12000
Slag discharge height H1 (mm)						400-1500Selected by user
Installation total length L1 (mm)						L1= (H+H1） ctga+1400
Diversion groove L2 (mm)						L2 ≥ Hctga+1200