Different types of grinders

The single-blade knife cuts wastewater into fine particles. The knife's operation relies on a simple and efficient mechanical process. When wastewater enters the system, the stainless steel blade, designed for durability and corrosion resistance, rotates continuously. This rotation shreds solid materials, such as toilet paper and feces, reducing them to fine particles. Simultaneously, the device pumps wastewater out. Thanks to this dual action, the wastewater is discharged through small-diameter pipes.

The multi-blade disc enables maceration by shredding. This technology is featured in the Sanicompact range. The multi-blade disc operates using several blades arranged in a ring on a rotating disc. These blades break down the solid matter in the wastewater into very fine particles, allowing the wastewater to be flushed away through a small-diameter pipe. This system guarantees maximum efficiency thanks to the robustness and wear resistance of the blades.

A single-channel wheel is a type of wheel used in hydraulic pumps, designed with a single wide channel to allow the passage of liquids containing large solids or fibers. It is particularly effective in preventing blockages when pumping wastewater or loaded liquids.

Due to its ability to handle very high flow rates, the single-channel wheel is especially recommended for collective lifting projects.

A double-channel wheel has two channels to allow the evacuation of liquids loaded with solid particles. It is particularly effective for pumping wastewater or loaded liquids, reducing the risk of blockages.

The double-channel wheel sucks in and discharges particle-laden water without shredding it, in pipes with a free passage of 40 mm for maximum performance.

This technology provides a reliable and durable solution for optimal performance, particularly in commercial environments where large volumes of fluids need to be handled.

A multi-channel wheel is a wheel used in hydraulic pumps, featuring several channels to allow the passage of liquids, often carrying small solid particles. This design improves the efficiency of the pump by distributing the liquid flow through multiple passages.