Exit
Think Pumps ~ Think SpringerPhone: 866-777-6060|| |Search
Menu

The blenders are used to mix solids in liquids.
In the food-processing industry, they provide a perfect solution for reconstituting powdered milk, making syrups, preparing brines, etc.

They can also be used for preparing solid-liquid mixtures in the pharmaceutical, cosmetics and chemical industries.



Operating principle
The blender basically consists of a casing and a centrifugal pump impeller which are mounted vertically. The suction side has a double-wall pipe that keeps the inlet of solids separate from that of liquids, thus avoiding the formation of lumps before the material enters the casing.

The liquid enters the mixing chamber at a high speed, thereby creating a vacuum at the center of the impeller, which causes the suction of the solids. The introduction of solids can be regulated by means of a valve situated at the bottom of the hopper.

Design and Features
Simple and versatile assembly for quick and homogeneous mixing of a great variety of solids without contact with the atmosphere.
Complete mixing with recirculation of the material.
In some applications, it can be used in-line, without recirculation.
Sanitary design.
Easy assembly and disassembly by Clamp connections.
Cleaning can be carried out without disassembling the unit.
Sanitary single mechanical seal.
Standard hopper of 40º for M-226 and 50º for M-440.

Materials
Parts in contact with the product AISI 316L Gaskets EPDM

Mechanical seal:
Rotary part Carbon (C) Stationary part Stainless steel (St.St.) Gaskets EPDM

Surface finish:
Internal Bright polish Ra ≤ 0,8 μm External Matt

Options
Double flushed seal
Double pressurized seal
Connections: DIN, SMS
Vibrator for the hopper
Pneumatically actuated valve + hygienic solids lower level sensor
Hygienic solids upper-level sensor
Control panel for the vibrator, solids level sensors, frequency converter, automated valve
Grid for the hopper
60º hopper
Drainage
ATEX version available
Internal surface finish: Ra ≤ 0.5 μm
Unit of Measure
^