Industrial cooking kettle for cream preparation – Case Study

Description & Advantages concerning Inox-Fer Industrial Cooking Kettle for cream preparation

This industrial cooking kettle has been designed and manufactured to meet the solve problems concerning the production of several products.

It consists of a new generation vessel tiltable and insulated in order to distribute uniformly the heat on the product and guarantee an energetic savings in addition to a homogenous cooking. Once the product is cooked it is transferred through a receiving vessel with an elevator to the next phase of production.

Process

This process is carried out by through heated water from the jacket where steam flows.

All operations are supervised by a single operator who manages:

01.Raw product discharge

02.Cooking

03.Drainage for the separation of water cooking

03.Product discharge through tilting
and automatic supply of the next machine

Cooking time and temperature are managed automatically from the panel in order to avoid human errors.

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    Dispersion of starch and additives with Inox-Fer Mixers – Dishwashing soap case study

    Introduction

    A few months ago we had the opportunity to test with brilliant results our mixing system for the dispersion of starch and additives concerning the preparation of dishwashing soap. Leading Italian companies in this sector rely on us to dissolve additives and starch in order to carry out a optimal result.

    Descrizione

    • During the test our mixing system achieved the following goals for the dispersion of starch and additives:
      Instantaneous and homogeneous mixing
    • Faster time of preparation than the classic agitator

    This depicts the versatility of our mixing system in different sectors (food, chemical and pharmaceutical).

    The Triblender principle of the TMV model finds full application when it comes to processing and dissolving ingredients such as starches and additives. This also applies to other ingredients characterised by high viscosity and potential lump formation. Since dissolution takes place in the pump chamber, no additional in-line dissolvers or tools are generally required, as well as a second pump for recirculation or to transfer the mixture to another point in the plant.

    With the TMV powder dissolver, mixing times are very short and dispersion/solution is instantaneous.

    Together we find the right machinery for your production plant
    Looking for more information about this type of system?

    We will be happy to answer any questions

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