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DuroTek™ Engineered Chutes

DuroTek™ Engineered Chutes

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Improper flow, reduced lifespan, availability of increased equipment and reduced material degradation for bulk material transfer

Providing the perfect solution: We specialize in transfer chutes and bulk material handling engineering.

In many industries, Transfer Chutes are used for bulk material transfer from one conveyor belt to another or for redirecting flow from a transfer point into a process. The transfer chute alone may appear to be low-cost part of the material handling process, but can actually prove to be costly when it comes to maintenance. An ineffective chute design can lead to a block point with regard to the transfer circuit efficiency owing to:

We specializes in evaluating/inspecting site and chute applications, whether optimizing a part of transfer point or developing new innovative-engineered chute designs.

The principle behind the TEGA chute designs is that the material is controlled at all times from receiving belt till discharge belt.

Our solution and engineered transfer point designs undergo extensive analysis by our team of experts, which is based on proven mathematical models and bulk material theories. Tega uses advanced modelling techniques and simulation software's such as Finite Element Analysis (FEA), proprietary Discrete Element Methods (DEM) and Computational Fluid Dynamics (CFD) to achieve accurate designs. Our company has developed in-house proprietary softwares based on decades of experience and mathematical models.

We employ advanced 3D scanning technology to minimize risk, maximize cost-effectiveness and facilitate easy go-fit of equipment on site. 3D scanners have proven to be a beneficial solution for capturing and designing of large complex structures along with dimensional accuracy, specifically for transfer chute site constraints and fixing points. In other words, it is an excellent solution for optimizing and easy fit of the engineered chutes/designs vis-à-vis the complex sites and fixing constraints.

With the help of the generated 3D models from on-site conditions and reverse-engineered complex site conditions as well as fixing points, our design engineers can overlay the scan on the engineered design and check for any interference or fixing issues. It helps in easy installation of transfer chutes in existing civil and mechanical structures along with fixing joints and positions. We have achieved great accuracy as well as cost-effectiveness as a result of our quality chute installation and services.

Why choose us?

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Why Choose Us 04

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Tega DynaSteel

Tega DynaPrime range has been designed specifically for the bigger size of the mills where modern liner handlers are available. Tega DynaPrime has been engineered to reduce the number of pieces being installed inside the mill, substantially reducing the installation downtime for maximum mill operation up-time.

Tega DynaPrime puts safety above all and has taken measures to render the reline site safe. Bolting from outside and lesser weight of the lining considerably reduces any risk during the installation of the liner.

Advantages of Tega DynaSteel

  • Increase Mill availability to process more ore
  • Increase Mill operation time as a result of faster relining
  • Increase Life as per plant requirement
  • Increase ball charge volume due to decrease in liner weight
  • Lower Maintenance cost
  • Lower Energy expenses
  • Less personnel required for installation
  • Faster reline due to lesser number of fixings for liner installation
  • Do away with unplanned shut-down
  • Better Liner profile stability throughout the campaign
  • Installation from outside
  • No chance of any fatal accident
  • No use of oxy-flame inside the mill at the time of dismantling the liners
  • Lower CEE required, enabling reduction in carbon footprint
  • Reduces the environmental contamination by eliminating oxy-flame cutting

Tega DynaWear

Tega DynaPrime range has been designed specifically for the bigger size of the mills where modern liner handlers are available. Tega DynaPrime has been engineered to reduce the number of pieces being installed inside the mill, substantially reducing the installation downtime for maximum mill operation up-time.

Tega DynaPrime puts safety above all and has taken measures to render the reline site safe. Bolting from outside and lesser weight of the lining considerably reduces any risk during the installation of the liner.

Advantages of Tega DynaWear

Tega DynaPulp

Tega DynaPrime range has been designed specifically for the bigger size of the mills where modern liner handlers are available. Tega DynaPrime has been engineered to reduce the number of pieces being installed inside the mill, substantially reducing the installation downtime for maximum mill operation up-time.

Tega DynaPrime puts safety above all and has taken measures to render the reline site safe. Bolting from outside and lesser weight of the lining considerably reduces any risk during the installation of the liner.

Advantages of Tega DynaPulp