Thermography: Thermographic Studies

Quality + Study = { Durability
Accuracy
Energy saving
Reduced costs
Increased productivity
Competitiveness, etc. 		} x heaters

Plastics industry applications

Estudios Termográficos

Infrared thermography is a technique that can be used in the plastics industry for process optimization and quality improvement, as well as in the development of new tools.

In the thermoplastic injection molding process, by means of thermographic images on freshly injected parts still in the mold or just removed, or on the mold surface itself, it is possible to obtain extensive information on the transformation process:

  • Temperature deviations at critical points (injection points, inserts, thicker areas of the part, etc.).
  • Detection of hot spots caused by friction of the thermoplastic material in some area of the mold.
  • Effectiveness of temperature control.
  • Effectiveness of the mold temperature control system.
  • Proper heat distribution, both in the part and in the mold.
  • Study the evolution of the temperature on the surface of the mold until the process stabilizes.
  • Optimization of cooling time.
  • Validation of the results obtained with simulation programs.

The usefulness of infrared thermography for the plastics industry

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Inspection report

Report date:

10/10/2022

Company:

Resistencias
Ind. Maxiwatt

Client:

Address:

Site address:

Thermographer:

Contact person:

Termógrafo
cartucho

Parameters

Comments

Camera model: FLIR T335
Image date: 10/10/2022
Image name: IR_138.JPG
Emissivity 0.16
Reflected temperature: 20.0ºC
Object distance: 1.0m

Description

Heizelemente Industrie Maxiwatt performs a study with thermographic cameras to detect the efficiency of its heaters in the customer's mold or application, obtaining spectacular results in thermal precision with compensated heaters.

Thanks to this previous study of the mold or application, we achieve:

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