Unwinding technical films for industry

Industrial unwinding is a crucial stage in the processing of roll-fed materials. It involves feeding material into a conversion line in a controlled manner to enable its processing.

At ADDEV Materials, unwinding is used to prepare and process technical films and polymer materials for industrial applications in the following sectors:

Unwinding

Energy

Electronics

Data centres

Energy storage

Rail

Electric Vehicle

This stage ensures material stability, controlled tension and optimum precision for the subsequent processing stages.

What is industrial unwinding?

Unwinding involves unrolling a material from a roll in a controlled manner so that it can be fed into an industrial processing line.

This operation enables the materials to be integrated into various converting processes such as :

  • slitting

  • laminating

  • industrial cutting

  • die cutting

  • sheet cutting

Unwinding ensures a steady feed of material, which is essential for maintaining the precision and quality of the processing operations.

cutting

Unwinding technical films and polymer materials

Unwinding is used to handle and process various types of industrial technical film.

The materials frequently used include :

  • PET (polyethylene terephthalate) polyester film

  • PEN films (polyethylene naphthalate)

  • polyimide films

  • fluoropolymer films (PTFE, FEP, PFA, ETFE)

  • polycarbonate films

  • polyolefin films

These technical films are used to produce components for :

  • electrical insulation

  • thermal management

  • mechanical protection

  • insulating interfaces

The challenges of unwinding in materials processing

In industrial converting processes, unwinding must be perfectly controlled to guarantee the quality of subsequent operations.

Key issues :

Material tension control

Precise tension control prevents distortion or defects during conversion operations.

Material stability

Uncoiling ensures a continuous and regular supply of material.

Compatibility with different processes

The material can then be sent on to various processing stages.

Material protection

Controlled unwinding preserves the integrity of the technical films.

Unwinding applications in the Power & Mobility markets

Unwinding is used in many industrial applications involving the conversion of technical films.

Energy storage

  • preparation of insulating film for battery modules

  • polymer film processing

Data centres

  • materials for thermal management

  • insulating films for electronic components

Electric Vehicle

  • converting insulating film

  • preparation of materials for electronic systems

Industrial electronics

  • technical films for electronic components

  • insulating interfaces

Rail

  • electrical insulation

  • protection of electronic systems

Unwinding and materials expertise at ADDEV Materials

ADDEV Materials combines materials expertise with industrial processing capabilities to support manufacturers.

Our teams operate in :

  • selection of technical films

  • preparation of materials

  • optimising transformation processes

  • industrialisation of components

This expertise enables the performance of materials to be optimised in power and mobility applications.

Need a partner for the conversion of technical films?

Industrial applications require the precise preparation and processing of materials.

The teams at ADDEV Materials support manufacturers in the processing of technical films and polymer materials for use in the following applications:

  • energy

  • energy storage

  • data centres

  • electronics

  • electric mobility

FAQ - Industrial unwinding

Uncoiling is an industrial operation that consists of feeding a roll of material into a conversion line.

Decoiling guarantees a stable, controlled supply of material to ensure the precision of the transformation process.

A wide range of technical films can be used, including PET, PEN, polyimide, fluoropolymer and polycarbonate films.

Yes, ADDEV Materials supports manufacturers in the processing of technical films and polymer materials.