Product category

Die-cutting & Laminated Materials

Polyimide (Kapton) laminated tape, polyester PET laminated tape, polyimide double-sided tape, polyester double-sided tape and foam double-sided tape materials for converters, die-cut parts, insulation pads, bonding parts, spacers, gaskets and custom laminated structures.

Polyimide (Kapton) Laminated Tape for Die-cut Insulation PartsPolyimide (Kapton) Laminated Tape for Die-cut Insulation Parts Polyester (PET) Laminated Tape for Die-cut Protective Films and SpacersPolyester (PET) Laminated Tape for Die-cut Protective Films & Spacers Polyimide (Kapton) Double-sided Tape for High-temperature Die-cut BondingPolyimide (Kapton) Double-sided Tape for High-temperature Die-cut Bonding Polyester (PET) Double-sided Tape for Mounting, Fixing and Die-cut PartsPolyester (PET) Double-sided Tape for Mounting, Fixing & Die-cut Parts Foam Double-sided Tape for Gap Filling, Mounting and CushioningFoam Double-sided Tape for Gap Filling, Mounting & Cushioning

What this range covers

These are the materials that converters run through a die-cutting press rather than apply by hand. The tape arrives as a laminate: a carrier film or foam, an adhesive on one or both sides, and a release liner that has to stay flat and release at the right moment. The die-cut part then becomes an insulation pad, a spacer, a gasket, a bonding patch or a protective film inside another product.

Polyimide laminated tape and polyester laminated tape are the two common insulation and protection structures. Polyimide double-sided tape and polyester double-sided tape cover high-temperature and general bonding, while foam double-sided tape handles gap filling, cushioning and mounting where thickness matters.

What decides the choice

  • Structure. Carrier material, adhesive on one or both faces, and liner type together define how the material behaves on the press and in the final part.
  • Total thickness. Thickness affects stiffness, handling on a high-speed press, and the gap the part has to fill.
  • Die-cutting method. Flat-bed and rotary cutting, kiss-cutting against a liner, and the amount of waste material all change what the laminate has to tolerate.
  • Bonding surface and conditions. Metal, plastic, powder-coated surfaces and low-energy plastics behave differently, and so do parts that are cleaned or baked after assembly.
  • Temperature in service. A part that sits near a heat source needs a carrier and adhesive chosen for that, not just the lowest-cost film.

Formats and converting

Materials can be supplied as master rolls for your own presses, as rolls wound to a specified width, core and length, or as finished die-cut parts cut to your drawing. When the material is meant for die-cutting, it helps to state the liner, the winding direction, the splice policy and the roll diameter your machine accepts, so the roll arrives ready to run.

What to send for a quotation

  • The drawing or dimensions of the finished part, including tolerances.
  • The cutting method and machine type: flat-bed, rotary, or sheet-fed.
  • The structure you need, or the function the part performs.
  • Roll width, core size, roll length and monthly quantity.

Send your drawing and material requirement

Common questions

Can you supply material for our own die-cutting line?

Yes. The materials can be supplied in master or slit rolls so your own presses do the die-cutting, with the liner, width and winding set for your equipment.

What information is needed to quote a die-cut part?

A drawing with dimensions and tolerances, the cutting method, the quantity per run, and the function the part performs. If there is an existing material you are replacing, the construction or a sample helps.