Tesa Tesa 4967 Transparent Double Sided Plastic Tape, 13.4N/cm 20N/cm, Polyethylene Terephthalate Backing, 19mm x 50 m

Tesa Double Sided Plastic Tape, 19mm Width, 50m Length - 04967-00011-06

This double-sided plastic tape is a thin, transparent adhesive solution designed for secure bonding in industrial settings. It combines a clear PET backing with an acrylic adhesive to provide a discreet joining method for components in automation, electronics, electrical and mechanical environments. The tape performs across a wide ambient range and is intended for permanent mounting and assembly tasks where a low-profile bond is required.

Features and Benefits:

• Acrylic adhesive delivers strong adhesion 13.4N/cm for firm holds
  PET backing provides high tensile resistance 20N/cm for load support
  Operating range -40°C to 200°C allows use in extreme temperatures
  Sheet thickness 0.16mm gives a low-profile finish for Compact assemblies
  Transparent appearance enables unobtrusive bonding in visible areas

Applications

• Suitable for fixing sensors and small actuators in automation systems
  Ideal for mounting components on control panels and enclosures
  Used for bonding display and overlay films in electronics assemblies
  Can be used for splicing thin materials where minimal thickness is required
  Used for attaching insulation or shielding foils in electrical assemblies

How long is a single roll and what width is supplied?

The roll length is 50 m and the supplied width is 19 mm, suitable for repetitive production tasks and manual application.

What backing material is used and why is it chosen?

The backing is polyethylene terephthalate which offers dimensional stability and resistance to creep under sustained load.

How does the adhesive behave on different substrates?

The acrylic adhesive develops high initial tack and maintains adhesion across a range of surfaces commonly found in industrial components.

Can it tolerate elevated process temperatures during assembly?

The tape withstands temperatures up to 200°C, allowing it to remain functional during high-temperature processing steps.