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One Sided Thermal Graphene Transfer Tape 5 pieces - GTT-LD
  • One Sided Thermal Graphene Transfer Tape 5 pieces - GTT-LD
One Sided Thermal Graphene Transfer Tape 5 pieces - GTT-LD

One Sided Thermal Graphene Transfer Tape 5 pieces - GTT-LD

SKU: gtt-ld

Price: RFQ

Specifications

 Graphene can be grown by chemical vapor deposition (CVD). After CVD, the graphene must be transferred from the metal catalyst to another substrate for most applications. EQ-GTT-LD is a one-sided thermal graphene transfer tape. The package includes 5 pieces. The thermal release tape is designed for the graphene transferring. By using graphene transfer tape, the residue can be low. SPECIFICATIONS: Size for one piece 200 mm x 200 mm Coating One Sided Maximum Working Temperature 100ºC Release Temperature Steps Peel off the protective layer from the thermal release tape Put the adhesive layer of the tape on top of the layer of graphene Apply firm pressure to the tape with a rubber roll or a spatula Application Notes Low-residue Graphene by using thermal release tape It is difficult to obtain continuous coverage. If continuous coverage is required,please consider using PMMA . The metal catalyst should then be etched away. The adhesion of the surface of the target substrate to graphene plays an important role in successful graphene transfer. The substrate becomes very hydrophilic when the plasma treatments have been done properly. The tape with graphene should be pressed firmly to the substrate.

Size for one piece

200 mm x 200 mm

Coating

One Sided

Maximum Working Temperature

100ºC Release Temperature

Steps
  • Peel off the protective layer from the thermal release tape
  • Put the adhesive layer of the tape on top of the layer of graphene
  • Apply firm pressure to the tape with a rubber roll or a spatula

Application Notes
  • Low-residue Graphene by using thermal release tape
  • It is difficult to obtain continuous coverage. If continuous coverage is required,please consider using PMMA.
  • The metal catalyst should then be etched away.
  • The adhesion of the surface of the target substrate to graphene plays an important role in successful graphene transfer.
  • The substrate becomes very hydrophilic when the plasma treatments have been done properly.
  • The tape with graphene should be pressed firmly to the substrate.

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