High Temperature / Selective Masking
Tapes
In powder coating, automotive and other finishing operations, effective
masking materials are often one of the most vital components
involved in producing a high quality finished part. These tapes can also
enhance operating efficiency and cost savings by reducing rejects and
labor on rework due to undercutting, adhesive residue, and tape shrinkage.
Dielectric Polymers has created a line of masking tapes, both self-wound
and furnished on a liner for die cut applications, to meet the demanding
requirements of the finishing industry.
Self-Wound Masking
Tapes: NT-590, 590-2, 5511-2, 8511-2, 8512-2, 9512 Adhesive: Crosslinked silicone Backing: Polyester or polyimide film Liner: Polyester release liner Thickness: 2.5 to 3 mils Colors: Amber, yellow, green, blue Continuous Temperature Resistance: -60º F to 350º F (-51º C to 177º C) - polyester tapes -100º F
to 500º F (-73º C to 260º C)
– polyimide tapes
Features: Fine line definition Clean tape removal Abrasion and tear resistant backing Chemical resistant Good conformability No film shrinkage after exposure to elevated temperatures
Selective
Masking Tapes: NT-590DL, 9512-2DL Adhesive: Crosslinked silicone Backing: Polyester or polyimide film Liner: Polyester release liner Thickness: 2.5 to 3.5 mils Colors: Amber, blue Continuous Temperature Resistance: -60º F to 350º F (-51º C to 177º C)
- polyester tape -100º F to 500º F (-73º C to 260º C) – polyimide tape
Features: Secure protection for powder coating, anodizing,
wave
soldering and plating applications For die cutting in electronics and selective masking applications Die-cut discs/shapes are easy to remove from release liner No adhesive residue
Electrical/Mechanical
Tape: NT-711 Adhesive: High temperature acrylic Backing: Polyester film Thickness: 2.3 mils Color: Yellow Continuous Temperature Resistance: -40º F to 350º F (-40º C
to 177º C)
Features: For electrical applications with elevated
temperatures, wrapping coils, transformers and capacitors, wire harness
applications and protection of motors High temperature shear properties Solvent resistant Insulation resistance: > 1 x 106 megaohms Temperature class:
266º F (130º C) Electrolytic corrosion: 1.0 factor