Conductive Teflon Tape (264 Series)

Conductive Teflon Tape (264 Series)

Conductive Teflon Tape (254 Series) Anti-Static & Thermal Conductive with adhesive on one side.


Conductive Teflon Tape (264 Series)

DuraStick® Anti-Static & Thermal Conductive series 264 tapes utilize DuraFab® Fabrics but have the added benefit of an adhesive on one side. These tapes are black in color and are specially formulated to dissipate surface static build-up and allow optimal thermal conductivity. These tapes are manufactured from woven fiberglass substrates, have an optimum PTFE (Fluon®) content, leave a minimal fabric impression, and have our Super Stick Clean Release silicone adhesive or an acrylic adhesive system. Because of the glass reinforcement, this series of tape is resistant to “cold-flow,” a characteristic inherent in pure unsupported PTFE films, these tapes are an excellent choice when cut through, load carrying, or harsh industrial environments require the unique surface characteristics of PTFE. DuraStick® Anti-Static & Thermal Conductive series 264 is a very durable and versatile product which makes it an ideal material for heat sealers, form-fill-seal equipment, high speed poly bag manufacturing, lining of guide rails, chutes and slides and for release applications in the aerospace industry.

DuraStick® Anti-Static & Thermal Conductive Tape Characteristics

DuraStick® Anti-Static & Thermal Conductive tapes are engineered to retain the distinctive properties of PTFE; however, by adding a glass fabric to the matrix, AFC is able to obtain the added benefits of dimensional stability, excellent tensile strength and extremely low elongation (<1%). In addition, the DuraStick® Anti-Static & Thermal Conductive tapes with silicone adhesive operate over a wide temperature range, -100°F to +500°F (-73°C to 260°C), while tapes with acrylic adhesives operate over a narrower range of temperatures, -40°F to 350°F (-40°C to 177°C).

Typical Applications

Poly bag manufacturing
Impulse/L-Bar sealing
Form fill and seal
Over wrapping (Tray packing)
Side and End sealing
Blister tray covers
Vacuum pack machines

Food Products:
Work surface covering
Tray liners

Printing and Textiles:
Non-stick roll coverings

Building Products:
Vinyl window manufacturing

Chemical Processing:
Tank seals and contaminant barriers
Gaskets, membranes, seals
& diaphragms
Corrosion resistant chute, drum,
and hopper liners
Lining of spray booths
Guide rails

Aerospace, Communications &
Composite mold release/bonding
Vacuum bagging

Pulp and Paper:
Non-stick roll coverings

Slot-stick and commutator insulation
Slot liners, spacers, field and
armature winding
Wire and cable insulation and

Other Applications:
Manufacture of metalized balloons
Bearing pads/surfaces
Work surface covering
High temperature masking

Additional applications exist. Contact AFC for more specific information.

Styles Available



Nominal Thickness (Substrate)

Nominal Thickness (Adhesive)

(oz./in. of width)

Tensile Strength
(lbs/sq in)

Maximum Operating

Full Width

Slit Roll

264-03S Silicone 0.003″ 0.0020″ 40 56 500°F (260°C) 39.5 10, 18, 36
264-05S Silicone 0.005″ 0.0025″ 45 100 500°F (260°C) 39.5 18, 36
264-06S Silicone 0.006″ 0.0025″ 45 100 500°F (260°C) 39.5 18, 36

Please note: Additional thicknesses and styles available upon special order.

Disclaimer: All figures provided in the above table are based upon ASTM D 4969-97, the Standard Specification for Polytetrafluoroethylene (PTFE) Coated Glass Fabric. The above tensile values are based upon the ASTM D902 test method and are not actual values of AFC’s materials. The above tensile values are 80% of the figures provided in Table 6 of specification D579. AFC states that its actual tensile will be greater than the above material specification and that actual tensile values will be provided upon request. AFC measures adhesion according to ASTM D 3654/D 3654M, Standard Test Methods for Shear Adhesion of Pressure-Sensitive Tapes, and actual adhesion values will vary. Edge Tear values are based upon ASTM D1424 (Elmendorf Tearing Test) and are average values that can vary.

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