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Skived PTFE Sheets .001" to .250" Thick

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Skived PTFE Sheets .001" to .250" Thick

Skived PTFE Film sheets are manufactured from virgin PTFE resins which are molded, sintered, and skived to the appropriate thickness. Both PTFE sheets and film are widely used in a number of industries due to the material’s outstanding characteristics, including heat and chemical resistance, dielectric strength and anti-stick properties. Both sheets and film may also be chemically etched on one or both sides for bondability. Skived PTFE Film sheets are available in thicknesses ranging from 0....


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Skived PTFE Film sheets are manufactured from virgin PTFE resins which are molded, sintered, and skived to the appropriate thickness. Both PTFE sheets and film are widely used in a number of industries due to the material’s outstanding characteristics, including heat and chemical resistance, dielectric strength and anti-stick properties. Both sheets and film may also be chemically etched on one or both sides for bondability.

Skived PTFE Film sheets are available in thicknesses ranging from 0.0115″ to 0.25″ and in widths of 12″, 24″, 36″, and 48″. PTFE film is supplied either in sheet or continuous roll form. Slit widths are available in thicknesses ranging from 0.001″ to 0.062″ and to the exacting tolerances of the wire and cable, and electronic industries. 

.001″ to .250″ Thick:

Thickness (inches) Tolerance +/-(inches) LBS Per Sq FT
.0005 .0001 .006
.001 .0005 .012
.002 .0005 .024
.003 .0005 .036
.004 .0005 .048
.005 .0005 .060
.006 .0005 .072
.010 .001 .120
.015 .0015 .180
.020 .002 .240
.025 .005 .300
.040 .005 .480
.050 .005 .600
.062 .005 .720
.080 .005 .960
.093 .005 1.120
.125 .010 1.500
.156 .010 1.900
.187 .015 2.250
.250 .020 3.000

STANDARD PTFE FILLER FEATURES:

Glass Fiber

Increases compressive strength, rigidity and wear. Reduces creep and cold flow 
Minimal effect on chemical and electrical properties


Carbon

Increases compressive strength, hardness, wear, and load properties.

Good chemical resistance

Various types and amounts of carbon can be added to alter conductivity

Graphite

Reduces coefficient of friction

Reduces initial wear

Increases strength

Molybdenum Disulfide

Increases hardness, stiffness, and wear

Minimal effect on chemical and electrical properties

Bronze

Increases hardness and wear resistance


Increases dimensional stability and compressive strength


Not suitable for corrosive or electrical applications


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