PTFE films provide a conformable release surface and exhibit a remarkably low coefficient of friction and non-stick properties. PTFE films have high temperature resistance and are virtually unaffected by all chemicals. At elevated temperatures, PTFE film still retains excellent tensile strength. Service temperatures range from -100°F to +500°F (-73°F to +260°C). Film applications include high temperature coil and capacitor wrapping, composite bonding, masking, and conveyor release linings.
(3)
PTFE glass provide dimensional stability,
high tensile strength and edge tear,
operates over a temperature range
from -100°F to +500°F (-73°C to
+260°C), and offers better abrasion
resistance than uncoated glass cloth.
The PTFE surface offers quick release
and chemical resistance characteristics.
Anti-static PTFE glass yields improved
thermal conductivity and static dissipation.
Available with silicone or acrylic
adhesives, PTFE glass applications
include heat sealing and low friction
release surface liners for conveyors.
PTFE glass provide dimensional stability,
high tensile strength and edge tear,
operates over a temperature range
from -100°F to +500°F (-73°C to
+260°C), and offers better abrasion
resistance than uncoated glass cloth.
The PTFE surface offers quick release
and chemical resistance characteristics.
Anti-static PTFE glass yields improved
thermal conductivity and static dissipation.
Available with silicone or acrylic
adhesives, PTFE glass applications
include heat sealing and low friction
release surface liners for conveyors.
(3)
PTFE glass provide dimensional stability,
high tensile strength and edge tear,
operates over a temperature range
from -100°F to +500°F (-73°C to
+260°C), and offers better abrasion
resistance than uncoated glass cloth.
The PTFE surface offers quick release
and chemical resistance characteristics.
Anti-static PTFE glass yields improved
thermal conductivity and static dissipation.
Available with silicone or acrylic
adhesives, PTFE glass applications
include heat sealing and low friction
release surface liners for conveyors.
(3)
PTFE glass provide dimensional stability,
high tensile strength and edge tear,
operates over a temperature range
from -100°F to +500°F (-73°C to
+260°C), and offers better abrasion
resistance than uncoated glass cloth.
The PTFE surface offers quick release
and chemical resistance characteristics.
Anti-static PTFE glass yields improved
thermal conductivity and static dissipation.
Available with silicone or acrylic
adhesives, PTFE glass applications
include heat sealing and low friction
release surface liners for conveyors.
PTFE glass provide dimensional stability,
high tensile strength and edge tear,
operates over a temperature range
from -100°F to +500°F (-73°C to
+260°C), and offers better abrasion
resistance than uncoated glass cloth.
The PTFE surface offers quick release
and chemical resistance characteristics.
Anti-static PTFE glass yields improved
thermal conductivity and static dissipation.
Available with silicone or acrylic
adhesives, PTFE glass applications
include heat sealing and low friction
release surface liners for conveyors.
(15)
PTFE glass provide dimensional stability,
high tensile strength and edge tear,
operates over a temperature range
from -100°F to +500°F (-73°C to
+260°C), and offers better abrasion
resistance than uncoated glass cloth.
The PTFE surface offers quick release
and chemical resistance characteristics.
Anti-static PTFE glass yields improved
thermal conductivity and static dissipation.
Available with silicone or acrylic
adhesives, PTFE glass applications
include heat sealing and low friction
release surface liners for conveyors.
(10)
PTFE glass provide dimensional stability,
high tensile strength and edge tear,
operates over a temperature range
from -100°F to +500°F (-73°C to
+260°C), and offers better abrasion
resistance than uncoated glass cloth.
The PTFE surface offers quick release
and chemical resistance characteristics.
Anti-static PTFE glass yields improved
thermal conductivity and static dissipation.
Available with silicone or acrylic
adhesives, PTFE glass applications
include heat sealing and low friction
release surface liners for conveyors.
(12)
PTFE glass provide dimensional stability,
high tensile strength and edge tear,
operates over a temperature range
from -100°F to +500°F (-73°C to
+260°C), and offers better abrasion
resistance than uncoated glass cloth.
The PTFE surface offers quick release
and chemical resistance characteristics.
Anti-static PTFE glass yields improved
thermal conductivity and static dissipation.
Available with silicone or acrylic
adhesives, PTFE glass applications
include heat sealing and low friction
release surface liners for conveyors.
(9)
PTFE glass provide dimensional stability,
high tensile strength and edge tear,
operates over a temperature range
from -100°F to +500°F (-73°C to
+260°C), and offers better abrasion
resistance than uncoated glass cloth.
The PTFE surface offers quick release
and chemical resistance characteristics.
Anti-static PTFE glass yields improved
thermal conductivity and static dissipation.
Available with silicone or acrylic
adhesives, PTFE glass applications
include heat sealing and low friction
release surface liners for conveyors.