| ENFLON ® CODE # |
CONSISTS OF |
DEFINITION OF FILL |
ENFLON 101
ENFLON 102
ENFLON 103
ENFLON 104
ENFLON 105
ENFLON 106
|
5% Glass Fiber
10% Glass Fiber
15% Glass Fiber
20% Glass Fiber
25% Glass Fiber
30% Glass Fiber
|
Milled glass fibers have the least effect on chemical and electrical properties and add
greatly to the mechanical properties of unfilled PTFE. Addition of glass improves
compressive properties by as much as 40% and improves wear resistance greatly. These
compounds resist acids and oxidation but can be attacked by alkali.
|
ENFLON 110
ENFLON 111
ENFLON 112
ENFLON 113
ENFLON 114
|
5%
Graphite
10% Graphite
15% Graphite
20% Graphite
25% Graphite
|
Graphite has good chemical resistance to corrosive environments and exhibits good initial
wear and rubbing/sliding characteristics in dry and water applications. Commonly blended
with carbon and PTFE.
|
ENFLON 115
ENFLON 116
ENFLON 118
|
25% Bronze
40% Bronze
60% Bronze
|
This filler has better wear, creep resistance, and higher thermal conductivity than glass
fiber with PTFE. The compound is easily machined, but has poor chemical resistance in the
presence of acids and alkali. Useful in applications which undergo high mechanical loads
or high-speed rubbing contacts where the bronze filler supplies the strength and
conductivity to carry away excess, unwanted heat.
|
| ENFLON 127 |
5% Molybdenum Disulfide |
This filler is used frequently in combination with others to increase surface hardness,
stiffness, and to reduce the starting coefficient of friction and steady-state wear. Its
effect on electrical and chemical properties is negligible. |
ENFLON 130
ENFLON 131
ENFLON 132
ENFLON 133
ENFLON 134 |
5% Carbon
10% Carbon
15% Carbon
20% Carbon
25% Carbon |
Carbon has good chemical resistance to corrosive environments. It exhibits good initial
wear and rubbing or sliding contact characteristics, both dry and water applications. It
is frequently used in piston rings to reduce cylinder wall wear by entrapping abrasive
foreign particles in their relatively soft surfaces. |
ENFLON 136
ENFLON 137
ENFLON 138 |
10% Carbon-Graphite
20% Carbon-Graphite
25% Carbon Graphite |
These fillers are used both separately and together in PTFE compounds. |
ENFLON 140
ENFLON 141
ENFLON 142 |
5% Calcium Fluoride
10% Calcium Fluoride
15% Calcium Fluoride |
ALTERNATIVE TO GLASS FILL. |
ENFLON 151
ENFLON 152
ENFLON 153
ENFLON 155 |
15% Glass Fiber, 5% Moly
20% Glass Fiber, 5% Moly, 5% Carbon-Graphite
23% Glass Fiber, 2% Moly
25% Glass Fiber, 5% Moly |
SEE ABOVE FOR INDIVIDUAL DEFINITIONS. |
ENFLON 157
ENFLON 158
ENFLON 159 |
10% Glass Fiber, 10% Graphite
5% Glass Fiber, 5% Graphite
20% Glass Fiber, 5% Graphite |
SEE ABOVE FOR INDIVIDUAL DEFINITIONS. |
ENFLON 161
ENFLON 162 |
10% Glass Fiber, 5% Carbon
5% Glass Fiber, 10% Carbon |
SEE ABOVE FOR INDIVIDUAL DEFINITIONS. |
ENFLON 170
ENFLON 171
ENFLON 172
ENFLON 173 |
40% Bronze, 5% Moly
40% Bronze, 10% Moly
55% Bronze, 5% Moly
65% Bronze, 5% Moly |
SEE ABOVE FOR INDIVIDUAL DEFINITIONS. |
| Upon Request, physical
testing with test reports available. |
