3M Dyneon™ 301Z Translucent Perfluoroelastomer System

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3M Dyneon™ 301Z Translucent Perfluoroelastomer System
Categories:	Polymer; Thermoset; Fluoropolymer, TS; Thermoset Fluoroelastomer; Rubber or Thermoset Elastomer (TSE)
Material Notes:	Features and Benefits: Excellent plasma resistance with low particle count Low extractables, low outgassing, and low particle generation for ultra high purity applications Phosphorous-free and silica free formulation reduces the potential for contamination Excellent temperature resistance optimizes performance in extreme environments (continuous, in-service temperatures to 300°C with peaks up to 350°C) Excellent compression set offers enhanced sealing force retention and seal life Smaller, easy to store packages for clean room handling Information provided by the Dyneon division of 3M.
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Physical Properties	Metric	English	Comments

Specific Gravity	2.10 g/cc	2.10 g/cc
Mooney Viscosity	110 @Temperature 121 °C	110 @Temperature 250 °F	ML 1+10

Mechanical Properties	Metric	English	Comments
Hardness, Shore A	72	72	Press cure 10 Minutes @ 165°C, Ramp Post Cure in Air ASTM Die D Dumbbells
	70 @Treatment Temp. 300 °C, Time 1.21e+6 sec	70 @Treatment Temp. 572 °F, Time 336 hour
Tensile Strength at Break	18.9 MPa	2740 psi	Press cure 10 Minutes @ 165°C, Ramp Post Cure in Air ASTM Die D Dumbbells
Elongation at Break	260 %	260 %	Press cure 10 Minutes @ 165°C, Ramp Post Cure in Air ASTM Die D Dumbbells
100% Modulus	2.24 MPa @Treatment Temp. 300 °C, Time 1.21e+6 sec	325 psi @Treatment Temp. 572 °F, Time 336 hour	Dry Heat Resistance of Vulcanizate
	2.28 MPa @Treatment Temp. 300 °C, Time 605000 sec	331 psi @Treatment Temp. 572 °F, Time 168 hour	Dry Heat Resistance of Vulcanizate
	2.41 MPa @Treatment Temp. 300 °C, Time 252000 sec	350 psi @Treatment Temp. 572 °F, Time 70.0 hour	Dry Heat Resistance of Vulcanizate
	2.79 MPa @Treatment Temp. 275 °C, Time 1.21e+6 sec	405 psi @Treatment Temp. 527 °F, Time 336 hour	Dry Heat Resistance of Vulcanizate
	3.17 MPa @Treatment Temp. 275 °C, Time 605000 sec	460 psi @Treatment Temp. 527 °F, Time 168 hour	Dry Heat Resistance of Vulcanizate
	3.31 MPa @Treatment Temp. 250 °C, Time 1.21e+6 sec	480 psi @Treatment Temp. 482 °F, Time 336 hour	Dry Heat Resistance of Vulcanizate
	3.41 MPa @Treatment Temp. 275 °C, Time 252000 sec	495 psi @Treatment Temp. 527 °F, Time 70.0 hour	Dry Heat Resistance of Vulcanizate
	3.55 MPa @Treatment Temp. 250 °C, Time 252000 sec	515 psi @Treatment Temp. 482 °F, Time 70.0 hour	Dry Heat Resistance of Vulcanizate
	3.69 MPa @Treatment Temp. 250 °C, Time 605000 sec	535 psi @Treatment Temp. 482 °F, Time 168 hour	Dry Heat Resistance of Vulcanizate
	3.60 MPa @Strain 100 %	522 psi @Strain 100 %	Press cure 10 Minutes @ 165°C, Ramp Post Cure in Air ASTM Die D Dumbbells
Compression Set	26 % @Treatment Temp. 250 °C	26 % @Treatment Temp. 482 °F	Method B, -214 O-rings; ASTM D395
	21 % @Treatment Temp. 230 °C, Time 252000 sec	21 % @Treatment Temp. 446 °F, Time 70.0 hour	Method B, -214 O-rings; ASTM D395
	26 % @Treatment Temp. 250 °C, Time 252000 sec	26 % @Treatment Temp. 482 °F, Time 70.0 hour	Method B, -214 O-rings; ASTM D395
	29 % @Treatment Temp. 230 °C, Time 605000 sec	29 % @Treatment Temp. 446 °F, Time 168 hour	Method B, -214 O-rings; ASTM D395
	32 % @Treatment Temp. 275 °C, Time 252000 sec	32 % @Treatment Temp. 527 °F, Time 70.0 hour	Method B, -214 O-rings; ASTM D395
	33 % @Treatment Temp. 230 °C, Time 1.21e+6 sec	33 % @Treatment Temp. 446 °F, Time 336 hour	Method B, -214 O-rings; ASTM D395
	33 % @Treatment Temp. 250 °C, Time 605000 sec	33 % @Treatment Temp. 482 °F, Time 168 hour	Method B, -214 O-rings; ASTM D395
	38 % @Treatment Temp. 275 °C, Time 605000 sec	38 % @Treatment Temp. 527 °F, Time 168 hour	Method B, -214 O-rings; ASTM D395
	40 % @Treatment Temp. 250 °C, Time 1.21e+6 sec	40 % @Treatment Temp. 482 °F, Time 336 hour	Method B, -214 O-rings; ASTM D395
	52 % @Treatment Temp. 275 °C, Time 1.21e+6 sec	52 % @Treatment Temp. 527 °F, Time 336 hour	Method B, -214 O-rings; ASTM D395

Thermal Properties	Metric	English	Comments
Maximum Service Temperature, Air	300 °C	572 °F
	350 °C	662 °F	peak

Optical Properties	Metric	English	Comments
Transmission, Visible	25 %	25 %	translucent, but thickness not quantified

Processing Properties	Metric	English	Comments
Feed Temperature	50.0 - 70.0 °C	122 - 158 °F
Die Temperature	70.0 - 90.0 °C	158 - 194 °F
Head Temperature	70.0 - 90.0 °C	158 - 194 °F
Screw Cooling Temperature	60.0 - 80.0 °C	140 - 176 °F

Component Elements Properties	Metric	English	Comments
Fluorine, F	73 %	73 %

Descriptive Properties
Color	White
Dry Heat Resistance of Vulcanizate - Elongation	265 percent		250°C; 168 hours
	270 percent		250°C; 70 hours
	280 percent		275°C; 70 hours
	280 percent		275°C; 168 hours
	290 percent		250°C; 336 hours
	310 percent		275°C; 336 hours
	335 percent		300°C; 70 hours
	355 percent		300°C; 168 hours
	380 percent		300°C; 336 hours
Dry Heat Resistance of Vulcanizate - Shore A Hardness	69		300°C; 168 hours
	70		300°C; 336 hours
	70		300°C; 70 hours
	71		275°C; 336 hours
	72		250°C; 336 hours
	73		275°C; 70 hours
	73		275°C; 168 hours
	74		250°C; 70 hours
	74		250°C; 168 hours
Dry Heat Resistance of Vulcanizate - Tensile Strength at Break	17.8 MPa		300°C; 336 hours
	18.5 MPa		300°C; 168 hours
	18.9 MPa		300°C; 70 hours
	20.8 MPa		275°C; 336 hours
	21 MPa		250°C; 70 hours
	22.1 MPa		250°C; 168 hours
	22.4 MPa		275°C; 70 hours
	23 MPa		250°C; 336 hours
	23.6 MPa		275°C; 168 hours
Form	Slab
MH, Maximum Toque	5.9 inch-lb		100 cpm, 0.5° Arc, 10 Minutes @ 165°C
ML, Minimum Torque	1.9 inch-lb		100 cpm, 0.5° Arc, 10 Minutes @ 165°C
t², Time to 2 Inch-lb Rise from Minimum	2.2 Minute		100 cpm, 0.5° Arc, 10 Minutes @ 165°C
t'50, Time to 50% Cure	2.2 Minutes		100 cpm, 0.5° Arc, 10 Minutes @ 165°C
t'90, Time to 90% Cure	5.8 Minutes		100 cpm, 0.5° Arc, 10 Minutes @ 165°C

Some of the values displayed above may have been converted from their original units and/or rounded in order to display the information in a consistent format. Users requiring more precise data for scientific or engineering calculations can click on the property value to see the original value as well as raw conversions to equivalent units. We advise that you only use the original value or one of its raw conversions in your calculations to minimize rounding error. We also ask that you refer to MatWeb's terms of use regarding this information. Click here to view all the property values for this datasheet as they were originally entered into MatWeb.

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PDYL9974 / 129992

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