Renegade Materials Corporation MVK-16 Polyimide FreeForm™ T650-35-3K-UC309-8HS Carbon Fabric

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Renegade Materials Corporation MVK-16 Polyimide FreeForm™ T650-35-3K-UC309-8HS Carbon Fabric
Categories:	Polymer; Thermoset; Carbon Fiber/Thermoset Composite; Filled/Reinforced Thermoset
Material Notes:	MVK-16 is a low-cost polyimide prepreg system developed for long-term, continuous service temperature at 375 – 450°F. MVK-16 exhibits excellent retention of high-temperature mechanical properties and retention of hot/wet compression properties, making it an excellent alternative to BMI, aluminum and other mid-range performance polyimides. Autoclave cure 10 hours 600°F, with post-cure in air for 10 hours 625°F Available in fabric and unidirectional tape prepreg Carbon, quartz, ceramic and glass fibers Export approved for global use Non-toxic, non-carcinogenic Information provided by Renegade Materials Corporation. Renegade Materials has been acquired by Teijin.
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Physical Properties	Metric	English	Comments

Oxidative Stability	125 hour @Pressure 1.03 MPa, Temperature 210 °C	125 hour @Pressure 150 psi, Temperature 410 °F	0.02% wt loss
	125 hour @Pressure 1.03 MPa, Temperature 260 °C	125 hour @Pressure 150 psi, Temperature 500 °F	0.05% wt loss

Mechanical Properties	Metric	English	Comments
Tensile Strength, Ultimate	822.5 MPa @Temperature 210 °C	119300 psi @Temperature 410 °F	Wet, 90° Direction; SACMA SRM 4R-94
	856.3 MPa @Temperature 177 °C	124200 psi @Temperature 350 °F	Wet, 0° Direction; SACMA SRM 4R-94
	856.3 MPa @Temperature 19.4 °C	124200 psi @Temperature 67.0 °F	CTD, 90° Direction; SACMA SRM 4R-94
	858.4 MPa @Temperature 210 °C	124500 psi @Temperature 410 °F	Wet, 0° Direction; SACMA SRM 4R-94
	876 MPa @Temperature 177 °C	127000 psi @Temperature 350 °F	Wet, 90° Direction; SACMA SRM 4R-94
	906.0 MPa @Temperature 177 °C	131400 psi @Temperature 350 °F	Dry, 0° Direction; SACMA SRM 4R-94
	956.3 MPa @Temperature 21.1 °C	138700 psi @Temperature 70.0 °F	Dry, 0° Direction; SACMA SRM 4R-94
	957.7 MPa @Temperature 21.1 °C	138900 psi @Temperature 70.0 °F	Wet, 0° Direction; SACMA SRM 4R-94
	986.6 MPa @Temperature 21.1 °C	143100 psi @Temperature 70.0 °F	Dry, 90° Direction; SACMA SRM 4R-94
	1003 MPa @Temperature 19.4 °C	145500 psi @Temperature 67.0 °F	CTD, 0° Direction; SACMA SRM 4R-94
	1009 MPa @Temperature 21.1 °C	146400 psi @Temperature 70.0 °F	Wet, 90° Direction; SACMA SRM 4R-94
Tensile Modulus	62.1 GPa @Temperature 21.1 °C	9000 ksi @Temperature 70.0 °F	Wet, 90° Direction; SACMA SRM 4R-94
	62.1 GPa @Temperature 177 °C	9000 ksi @Temperature 350 °F	Wet, 90° Direction; SACMA SRM 4R-94
	62.1 GPa @Temperature 210 °C	9000 ksi @Temperature 410 °F	Wet, 90° Direction; SACMA SRM 4R-94
	62.1 GPa @Temperature 177 °C	9000 ksi @Temperature 350 °F	Wet, 0° Direction; SACMA SRM 4R-94
	62.7 GPa @Temperature 210 °C	9100 ksi @Temperature 410 °F	Wet, 0° Direction; SACMA SRM 4R-94
	63.4 GPa @Temperature 21.1 °C	9200 ksi @Temperature 70.0 °F	Dry, 90° Direction; SACMA SRM 4R-94
	64.8 GPa @Temperature 19.4 °C	9400 ksi @Temperature 67.0 °F	CTD, 90° Direction; SACMA SRM 4R-94
	66.2 GPa @Temperature 19.4 °C	9600 ksi @Temperature 67.0 °F	CTD, 0° Direction; SACMA SRM 4R-94
	71.0 GPa @Temperature 177 °C	10300 ksi @Temperature 350 °F	Dry, 0° Direction; SACMA SRM 4R-94
	71.7 GPa @Temperature 21.1 °C	10400 ksi @Temperature 70.0 °F	Dry, 0° Direction; SACMA SRM 4R-94
	72.4 GPa @Temperature 21.1 °C	10500 ksi @Temperature 70.0 °F	Wet, 0° Direction; SACMA SRM 4R-94
Flexural Strength	896 MPa	130000 psi	RT, Dry; ASTM D790
Flexural Modulus	48.3 GPa	7000 ksi	RT, Dry; ASTM D790
Compressive Strength	315 MPa @Temperature >=210 °C	45700 psi @Temperature >=410 °F	Wet, 90° Direction, Ultimate
	341 MPa @Temperature >=210 °C	49500 psi @Temperature >=410 °F	Wet, 0° Direction, Ultimate
	422 MPa @Temperature >=177 °C	61200 psi @Temperature >=350 °F	Wet, 90° Direction, Ultimate
	456 MPa @Temperature >=177 °C	66200 psi @Temperature >=350 °F	Dry, 0° Direction, Ultimate
	468 MPa @Temperature >=177 °C	67900 psi @Temperature >=350 °F	Wet, 0° Direction, Ultimate
	582 MPa @Temperature >=22.2 °C	84400 psi @Temperature >=72.0 °F	Dry, 90° Direction, Ultimate
	587 MPa @Temperature >=22.2 °C	85100 psi @Temperature >=72.0 °F	Wet, 90° Direction, Ultimate
	588 MPa @Temperature >=19.4 °C	85300 psi @Temperature >=67.0 °F	CTD, 90° Direction, Ultimate
	590 MPa @Temperature >=21.1 °C	85500 psi @Temperature >=70.0 °F	Wet, 0° Direction, Ultimate
	660 MPa @Temperature >=21.1 °C	95700 psi @Temperature >=70.0 °F	Dry, 0° Direction, Ultimate
	665 MPa @Temperature >=19.4 °C	96500 psi @Temperature >=67.0 °F	CTD, 0° Direction, Ultimate
Compressive Modulus	55.8 GPa @Temperature 21.1 °C	8100 ksi @Temperature 70.0 °F	Dry, 90° Direction; ASTM D6641
	55.8 GPa @Temperature 21.1 °C	8100 ksi @Temperature 70.0 °F	Wet, 90° Direction; ASTM D6641
	56.5 GPa @Temperature 19.4 °C	8200 ksi @Temperature 67.0 °F	CTD, 90° Direction; ASTM D6641
	57.9 GPa @Temperature 177 °C	8400 ksi @Temperature 350 °F	Dry, 0° Direction; ASTM D6641
	57.9 GPa @Temperature 21.1 °C	8400 ksi @Temperature 70.0 °F	Dry, 0° Direction; ASTM D6641
	58.6 GPa @Temperature 21.1 °C	8500 ksi @Temperature 70.0 °F	Wet, 0° Direction; ASTM D6641
	58.6 GPa @Temperature 19.4 °C	8500 ksi @Temperature 67.0 °F	CTD, 0° Direction; ASTM D6641
	58.6 GPa @Temperature 177 °C	8500 ksi @Temperature 350 °F	Wet, 90° Direction; ASTM D6641
	58.6 GPa @Temperature 210 °C	8500 ksi @Temperature 410 °F	Wet, 90° Direction; ASTM D6641
	58.6 GPa @Temperature 177 °C	8500 ksi @Temperature 350 °F	Wet, 0° Direction; ASTM D6641
	59.3 GPa @Temperature 210 °C	8600 ksi @Temperature 410 °F	Wet, 0° Direction; ASTM D6641
Shear Strength	37.9 MPa @Temperature 210 °C	5500 psi @Temperature 410 °F	Inter-laminar, Wet; SACMA SRM 7R-94
	46.9 MPa @Temperature 177 °C	6800 psi @Temperature 350 °F	Inter-laminar, Wet; SACMA SRM 7R-94
	51.0 MPa @Temperature 177 °C	7400 psi @Temperature 350 °F	Inter-laminar, Dry; SACMA SRM 7R-94
	68.9 MPa @Temperature 210 °C	10000 psi @Temperature 410 °F	In-plane, Wet; SACMA SRM 7R-94
	69.6 MPa @Temperature 21.1 °C	10100 psi @Temperature 70.0 °F	Inter-laminar, Dry; SACMA SRM 7R-94
	73.1 MPa @Temperature 19.4 °C	10600 psi @Temperature 67.0 °F	Inter-laminar, CTD; SACMA SRM 7R-94
	75.2 MPa @Temperature 21.1 °C	10900 psi @Temperature 70.0 °F	Inter-laminar, Wet; SACMA SRM 7R-94
	75.8 MPa @Temperature 177 °C	11000 psi @Temperature 350 °F	In-plane, Wet; SACMA SRM 7R-94
	81.4 MPa @Temperature 177 °C	11800 psi @Temperature 350 °F	In-plane, Dry; SACMA SRM 7R-94
	92.4 MPa @Temperature 19.4 °C	13400 psi @Temperature 67.0 °F	In-plane, CTD; SACMA SRM 7R-94
	93.8 MPa @Temperature 21.1 °C	13600 psi @Temperature 70.0 °F	In-plane, Dry; SACMA SRM 7R-94
	98.6 MPa @Temperature 21.1 °C	14300 psi @Temperature 70.0 °F	In-plane, Wet; SACMA SRM 7R-94

Thermal Properties	Metric	English	Comments
Maximum Service Temperature, Air	232 °C	450 °F	Continuous
Glass Transition Temp, Tg	247 °C	477 °F	Wet, Storage Modulus
	316 °C	600 °F	Dry, Storage Modulus

Descriptive Properties
Compressive Strain	10,339 µe		Dry, RT, 90° Direction, Ultimate
	10,377 µe		CTD, 67°F, 90° Direction, Ultimate
	10,400 µe		Wet, RT, 90° Direction, Ultimate
	11,249 µe		CTD, 67°F, 0° Direction, Ultimate
	11,301 µe		Dry, RT, 0° Direction, Ultimate
	5,367 µe		Wet, 410°F, 90° Direction, Ultimate
	5,731 µe		Wet, 410°F, 0° Direction, Ultimate
	7,200 µe		Wet, 350°F, 90° Direction, Ultimate
	7,859 µe		Dry, 350°F, 0° Direction, Ultimate
	7,969 µe		Wet, 350°F, 0° Direction, Ultimate
	9,943 µe		Wet, RT, 0° Direction, Ultimate
Tensile Strain	12,782 µe		Dry, 350°F, 0° Direction, Ultimate
	13,105 µe		CTD, 67°F, 90° Direction, Ultimate
	13,201 µe		Wet, 410°F, 90° Direction, Ultimate
	13,212 µe		Wet, RT, 0° Direction, Ultimate
	13,274 µe		Dry, RT, 0° Direction, Ultimate
	13,565 µe		Wet, 410°F, 0° Direction, Ultimate
	13,786 µe		Wet, 350°F, 0° Direction, Ultimate
	13,996 µe		Wet, 350°F, 90° Direction, Ultimate
	15,135 µe		CTD, 67°F, 0° Direction
	15,495 µe		Dry, RT, 90° Direction, Ultimate
	16,184 µe		Wet, RT, 90° Direction, Ultimate

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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