Ascend Performance Materials Vydyne® R220 Nylon 66, 40% Mineral Filled

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Ascend Performance Materials Vydyne® R220 Nylon 66, 40% Mineral Filled
Categories:	Polymer; Thermoplastic; Nylon (Polyamide PA); Nylon 66 (PA66); Nylon 66, 40% Mineral Filled
Material Notes:	Vydyne R220 is a 40% mineral-reinforced PA66 resin formulated for improved impact strength. Available in natural, it is an injection-molding grade formulated to retain the inherent processing advantages of unreinforced PA66 while enhancing rigidity, strength and heat resistance. R220 maintains the chemical resistance typical of PA66 to a wide variety of chemicals, gasoline, oils, greases and solvents. Information provided by Ascend Performance Materials.
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Physical Properties	Original Value	Comments

Density	1.48 g/cc	DAM; ISO 1183
Water Absorption	1.1 % @Time 86400 sec	DAM; ISO 62
Moisture Absorption at Equilibrium	1.6 %	DAM to 50% RH; ISO 62
Linear Mold Shrinkage, Flow	0.011 cm/cm @Thickness 2.00 mm	DAM; ISO 294-4
Linear Mold Shrinkage, Transverse	0.010 cm/cm @Thickness 2.00 mm	DAM; ISO 294-4

Mechanical Properties	Original Value	Comments
Tensile Strength, Yield	73.0 MPa	50% RH; ISO 527-2
	103 MPa	DAM; ISO 527-2
Elongation at Break	6.0 %	DAM; ISO 527-2
	30 %	50% RH; ISO 527-2
Elongation at Yield	1.5 %	DAM; ISO 527-2
	16 %	50% RH; ISO 527-2
Tensile Modulus	2600 MPa	50% RH; ISO 527-2
	6900 MPa	DAM; ISO 527-2
Flexural Strength	50.0 MPa	50% RH; ISO 178
	124 MPa	DAM; ISO 178
Flexural Modulus	2300 MPa	50% RH; ISO 178
	6100 MPa	DAM; ISO 178
Poissons Ratio	0.40	ISO 527-2
Izod Impact, Notched (ISO)	7.00 kJ/m² @Temperature -30.0 °C	50% RH; ISO 180/1A
	7.00 kJ/m² @Temperature -30.0 °C	DAM; ISO 180/1A
	9.00 kJ/m² @Temperature 23.0 °C	DAM; ISO 180/1A
	16.0 kJ/m² @Temperature 23.0 °C	50% RH; ISO 180/1A
Charpy Impact Unnotched	110 kJ/m² @Temperature -30.0 °C	DAM; ISO 179/1eU
	130 kJ/m² @Temperature -30.0 °C	50% RH; ISO 179/1eU
	140 kJ/m² @Temperature 23.0 °C	DAM; ISO 179/1eU
	NB @Temperature 23.0 °C	50% RH; ISO 179/1eU
Charpy Impact, Notched	6.00 kJ/m² @Temperature -30.0 °C	DAM; ISO 179/1eA
	7.00 kJ/m² @Temperature 23.0 °C	DAM; ISO 179/1eA
	8.00 kJ/m² @Temperature -30.0 °C	50% RH; ISO 179/1eA
	17.0 kJ/m² @Temperature 23.0 °C	50% RH; ISO 179/1eA

Thermal Properties	Original Value	Comments
CTE, linear, Parallel to Flow	63.0 µm/m-°C @Thickness 2.00 mm, Temperature 35.0 - 55.0 °C	DAM; ISO 11359-2
CTE, linear, Transverse to Flow	60.0 µm/m-°C @Thickness 2.00 mm, Temperature 23.0 - 55.0 °C	DAM; ISO 11359-2
Melting Point	258 °C	DAM; ISO 11357-3
Deflection Temperature at 0.46 MPa (66 psi)	222 °C	Unannealed; DAM; ISO 75-2/B
Deflection Temperature at 1.8 MPa (264 psi)	118 °C	Unannealed; DAM; ISO 75-2/A

Processing Properties	Original Value	Comments
Rear Barrel Temperature	280 - 310 °C	Injection
Middle Barrel Temperature	280 - 310 °C	Injection
Front Barrel Temperature	280 - 310 °C	Injection
Nozzle Temperature	280 - 310 °C	Injection
Melt Temperature	285 - 305 °C	Injection
Mold Temperature	65.0 - 95.0 °C	Injection
Drying Temperature	80.0 °C	Injection
Dry Time	4.00 hour	Injection

Descriptive Properties
Additive	Heat Stabilizer
Agency Ratings	ASTM, D4066 PA114M40
	ASTM, D6779 PA114M40
Appearance	Natural Color
Automotive Material Specification	Chrysler MS-DB-41_CPN 2310
	Ford ESB-M4D353-A4
Features	Chemical Resistant
	Ductile
	Gasoline Resistant
	Good Impact Strength
	Good Strength
	Good Toughness
	Grease Resistant
	High Heat Resistance
	High Rigidity
	Impact Modified
	Oil Resistant
	Solvent Resistant
Forms	Pellets
Processing Method	Injection Molding
Region	North America, Europe, Asia Pacific

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 go back to viewing the property data in MatWeb's normal format.

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PASCE9734 / 220837

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