3M Dyneon™ PVDF 32008/0009 Polyvinylidene Fluoride

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3M Dyneon™ PVDF 32008/0009 Polyvinylidene Fluoride
Categories:	Polymer; Thermoplastic; Fluoropolymer; Polyvinylidene Fluoride (PVDF)
Material Notes:	3M™ Dyneon™ PVDF 32008/0009 is an ultra-flexible copolymer of VF2 and CTFE, exhibiting very low shrinkage and excellent impact resistance. Dyneon PVDF 32008/0009 also has a very low brittleness temperature, for excellent low temperature performance. This material is ideal for insulation and buffering materials for wire and cable applications and for tubing. PVDF 32008/0009 has excellent flame and smoke performance, with an LOI of 100. PVDF 32008/0009 is designed for high speed extrusion, and can be processed using a variety of conventional thermoplastic conversion techniques. As with all PVDF grades, PVDF 32008/0009 also possesses very good chemical and temperature resistance. Copolymer of VF2 and CTFE Ultra-flexible Very low shrinkage rates Wide operating temperature window Processable using a variety of thermoplastic conversion techniques Excellent low flame and low smoke performance Information provided by Dyneon, A 3M Company
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Physical Properties	Original Value	Comments

Density	1.76 g/cc	ISO 1183
Water Absorption	<= 0.040 %	24 hr @ 23°C; ISO 62 (method 1)
Melt Index of Compound	5.0 g/10 min @Load 2.16 kg, Temperature 230 °C	ASTM D1238
	15 g/10 min @Load 5.00 kg, Temperature 230 °C	ASTM D1238

Mechanical Properties	Original Value	Comments
Tensile Strength at Break	22.0 MPa	50mm/min; ASTM D638
Elongation at Break	475 %	50mm/min; ASTM D638
Flexural Modulus	0.200 GPa	2mm/min; ASTM D790

Electrical Properties	Original Value	Comments
Volume Resistivity	>= 1.00e+14 ohm-cm	10 mA, after 2 min; ASTM D257
Surface Resistivity per Square	>= 1.00e+14 ohm	< 1V after 2 min - 500 V; ASTM D257
Dielectric Constant	7.0 @Frequency 1e+6 Hz	ASTM D150

Thermal Properties	Original Value	Comments
Melting Point	168 °C	ASTM D3418
Brittleness Temperature	-53.0 °C	ASTM D746A
Oxygen Index	>= 100 % @Thickness 3.00 mm	Sheet; ASTM D2863

Descriptive Properties
Form	Pellets

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