Niplene F40 AGR

Polypropylene homopolymer, reinforced with 40% glass fibre chemically coupled to the polymeric matrix

	Properties	Test condition	Method	Unit	Value
Rheological	Melt Flow Index	230 °C / 2,16 Kg	ASTM D1238	g/10min	3
Mechanical	Rockwell Hardness		ASTM D785	R-scale	115
Mechanical	Tensile Modulus	5 mm/min	ISO 527-1/-2	MPa	9200
Mechanical	Tensile Stress at Break	5 mm/min	ISO 527-1/-2	MPa	98
Mechanical	Elongation	5 mm/min	ISO 527-1/-2	%	3
Mechanical	Flexural Maximum Stress	1,3 mm/min	ISO 178	MPa	150
Mechanical	Flexural Elastic Modulus	1,3 mm/min	ISO 178	MPa	7600
Mechanical	Izod Notched Impact Strength	23°C	ISO 180/A	KJ/m²	12
Mechanical	Izod Notched Impact Strength	-20°C	ISO 180/A	-	8,5
Mechanical	Tensile Stress at Break	5 mm/min	ASTM D638	MPa	105
Thermal	Linear Expansion Coefficient	23°C/55°C	ISO 11359-2	10^-5 K^-1	3
Thermal	Vicat Softening Temperature (unannealed)	B/50	ISO 306	°C	138
Thermal	Heat Distortion Temperature (unannealed)	A – 1.80 MPa	ISO 75A-1/-2	°C	150
Flame Behaviour	Glow Wire Temperature (G.W.T)	S=2.0 mm	IEC 695-2-1	°C	650
Flame Behaviour	UL 94 Rating	S=1.6 mm	UL 94	class	HB
Flame Behaviour	UL 94 Rating	S=3.2 mm	UL 94	class	HB
Electrical	Relative Permettivity	1 Mhz – dry	IEC 60250	-	2,7
Electrical	Dissipation Factor	1 Mhz – dry	IEC 60250	-	0,001
Electrical	Dielectric Strength	S=1 mm	IEC 60243-1	KV/mm	60
Electrical	Surface Resistivity	dry	IEC 60093	Ω	10^14
Electrical	Volume Resistivity	dry	IEC 60093	Ω • cm	10^15
Various	Humidity Content at Equilibrium	23°C / 50 % U.R.	ISO 62	%	0,1
Various	Moulding Shrinkage	parallel	-	%	0,15-0,55
Various	Moulding Shrinkage	transversal	-	%	0,25-0,75
Various	Density		ISO 1183	g/cm³	1,22