Niblend F17

PC-ABS alloy reinforced with 17% glass fibre, of high thermic resistance for the injection mouldibg

Of items needing high hardness and dimensional stability even at high temperatures.

	Properties	Test condition	Method	Unit	Value
Rheological	Melt Flow Index	260°C / 5 kg	ASTM D1238	g/10min	18
Mechanical	Tensile Stress at Break	5 mm/min	ASTM D638	MPa	70
Mechanical	Flexural Maximum Stress	1,3 mm/min	ASTM D790	MPa	100
Mechanical	Flexural Elastic Modulus	1,3 mm/min	ASTM D790	MPa	5000
Mechanical	Izod Notched Impact Strength	-20°C/3mm	ASTM D256	J/m	50
Mechanical	Rockwell Hardness		ASTM D785	R-scale	118
Mechanical	Izod Notched Impact Strength	23°C/3,2 mm	ASTM D256	J/m	70
Mechanical	Elongation	50 mm/min	ASTM D638	%	3
Thermal	Vicat Softening Temperature	49N / 120°C/h	ASTM D 1525	°C	123
Thermal	Heat Distortion Temperature H.D.T	1.82 MPa	ASTM D648	°C	115
Thermal	Coef. Dilatazione Termica Lineare	23/55 °C	ISO 11359-2	10^-5 K^-1	4
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	Dielectric Strength	S=1 mm	IEC 60243-1	KV/mm	25
Electrical	Relative Permettivity	1 Mhz = secco	IEC 60250	-	2,9
Electrical	Dissipation Factor	1 Mhz = secco	IEC 60250	-	0,05
Electrical	Surface Resistivity	secco	IEC 60093	Ω	10^15
Electrical	Volume Resistivity	secco	IEC 60093	Ω • cm	10^15
Physical	Density	23°C	ASTM D792	g/cm³	1,23
Various	Humidity Content at Equilibrium	23°C / 50 % U.R.	ISO 62	%	0,2
Various	Moulding Shrinkage	parallel	-	%	0,4 – 0,8