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Kimya ABS-EC Black 2.85mm 500g

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Original price was: £67.56.Current price is: £64.18. (excl. VAT)

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Original price was: £67.56.Current price is: £64.18. (excl. VAT)

Product details

The Kimya ABS-EC 3D filament belongs to the styrenic polymer family. Acrylonitrile Butadiene Styrene electrical conductor (ABS-EC) is a combination of ABS and electrically active additives: carbon nanotubes. ABS-EC is resistant to impact, heat and ageing. It is used in the automotive and electronics industries. The Kimya ABS-EC 3D filament has the following properties:

Good resistance to impact
High temperature resistance
Electrical conductivity
Complies with the REACH regulation and the RoHS directive

Store away from light, humidity and heat to maintain the properties of the product.

FILAMENT PROPERTIES

PROPERTIES	TEST METHODS	VALUES
Diameter	INS-6712	1.75 ± 0.05 mm 2.85 ± 0.05 mm
Density	ISO 1183-1	1.035 g/cm3
Moisture rate	INS-6711	< 0.5 %
Melt flow index (MFI)	ISO 1133-1 (@260°c – 10 kg)	8 – 16 g/10min
Glass transition temperature (Tg)	ISO 11357-1	108 °C

PRINT PARAMETERS AND SPECIMENS DIMENSIONS

PRINTING DIRECTION	XY
Printing Speed	45 mm/s
Infill	100% – rectilinear
Infill Angle	45°/-45°
Nozzle Temperature	260°C
Bed T°	95°C

PRINTED SPECIMENS PROPERTIES

	PROPERTIES	TEST METHODS	VALUES
ELECTRICAL PROPERTIES	Surface resistivity	ASTM D257	< 10⁶ Ohms/m²
MECHANICAL PROPERTIES	Tensile modulus	ISO 527-2/5A/50	2,398 MPa
	Tensile Strength	ISO 527-2/5A/50	36.7 MPa
	Tensile strain at strength	ISO 527-2/5A/50	2,3 %
	Tensile Stress at Break	ISO 527-2/5A/50	29.2 MPa
	Tensile strain at break (type A)	ISO 527-2/5A/50	5,2 %
	Flexural modulus	ISO 178	1,393 MPa
	Deformation at Flexural Strain	ISO 178	<5 %
	Flexural stress at conventional deflection (3,5% strain)*	ISO 178	49.3 MPa
	Charpy impact resistance	ISO 179-1/1eA	27.6 kJ/m²
	Shore Hardness	ISO 868	67,2

Note 1	*According to ISO 178, end of the test at 5% deformation even if there is no specimen break.
Note 2	The data should be considered as indicative values – Properties can be influenced by production conditions.