Technical datasheet

PC-ABS Gebablend T88 GF30

Product description:

30% glas-fibre reinforced PC/ABS compounds

Special Properties:

available in all colors
available as uv-stabilized resins
available with enhanced mould release
available easy flowing compound

Application

injection molded, technical components of different industries (automobile, electro- electronical, machine construction, sports)

Typical values	Condition	Unit	Test method	Values
Rheological properties
MVR	260°C / 5 kg	cm³/10 min	ISO 1133	18
Mechanical properties
Charpy unnotched impact strength	23 °C	kJ/m²	ISO 179/IeU	38
Charpy unnotched impact strength	-30 °C	kJ/m²	ISO 179/IeU	38
Charpy notched impact strength	23 °C	kJ/m²	ISO 179/IeA	10
Charpy notched impact strength	-30 °C	kJ/m²	ISO 179/IeA	10
Tensile modulus	1 mm / min	MPa	ISO 527-1	8.400
Thermal properties
Vicat Softening temperature	50 °C / 50 N	°C	ISO 306	130
Heat deflection temperature HDT A	1,80 MPa	°C	ISO 75-2	126
Heat deflection temperature HDT B	0,45 MPa	°C	ISO 75-2	134
Other properties
Density	23 °C	g/cm³	ISO 1183	1,37
Shrinkage		%		0,25 - 0,55

Processing recommendations:

Drying

Drying temperature in °C: 80-100
Drying time (h) Dry air dryer: 2-4

Residual moisture content max 0,05%
When downtime of 4 hours, we recommend lowering the temperature of the dryer by 40°C

Processing recommendations

melt temperature: 250-280 °C

1. Zone: 240-260 °C
2. Zone: 250-270 °C
3. Zone: 250-280 °C
4. Nozzle: 250-280 °C
5. Mold: 70-100 °C

Shrinkage according to Literature: 0,25% to 0,55% (depending on the part geometry and the process)
Setting may be different depending on the part design and machine type of recommend values.

Test Values
The stated values were - if not otherwise stated - taken on standardized test specimen at room ambient temperature. The specifications have to be regarded as guidance values, but not as binding minimum values. Please note that the properties can be considerably influenced by mould design, processing parameters and colouring.

Processing instructions
When processing on the basis of the recommended processing parameters, small quantities of dissociation products can emit. According to the safety data sheet, the workplace exposure limit has to be kept by means of adequate exhaustion and ventilation, in order not to affect the machine operators’ health and well-being. The compulsory processing temperatures must not be considerably exceeded, in order to avoid a stronger partial decomposition of the polymers and dissociation of volatile decomposition products.

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