High fastness Jet black colour material development
25 August, 2020
Black is one of the most important shades which have been sold in the automotive sector, since the customer demand in this shade is high. Most of the automotive OEM is demanding the high gloss superior black material.
Immense demand of high fast ness colour for electronic appliances make the manufacturer use expensive material like Polycarbonate, Which make them less competitive. To minimise the uses of expensive material, reasonable cost with high Fast ness material demand is increasing.
PC/ABS and Transparent ABS can give Jet Black. In order to minimise the cost ABS can be used, However ABS cannot meet the dark colour because of the HRG in the matrix. Small Particle Size of HRG and Matrix SAN (Minimized Diffusion of Light) should be developed to get Jet Black, this makes ABS transparent. In developing the same, High refractive index should be considered to minimize the cost to get transparency.
This project aims to develop High fastness Jet black colour material development to optimise the processing for Size & Refractive index modification of HRG and Modification of Refractive Index of SAN.
Immense demand of high fast ness colour for electronic appliances make the manufacturer use expensive material like Polycarbonate, Which make them less competitive. To minimise the uses of expensive material, reasonable cost with high Fast ness material demand is increasing.
PC/ABS and Transparent ABS can give Jet Black. In order to minimise the cost ABS can be used, However ABS cannot meet the dark colour because of the HRG in the matrix. Small Particle Size of HRG and Matrix SAN (Minimized Diffusion of Light) should be developed to get Jet Black, this makes ABS transparent. In developing the same, High refractive index should be considered to minimize the cost to get transparency.
This project aims to develop High fastness Jet black colour material development to optimise the processing for Size & Refractive index modification of HRG and Modification of Refractive Index of SAN.