There are THREE types of Bendix Brake Pads for you to choose, depending on your driving style / road condition  

TYPE 1 : Bendix General CT – FOR SMOOTHER, QUIETER AND CLEANER BRAKING 
A general-purpose disc brake pads for passenger vehicles.
Featuring Ceramic technology, Bendix General CT provides improved stopping performance with low dust, low rotor wear and enhanced durability. 

TYPE 2 : Bendix Metal King – HIGHER HEAT RESISTANCE & LONGER PAD LIFE 
A multi-purpose brake pad for medium to large sized cars as well as other heavy-duty applications such as cars that are constantly under heavy loads / driving on steep & curvy roads (i.e. Genting Highlands). 
Featuring SMF technology (Superior Metallic Formulation), this range of brake pad provides excellent braking performance which Lasts up to TWICE as long as all purpose brake pads in hard working and high temperature conditions. 

TYPE 3 : Bendix Ultimate - HIGH PERFORMACE PAD FOR SPIRITED DRIVING STYLE
Specially formulated to offer high friction, high temperature tolerance and measurably better performance across a range of braking conditions. They have exceptional stopping power giving you shorter stopping distances and a significant resistance to brake fade at high temperature. Ultimate pads offer excellent pedal feel and are ideal for energetic driving styles, competition and high speed touring and highway driving. 

Also, with the Bendix Brake Wear Indicator, it is now easy to see when to change your brake pads by the printed ‘REPLACE’ on the edge of the Bendix brake pad. What’s more? Blue Titanium Stripe, an extra safety feature that the Bendix engineers developed. This is a layer of Blue coloured, high friction material on the surface of the brake pads. With this feature, no bedding in process is required upon installation, providing an improved pedal feel and extra safety from the very first stop! 

Part Number : DB1802
Qty.: 4 PCS in a box

Application:
#TOYOTA ALTIS 2008-2010 ZZE141 1.6 ZZE142 1.8
#TOYOTA ALTIS 2011-2013  ZRE141 1.6 ZRE142 1.8 ZRE143 2.0