PREMIUM
SEMI METALLIC BRAKE PADS
EXCEPTIONAL BRAKING TECHINOLOGY
Our Semi Metallic brake pads are made from an OE
formula combined with top quality of raw material that
help with heat tranfer to offer improved braking.They
are designed to keep wheels exceptionally clean,
and deliver first-rate stopping power in a shorter
stopping range. Exceedingly rotor friendly, these
brake pads are ultra-quiet with no break-in required.
Delivering the ultimate performace and the safest
braking experience,our high performance semi metallic
brake pads are 100% asbestos free and made with
first-grade brake friction material, providing optimal
heat resistance for all kinds of driving conditions and
weathers.
SEMI METALLIC BRAKE PADS
MAIN FEATURES:
.40,000 to 50,000 km lifetime
.100% asbestos free formula
.Superior heat transfer and resistance in all driving consitions
.Exceptional long brake pads and rotor life
.Outstanding braking performance for heavy load vehicles
.Economical and reliable
.No break-in needed
.Substantial reduction in dust
POSITIVE MOLDING TECHNOLOGY
Positive Molding Technology is an important factor in production of our products. Positive molding results in
a more uniform density in the production of the brake pad. It also allows using less resin content in formulation of the
brake pad which can lead to improvement in the fading characteristic of the brake pads. The brake pads produced
by positive molding process is proven to have much better stopping performance. High resin increases fading, which can
increase stop distance up to 50%. All of our brake pads are manufactured using the same positivemolding process utilized
by Original Equipment. Positive molding uses extreme pressure to compress the friction material and bondit to the backing
plate. This process assures consistent friction material density throughout the pad, resulting in even wear and performance
characteristics throughout the life of the brake pad.
OE SCORCHED
In addition to these features, we have added a schorching process to all of our brake pads. This additional
process forces any impurities out of the friction material and pre-burnishes the pads to greatly accelerate
the brake-in process. This OEM process enhances key frictionperformance levels. Scorching raises initial cold
effectiveness, stabilizes friction levels out of the box, providesconsistent performance across the entire operating
range. During the scorching phase, each brake pad surface is super-heated to simulate the initial break-in process
performed by installation technicians.
PACKING:
Plastic film +neutral or OEM or DUORINA box+ neutral or OEM or DUORINA carton +pallet.