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SBS Brake Pads 734HS CBR900RR (Fireblade) '98-
SBS Brake Pads 734HS CBR900RR (Fireblade) '98-
SKU:kt-777-0734020
Regular price
¥2,884
Regular price
¥5,170
Sale price
¥2,884
Unit price
/
per
Taxes included.
Shipping calculated at checkout.
Orders placed by 2 PM will be shipped the same day.
配送方法/参考送料:Shipping via Mail Service: ¥330
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[KITACO 777-0734020 SBS Brake Pads 734HS CBR900RR (Fireblade) '98- KITACO 777-0734020]
These brake pads are manufactured by SBS, a company headquartered in Denmark.
SBS boasts the world's number one market share in brake pads, engaging in a wide range of activities including in-house sales, OEM supply to motorcycles and automobiles, and support for racing, among others. SBS brake pads feature a three-layer structure that delivers stable, top-tier performance even under harsh conditions.
Brake lining material: Special "Ultrasonic UCT" technology is effectively utilized to blend various materials in a balanced manner.
Fiber ceramic: By sandwiching fiber ceramic between the steel backplate and the lining material, heat transfer is suppressed, resulting in excellent fade resistance.
It also blocks moisture, thereby reducing corrosion of the backplate.
Steel backplate: Formed under 22 tons of pressure, then subjected to 900 degrees Celsius for 3 hours in a furnace to press-bond the backplate.
*Images are for illustration purposes only. Product design and specifications are subject to change without prior notice. Thank you for your understanding.
These brake pads are manufactured by SBS, a company headquartered in Denmark.
SBS boasts the world's number one market share in brake pads, engaging in a wide range of activities including in-house sales, OEM supply to motorcycles and automobiles, and support for racing, among others. SBS brake pads feature a three-layer structure that delivers stable, top-tier performance even under harsh conditions.
Brake lining material: Special "Ultrasonic UCT" technology is effectively utilized to blend various materials in a balanced manner.
Fiber ceramic: By sandwiching fiber ceramic between the steel backplate and the lining material, heat transfer is suppressed, resulting in excellent fade resistance.
It also blocks moisture, thereby reducing corrosion of the backplate.
Steel backplate: Formed under 22 tons of pressure, then subjected to 900 degrees Celsius for 3 hours in a furnace to press-bond the backplate.
*Images are for illustration purposes only. Product design and specifications are subject to change without prior notice. Thank you for your understanding.
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