PETRELS B Series 2Pcs Adjustable Cam Gear Timing Gear Pulley Fit for Civic B16A B18C B18C5 90-2001 Belts Pulleys Crankshaft Pulley(Matte Black)

Fitment: Fit For Civic B16A, B18C and B18C5Product Name: B series Timing Gear PulleyColor: Gold/Red/Blue/BlackMaterial: Aluminum alloyPackage Including: 2* timing gear belt==========Hign-concerned : NoneTexture Of Material : AluminumPart Number : BPU003-BMaterial : AluminumNO. : NOT Car Model : Fit For Civic B16A B18C B18C5 90-2001ITEM NAME : Timing Gear PulleyCOLOR : Gold/Blue/Black/Red

• 1. Excellent power transmission: Adopting high-precision manufacturing technology to ensure a tight fit with the engine crankshaft, the power transmission is efficient and stable, significantly improving the overall performance of the engine, allowing your car to start faster and accelerate more smoothly. ​
• 2. Long service life: High quality and high-strength materials are selected, and after special heat treatment, they have excellent wear resistance and fatigue resistance, can withstand harsh working conditions, effectively reduce replacement frequency, and save you maintenance costs. ​
• 3. Precise operation control: Advanced dynamic balance design can greatly reduce vibration and noise during operation, ensure the accuracy of the coordinated work of various engine components, extend the service life of the engine, and bring you a quieter and more comfortable driving experience. ​
• 4. Convenient adaptation and upgrade: With innovative design and universal specifications, the installation process only requires a few simple steps, without the need for complex debugging. Whether it is routine maintenance and replacement, or upgrading and transforming for performance, it can be quickly completed, saving you time and energy and easily improving the performance of your car. ​
• 5. Optimize fuel economy: By optimizing the pulley structure and transmission efficiency, the engine energy loss is reduced, making fuel combustion more complete, thereby helping the vehicle improve fuel economy and maximizing the value of every drop of fuel. ​