¥108,345 JPY
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| Brand | J'S RACING |
| Series Name | DLC + WPC 5.3 FINAL GEAR SET |
| Product Number | FGD-FN2-53 |
| Compatible Car | HONDA CIVIC FN2 |
| Product Description | Material: Driven gear: DLC processed / Ring gear: WPC processed Reduction ratio 5.333 Driven gear: DLC processed Ring gear: WPC processed Replace with genuine ratio 5.062 final gear Allows the entire gear to be low geared. The torque peak value remains the same, the torque curve shifts smoothly to the low rpm side, and the top speed is sacrificed a little, but the acceleration performance is improved and the connection of each gear is also improved. By applying DLC coating to the driven gear and WPC processing to the ring gear, we succeeded in giving good initial familiarity and high durability that have never been seen before. DLC has many features, but it is a coating whose main purpose is to improve the slidability of metals. "Improved slidability" means to improve slippage and reduce wear. It can be expected to reduce frictional heat, improve durability by preventing seizure, and improve response. The combination of DLC coating that reduces friction loss and WPC treatment that improves fatigue strength and kinesis achieves both dramatic improvement in durability and reduction in friction loss. The oil temperature is suppressed by the effect of DLC and WPC, and it is possible to surely avoid the danger of MT blow caused by final blow. Recommended for endurance races and time attacks that use high-grip tires, including those who often run sports on the circuit. (What is DLC coating) Diamond Like Carbon is an abbreviation of Diamond Like Carbon, which is a technology that can make a surface with an unprecedented low wear coefficient by forming a nano-level thin film on a metal surface. DLC is a general term for carbon thin films with high hardness, electrical insulation, infrared transparency, etc. similar to diamond synthesized by the vapor phase synthesis method using ions, and was named in the 1970s. The structure of the DLC film is usually an amorphous structure containing a small amount of hydrogen, and is said to have diamond bonds and graphite bonds. ■ High hardness and excellent wear resistance ■ Low friction coefficient under no lubrication ■ When sliding, the mating material is worn and damaged. Does not allow (low opponent aggression) ■ Chemically inert and stable Does not cause seizure, adhesion, or welding ■ Not invaded even in a corrosive atmosphere (Effect of WPC processing) Abbreviation for Wide Peening and Cleaning, special processing that is also used for F1. By injecting a special shot at high speed and locally raising it to the recrystallization temperature, the work strengthening of the heat treatment effect and forging effect is instantly repeated, and the residual austenite in the metal surface layer is converted to martensite and recrystallized. Miniaturize the tissue. This creates a structure with high hardness and toughness on the metal surface, which makes it possible to significantly increase the surface altitude. In addition, by increasing the internal compression residual stress, fatigue strength can be increased and gear chipping can be prevented. Furthermore, the dimples (smooth and very fine irregularities) that arrive during processing create an oil pool and prevent wear to a minimum. The structure of the DLC film is usually an amorphous structure containing a small amount of hydrogen, and is said to have diamond bonds and graphite bonds. ■ High hardness and excellent wear resistance ■ Low friction coefficient under no lubrication ■ When sliding, the mating material is worn and damaged. Does not allow (low opponent aggression) ■ Chemically inert and stable Does not cause seizure, adhesion, or welding ■ Not invaded even in a corrosive atmosphere (Effect of WPC processing) Abbreviation for Wide Peening and Cleaning, special processing that is also used for F1. By injecting a special shot at high speed and locally raising it to the recrystallization temperature, the work strengthening of the heat treatment effect and forging effect is instantly repeated, and the residual austenite in the metal surface layer is converted to martensite and recrystallized. Miniaturize the tissue. This creates a structure with high hardness and toughness on the metal surface, which makes it possible to significantly increase the surface altitude. In addition, by increasing the internal compression residual stress, fatigue strength can be increased and gear chipping can be prevented. Furthermore, the dimples (smooth and very fine irregularities) that arrive during processing create an oil pool and prevent wear to a minimum. The structure of the DLC film is usually an amorphous structure containing a small amount of hydrogen, and is said to have diamond bonds and graphite bonds. ■ High hardness and excellent wear resistance ■ Low friction coefficient under no lubrication ■ When sliding, the mating material is worn and damaged. Does not allow (low opponent aggression) ■ Chemically inert and stable Does not cause seizure, adhesion, or welding ■ Not invaded even in a corrosive atmosphere (Effect of WPC processing) Abbreviation for Wide Peening and Cleaning, special processing that is also used for F1. By injecting a special shot at high speed and locally raising it to the recrystallization temperature, the work strengthening of the heat treatment effect and forging effect is instantly repeated, and the residual austenite in the metal surface layer is converted to martensite and recrystallized. Miniaturize the tissue. This creates a structure with high hardness and toughness on the metal surface, which makes it possible to significantly increase the surface altitude. In addition, by increasing the internal compression residual stress, fatigue strength can be increased and gear chipping can be prevented. Furthermore, the dimples (smooth and very fine irregularities) that arrive during processing create an oil pool and prevent wear to a minimum. (Effect of WPC processing) Abbreviation for Wide Peening and Cleaning, special processing that is also used for F1. By injecting a special shot at high speed and locally raising it to the recrystallization temperature, the work strengthening of the heat treatment effect and forging effect is instantly repeated, and the residual austenite in the metal surface layer is converted to martensite and recrystallized. Miniaturize the tissue. This creates a structure with high hardness and toughness on the metal surface, which makes it possible to significantly increase the surface altitude. In addition, by increasing the internal compression residual stress, fatigue strength can be increased and gear chipping can be prevented. Furthermore, the dimples (smooth and very fine irregularities) that arrive during processing create an oil pool and prevent wear to a minimum. (Effect of WPC processing) Abbreviation for Wide Peening and Cleaning, special processing that is also used for F1. By injecting a special shot at high speed and locally raising it to the recrystallization temperature, the work strengthening of the heat treatment effect and forging effect is instantly repeated, and the residual austenite in the metal surface layer is converted to martensite and recrystallized. Miniaturize the tissue. This creates a structure with high hardness and toughness on the metal surface, which makes it possible to significantly increase the surface altitude. In addition, by increasing the internal compression residual stress, fatigue strength can be increased and gear chipping can be prevented. Furthermore, the dimples (smooth and very fine irregularities) that arrive during processing create an oil pool and prevent wear to a minimum. |
| Remarks | Engine: * We recommend precision installation at a professional shop. * Please observe the specified torque and install correctly. (Genuine specified tightening torque value 7.6kgf ・ m) * Replacement with the attached needle bearing is required. |
| Notes | Images are for illustration purpose only. Actual product may vary. |
