JUN Auto has actively participated in races in Japan. Today, after more than 70 years in the business, JUN has consistently provided high-performance parts and has turned ordinary vehicles into fast and reliable performance street machines. Originally, the company started in 1946 manufacturing engine parts for the internal combustion engine. Jun is widely recognized in the automotive world as a Japanese tuner and has created some of the fastest sports compact cars in the 90s. Please contact if you couldn't find your car in the list because we may make the new flywheel.Various know-how for realizing lightness, strength, and high balance is condensed to the JUN light weight flywheel. Processing for raising wear durability and heat treatment etc. By shaving all circumference of the chrome forge material, the variation in weight and the deviation of balance are pressed down to the minimum. The JUN light weight flywheel is made from the optimal weight and optimal form which were set up for each type of a car from the chrome forge material. Since time to go up rotation is shortened, the response of engine to a accelerator becomes quick (a response improves). In the case of the JUN lightweight flywheel, since weight (especially flywheel perimeter part) is light, there is little inertia power of influencing rotation of engine. When inertia power becomes large, much time is needed for going up rotation. An engine tries to increase the number of rotation when you pedal an accelerator, but a flywheel tends to keep an idling state according to its inertia power. In case of revolving thing like a flywheel, the power (inertia power) which is always going to continue fixed rotation occurs. The engine response improves if a flywheel is made light that is often said. This flywheel is also designed to be strong as well as light-weight, and forged using Chrome-molybdenum steel. JUN Ultra Light Weight Flywheel is targeted the customers who regard the higher rotation area for their highly modified engines. The power of inertia rotation can be decreased by reducing the excess weight, and therefore, its strength directly passed through to the high response. It was forged using Chrome-molybdenum steel. JUN could achieve manufacturing its original flywheels about 200% more strength compared with normal flywheels.
0 kommentar(er)
