4PCS 195500-0610 NOZZLE Fuel Injector Compatible with Toyota RX7 CELICA MR2 ST185 3SGTE SW20 ST165 Car Injection Injectors Fuel Spray System Direct Replacement High Performance Fuel Injection Kit

4PCS 195500-0610 NOZZLE Fuel Injector Compatible with Toyota RX7 CELICA MR2 ST185 3SGTE SW20 ST165 Car Injection Injectors Fuel Spray System==========Item Length : As pictureItem : Fuel Injector Compatible with ToyotaOEM : 195500-0610Welcome to my shop - your professional upgrade partner for automotive fuel system! We specialise in providing high quality fuel injectors and are committed to creating efficient and reliable engine performance solutions for car owners, garages and tuning enthusiasts worldwide. Let every drop of fuel release more power, and inject lasting vitality into your car's engine!

• 【Quality Assurance】 - Highest quality materials are utilized along with stringent quality control standards to meet or exceed OE specifications. The O-Rings are made with heat resistant material to withstand extreme temperatures, the fuel Injectors undergo extensive lab and vehicle fitment testing。
• 【Fuel Economy】- The design of automobile fuel injectors can accurately control the amount of fuel injection, thereby optimizing fuel economy and helping you save fuel costs。
• 【Durability】- Our automotive fuel injectors are precision manufactured and subject to strict quality control, providing excellent durability and ensuring long-term and stable use。
• 【EASY TO INSTALL】Easy to remove and replace, very short installation time, reduce maintenance cost and time, fine workmanship and beautiful appearance。
• 【Regular Cleaning Fuel Injectors】- Generally speaking, if the car is in good condition and the fuel quality is good, it can be done every 40,000-60,000 kilometers. Even if the fuel injection nozzle is slightly clogged, you don't need to be too nervous, because the impurities can be sprayed and dissolved when accelerating at a high gear. It is recommended that car owners should often run at high speeds when driving daily to reduce the possibility of carbon deposits。