6x Genuine NGK Laser Iridium Spark Plugs 93759 DILFR5A11 for Nissan Kia Infiniti

Brand: NGK NGK model: 93759 DILFR5A11 22401-ZE01B Spark plug Number: 6 PCS ※ Must read before purchase ※ Our store’s products have very high requirements for car model compatibility. To ensure that the product model can be used, we suggest that you contact online customer service to provide information about the car model and choose the recommended model for you. Thank you! Product Purchase Notice To accurately adapt to your car, before purchasing a spark plug, please contact online customer service to provide one of the following two methods to help you match the spark plug model. 1 ? Vehicle identification code 2 ? B asic vehicle information Mainly including: ? Engine model; ? Vehicle model number; ? Manufacturing year and month; ? Displacement. 3.Replacement instructions An example of spark plugs not working effectively due to long-term use After electrode consumption, it is difficult to spark and cannot start normally Carbon accumulation, blackening, dissolution, pollution, etc. in the ignition part lead to abnormal combustion of the spark plug (early ignition) ? Good Spark plugs in normal use ? Electrode consumption The edge loss of the electrode becomes dull, making it difficult to ignite and easy to stall during driving ? Smoked black The current leaks out through the carbon deposits attached to the ignition part of the spark plug, causing stalling and deteriorating engine performance ? Sedimentation The combustion gas attached to the spark plug overheats, causing abnormal combustion (premature ignition) The above situations ? , ? , and ? require timely replacement of spark plugs 4. Recommended mileage for testing and replacing spark plugs automobile Light duty vehicles motorcycle 15 , 000-20 ,0 00km 7 , 000-10 , 000km 3 , 000-5 , 000km According to the different materials and types of spark plugs, the recommended replacement mileage will also vary. At the same time, the service life of spark plugs will also vary depending on the driving conditions of the car, the quality of gasoline, and driving habits, We suggest that you regularly check and replace spark plugs before the engine runs abnormally. (Spark plug models and types are diverse, please match the applicable model for installation) thread diameter Installation torque 18mm 35~40N · m (3.5~4.0kgm) 1 4 mm 25~30N · m (2.5~3.0kgm) 12 mm 15~20N · m (1.5~2.0kgm) 10 mm 1 0 ~ 12 N · m (1. 0 ~ 1.2 kgm) 8 mm 8 ~ 1 0N · m ( 0.8 ~ 1 .0kgm) The required installation torque varies depending on the diameter of the spark plug thread. Reference: When there is no torque wrench, it can be installed according to the following schematic diagram NGK spark plugs with sealing washers and thread diameters of 18mm and 14mm Newly installed products rotate approximately 1/2-2/3 (180 ° -240 °) Install old products and rotate about 1/12 (30 °) M18 and M14 have no special angles, they are both normal rotation angles. Please use the normal angles shown in the applicable table for installation. NGK spark plug with sealing gasket and thread diameter of 12mm All new products that have not been installed (except for M12 special angle models) rotate approximately 1/2 (180 °) Installed old products (except for M12 special angle models) and rotated about 1/12 (30 °) The installation method for M12 special angle models is that new products that have not been installed rotate about 1/4 (90 °), while old products that have been installed rotate about 1/8 (45 °) NGK spark plug with sealing gasket and thread diameter of 10mm All new products that have not been installed (except for M10 special angle models) rotate approximately 1/2 (180 °) NGK spark plug with sealing gasket and thread diameter of 8mm Newly installed products rotate by approximately 1/3 (120 °) Note: It is very important to choose spark plugs with a heat value that is suitable for the engine and usage conditions. When the calorific value is not suitable, the following phenomena usually occur. Heating value and heat dissipation method of spark plugs ·Heating value too high The temperature of the spark plug becomes too low, causing carbon buildup in the ignition part to cause electric leakage and prevent the spark from being ignited. Low calorific value The temperature of the spark plug rises too high, leading to abnormal combustion (early ignition), melting of the electrodes of the spark plug, and ultimately causing piston burnout, melting, and so on. 5.Performance improvement Iridium platinum has superior ignition performance and longer service life, and the center electrode uses finer platinum/gold, which can provide stable idle speed; Superior resistance to dirt and damage; Quick start and acceleration; Improve fuel efficiency and reduce emissions.