在赛道上的实力。铱星赛车,利用赛车的全部性能来帮助它获胜。
【高功率的理想燃油经济性循环】。
优异的点火性能和闪光电压,消除了各种操作区域的点火错误和失火。因此,油耗状况得到了极大的改善,发动机的输出功率也得到了提高。
【在赛道上无与伦比的加速度】
Iridium赛车系统采用0.4mm直径的中央电极,提供 "前所未有的卓越点火性能和热释电"。这样可以减少失火,提高恶劣条件下稳定的高响应和加速度。
【直径0.4mm的铱合金中心电极】
插头的中心电极越粗,冷却作用越大,点火性能越差。相比之下,直径为0.4mm的铱合金中心电极具有极低的冷却效果,由于传热低,降低了点火风险,实现了更可靠的点火,这是插头的基本性能。
【可靠的耐用性】
【可靠的耐用性】
独特的全铂金接地电极,可承受激烈的驾驶环境。与传统火花塞的地电极使用的镍合金相比,铂金的熔点更高,即使在激烈的赛车环境下,也能减少地电极熔化和磨损的麻烦。0.8mm的方形铂金合金焊接形成的间隙,不会发生弯曲,消除了残余应力,提高了耐久性。
Strong on the track.Iridium Racing, which contributes to the full performance and victory of the machine.
[High power in an ideal fuel economy cycle.]
Excellent ignition performance and spark voltage eliminates ignition loss and miss-ignition in a variety of operating ranges.As a result, the fuel consumption is dramatically improved and the engine power is increased.
[Overwhelming acceleration performance cultivated in the circuit]
Iridium lasing with a 0.4mm diameter center electrode achieves unprecedentedly excellent ignition performance and sparking voltage.This reduces misfires and provides stable high response and improved acceleration even under severe conditions.
[0.4mm diameter iridium alloy center electrode]
The thicker the center electrode of the plug is, the larger the cooling effect becomes and the worse the ignitability becomes.In comparison, the 0.4 mm diameter iridium alloy center electrode has an extremely small cooling effect and heat is not easily lost, so that ignition loss is reduced and more reliable ignitability, which can be called the basic performance of the plug, is realized.
[Trusted durability]
Unique all-platinum grounding electrode to withstand the intense riding conditions of racing.Compared to the nickel alloy used for the ground electrode of conventional spark plugs, platinum has a higher melting point, which reduces the risk of ground electrode melting and wear, even under the severe driving conditions of racing.In addition, 0.8mm square platinum alloy is welded to form a gap without bending, so there is no residual stress and durability is improved.