NGK PREMIUM RX SPARK PLUG 火咀 x 3


HK$528 

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New Design for Superior Performance

The world's first use of new materials "ruthenium alloy center electrode" and platinum protruding + elliptical outer electrodes to achieve superior ignition performance, reduced fuel consumption, anti-fouling, increased service life, etc. The next generation of ultimate performance spark plugs were born.


Achieve Excellent Ignition Performance and Combustion Power

Demonstrate superior combustion efficiency.


Japanese Fuel JC08 Standard Testing

Excellent combustion power makes the car more fuel-efficient through excellent ignition and combustion efficiency. The RX spark plug saves 2.2% of fuel consumption compared to ordinary spark plugs and can achieve smooth operation using only a small amount of gasoline.


Idle Fuel Consumption

It can also reduce fuel consumption when idling, and the RX spark plug can also perform when waiting for traffic lights or traffic jams. After testing, idling fuel consumption saves 1.9% of fuel compared with ordinary spark plugs.


Activation

It can start smoothly even at low temperatures. The combination of platinum protruding outer electrodes and ultra-thin center electrodes exerts excellent discharge characteristics and achieves an easy ignition environment. It improves the feedback feeling of acceleration when starting the engine at low temperatures or stepping on the accelerator.


Ignition loss Resistance

The new material center electrode is used to reduce wear. The world's leading new material "ruthenium alloy center electrode", compared with the iridium alloy center electrode, the consumption caused by ignition is only 1/4, the wear caused by long-term use is lower, and the performance can be maintained continuously. .


Sense of Acceleration

You can run easily without any pressure. The excellent ignition performance provides better throttle feedback when accelerating. It can give full play to the engine performance and provide excellent acceleration regardless of the high or low speed range.


Heat Resistance

The outer electrode part adopts a platinum protruding shape. Because the length of the spark plug is shorter than that of previous spark plugs, its degree of heat is relatively reduced, which can inhibit oxidation and wear caused by high temperatures.


Durability

Continuously maintain high performance

Long life spark plug

The performance and lifespan pursued by the spark plug have been excellently combined to create a spark plug with high performance and long life. The RX spark plug is about 20% more durable than the iridium alloy MAX spark plug. Enables excellent spark plug performance to continue.


Anti-Fouling

It has strong resistance to carbon deposits and maintains ignition performance continuously.

The use of powerful self-cleaning carbon deposit grooves can prevent carbon deposit problems caused by long-term low-speed driving and short-time starting and stopping of vehicles.


Environmental Performance

Save fuel consumption and reduce CO2 emissions. RX is a spark plug that can achieve high performance and reduce fuel consumption while reducing CO2 emissions. Compared with ordinary spark plugs, the amount of CO2 that can be reduced in one year is about the amount that two trees can absorb.


實現卓越性能的新設計

世界首先使用新素材"釕合金中心電極"、白金突出+橢圓型外側電極,實現了優越的點火性、降低油耗、抗汙損、提升使用壽命等,次世代極致性能火星塞就此誕生。


實現卓越點火性能與燃燒力

發揮優越的燃燒效率。


日本燃油JC08標準檢測

出色的燃燒力讓車更省油,透過卓越的點火性與燃燒效率。RX火星塞比起一般火星塞節省了2.2%的油耗並能夠只使用少量汽油達成順暢的運轉。


怠速油耗

怠速時也可減少燃油消耗,停等紅綠燈或塞車時RX火星塞也可發揮性能,經測試怠速油耗比起一般火星塞節省了1.9%的燃油。


啟動性

低溫時也能順暢啟動,白金突出型外側電極與極細中心電極結合,發揮了出色的放電特性,實現了容易點火的環境,在低溫時啟動引擎或踩踏油門時提升了加速的回饋感。


耐點火耗損性

採用新素材中心電極減少磨耗,領先全球的新素材「釕合金中心電極」,比起銥合金中心電極,因為點火造成的消耗僅1/4長時間使用造成的磨耗較低,還能持續維持性能。


加速感

毫無壓力得輕鬆奔馳,卓越的點火性能使加速時能提供更好的油門回饋,不管在高低轉速域都能充分發揮引擎性能,提供出色的加速性。


耐熱性

外側電極部分採用白金突出形狀。因長度 較以往火星塞短相對減少其受熱程度,可抑制高溫所造成氧化、磨耗。


使用耐久性

持續保持高性能

長壽命火星塞

火星塞所追求的性能與壽命,經過了出色的結合造就了高性能且壽命長的火星塞。 RX火星塞比起銥合金MAX火星塞提升約20%的耐久性。使出色的火星塞性能能夠持續發揮。


抗汙損性

對於積碳有強效抵抗力,使點火性能持續維持

使用了強效的自清積碳溝槽,能夠預防長時間低速行駛、短時間起停車輛造成的積碳問題。


環境性能

節省油耗降低CO2排出,RX是能夠實現高性能並降低油耗,同時能減少CO2排出的火星塞,比起一般火星塞一年間可減少的CO2量約為兩棵樹木可吸收的量。