THE HEATWAVE: VILLAIN OF FIRE.
Armed with relentless temperature spikes, The Heatwave attacks where your engine is most vulnerable — your ignition coils. It melts insulation, weakens windings, and breaks down performance from the inside out. What starts as a subtle misfire soon turns into chaos: power loss, rough idling, and costly repairs.
When things get hot, The Heatwave wins.
THE GLACIER: VILLAIN OF ICE.
The Glacier moves differently than The Heatwave: silent, slow and bitter. As temperatures plunge, materials contract, resistance shifts, and brittle components are pushed to their limits. Cold starts demand more voltage, insulation stiffens, and cracks form where weakness already exists.
The Glacier is here to freeze the battlefield.
GRAB SOME COOL AND HOT MERCH
Your chance to win a Heatwave and Glacier glass soda can, an NGK Igloo Cooler, or an NGK Dartboard!
THE HEATWAVE’S LETHAL PLAN:
SHATTER THE SHIELD
It begins with overheating, but the true damage is revealed within. The Heatwave aims to destroy the coil’s ability to protect itself, causing two types of system-wide failure:
Delamination: The heat shatters the protective internal insulation. When the coil’s shield cracks and delaminates, electricity jumps where it shouldn’t, causing an internal short.
Ground Shorts: The high-voltage current is forced out of the intended path, flowing uselessly to the engine’s ground via a broken wire or failed diode.
THE GLACIER’S BREATH OF ICE
When moisture in the engine turns into ice, ice expands, and *CRACK* your ignition coil is history. When the engine warms back up, those cracks become pathways for shorts, misfires, and breakdowns. Materials contract as temperatures drop: metal shrinks and connections loosen. Tiny gaps form where strength used to be. That’s how The Glacier exposes weak ignition coils — higher resistance, weaker spark, rough starts that signal trouble ahead.
BUT NGK IS BUILT TO FIGHT BACK.
No heat is too intense. No cold is too frigid. We are designed for environments others fear.
NO HEAT IS TOO INTENSE
Our meticulously wound copper windings are engineered to maintain stability as heat rises, reducing internal stress that leads to early coil failure. High-temperature enamel insulation resists breakdown, even when exposed to sustained thermal load. A black epoxy filler locks windings in place, preventing heat-induced movement, vibration damage, and internal shorts.
As temperatures climb, resistance stays controlled, spark stays consistent, and performance stays intact.
NO COLD IS TOO BITTER
The Glacier came with a bitter fight, but NGK is tested and built for sub-zero temperatures. While the Glacier bring sub-zero mornings, frozen starts, and relentless chill to pull ignition coils apart, NGK ignition coils are engineered to withstand every environmental extreme.
Precision-wound windings and reinforced construction keep everything locked in place, even when The Glacier tries to pull it apart. He may freeze the field — but NGK is built to fire when others falter.
THE EASIEST WIN EVER.
Literally. Test your wits by entering the answers below for your chance to earn a Heatwave and
Glacier glass soda can, an NGK Igloo Cooler, or an NGK Dartboard!
