E3 E3.36 Spark Plug

Upgrade your engine's performance with the Powermadd E3 Resistor Spark Plug. Featuring a unique electrode shape and Diamond Fire technology, this spark plug is designed to maximize power and improve combustion efficiency. Experience the difference in throttle response and overall engine performance.

Description

The Powermadd E3 Resistor Spark Plug utilizes a cutting-edge electrode design to generate a more powerful and efficient spark. Diamond Fire technology creates an optimized flame kernel shape, ensuring faster ignition of the air/fuel mixture. This results in quicker heat transfer into the combustion chamber and a more concentrated pressure front, leading to a faster pressure increase during the power stroke. The enhanced combustion process minimizes unburnt fuel, contributing to improved engine performance, increased power output, and enhanced fuel economy. These spark plugs are a direct replacement, ensuring seamless compatibility and hassle-free installation.

Features & highlights

• Unleashes maximum power through a unique electrode shape.
• Diamond Fire technology optimizes flame kernel shape for faster ignition.
• Enhances combustion for improved engine performance and throttle response.
• Promotes quicker heat transfer and a more localized pressure front.
• Contributes to increased power output and fuel efficiency.
• Direct replacement for easy installation.

Technical specifications

• Brand: POWERMADD
• Type: Resistor
• Electrode Tip Material: Nickel Alloy
• Center Electrode Type: Standard
• Center Electrode Projection: Projected
• Ground Electrode Configuration: Single
• Ground Electrode Shape: Split
• Heat Range: 7 - 9
• Hex Size: 16 mm (5/8")
• Thread Reach: 19.1 mm (3/4")
• Thread Size: 12 mm
• Terminal Configuration: Removable Nut

Important to know

Ensure the Powermadd E3 Resistor Spark Plug (E3.36) is the correct spark plug for your specific engine application. Refer to your vehicle's owner's manual or a qualified mechanic for proper installation and torque specifications.