NGK Spark Plug B7ES Plugs [Box 10]

The NGK Spark Plug B7ES Plugs [Box 10] are designed to offer optimum performance under a wide range of conditions. These spark plugs feature a copper cored center electrode for a wide heat range, allowing superior heat conductivity and dissipating the heat of combustion away from the firing end, preventing hot spots that can lead to pre-ignition.

Every year, NGK expands its range of spark plugs to accommodate the increasing demands of modern engines. NGK spark plugs play a vital role in producing maximum power from an engine while keeping fuel consumption and emissions to a minimum. Changes in engine design, space restrictions, and fueling systems have necessitated special features being adopted at the firing end of the spark plug, such as extra projected types and increased spark gaps to allow for more efficient combustion.

NGK's engineering department works closely with engine and vehicle manufacturers to produce the ideal spark plug for each application. NGK employs the latest production technology to ensure that every aspect, from performance to economy, is catered for.

The NGK Spark Plug B7ES Plugs [Box 10] features copper core technology and a wide heat range, making them flexible and suitable for both high-speed and low-speed driving. With greater resistance to fouling and a higher pre-ignition rating compared to ordinary plugs, NGK Spark Plugs ensure optimum performance in a wide range of driving conditions.

In addition, NGK's heart of copper technology utilizes copper wire to dissipate heat more quickly, cooling the electrode tip and insulator tip to prevent pre-ignition. The use of copper core technology ensures that NGK spark plugs meet the broad thermal requirements of engines under high and low RPM conditions.

Overall, NGK Spark Plug B7ES Plugs [Box 10] are designed to meet the demands of modern engines, offering superior performance, economy, and value. Whether for high-speed motorway cruising or stop-and-go city driving, NGK spark plugs provide the reliability and efficiency required for a wide range of driving conditions.