Spark Plugs OEM Factory

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Our company is a professional China spark plugs factory and spark plugs company, Our company has a variety of product lines, engineering and technical capabilities, and manufacturing capabilities are in constant progress.
Regarding engineering skills,30 years of development and reverse engineering experience. The electrode has PASS TUV, CONFORM TO RoHs & Reach. High-strength insulators use a 360°Continuous Laser technology.
In manufacturing, it also has a ceramic factory, ceramic Insulators are completely self-produced, with a high density of insulators, better dielectric strength, thickened design of insulator nose, and better mechanical strength which can satisfy modern engines well. Secondly, electrodes have electrical conductivity, heat resistance, heat dissipation, and ablation resistance. Shells have better malleability, better toughness, and higher hardness which can reduce shell breaking and help the shell for better heat dissipation.
Regarding experimental capacity, the laboratory fully complies with and strictly implements 17 international and national spark plug industry test standards; enterprise internal control standards of more than 34 original supporting level tests; and process inspection coverage of the whole process of control points.
Quality management has obtained the quality management system certification.
Company for some spark plugs and design patent certificate, utility model patent certificate.
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Product Industry knowledge
In the continuous development of engine technology, spark plugs play a vital role as a core component of the ignition system. However, we have found that some engines require the use of preheated spark plugs, while others do not. This raises a question that deserves further investigation, namely why there is such a clear difference in the need for spark plug preheating among different engine designs.
First, we need to understand the basic function of a spark plug. The spark plug is a key component in the ignition system. Its task is to generate an electric arc in the fuel and air mixture, initiating the combustion process and thus driving the engine's work. This process needs to happen at the right timing, speed and temperature to ensure the engine can run efficiently and smoothly.
Why do some engines need spark plugs with preheating function? One of the first reasons is engine temperature during cold starts. In a low-temperature environment, all parts of the engine are relatively cool, including the spark plug. In this case, using a spark plug with a preheating function can reduce the starting resistance of the ignition system by raising the temperature of the spark plug in advance, ensuring that the engine can start quickly under extremely low temperature conditions.
The preheating function is usually implemented by an electric heating element, which is part of the spark plug and can quickly heat the spark plug before ignition. This design ensures that the engine performs well from the first start, even on extremely cold winter mornings. The introduction of the preheating function improves the reliability and efficiency of engine starting, which is of great significance especially for application scenarios that rely on rapid response, such as emergency vehicles or transportation vehicles.
However, not all engines require the use of preheating spark plugs. Some modern engines use advanced fuel injection systems and electronic control units, which can more accurately adjust the supply of mixture and ignition timing to adapt to starting needs under different temperature conditions. The introduction of this technology reduces the dependence on the preheating function, allowing some engines to start reliably at lower temperatures without the need for preheating function support.
Another factor that affects whether a preheat function is required is the type of fuel. The fuel used in some engine designs tends to condense or crystallize at low temperatures, resulting in reduced fluidity in the fuel system. In this case, a spark plug with a preheating function can help heat the fuel and improve its fluidity, thereby improving the engine's starting performance.
Overall, preheating spark plugs play a key role in cold climates and some special engine designs. However, with the continuous innovation and improvement of engine technology, as well as higher requirements for environmental protection and fuel efficiency, some advanced engine designs have tended to reduce their reliance on the preheating function. This evolution not only improves the engine's starting performance but also helps reduce energy consumption and emissions. In future developments, we can expect to see how more engine designs balance the relationship between starting performance and energy efficiency, further promoting the advancement of engine technology.