cnpk high temperature resistant inlet pipe CMX250 CA250 1996-2011 CMX250C DD250 QJ250 often incorporates air filter to prevent debris, dust, and dirt from entering the engine. (Copy)
- Type: motorcycle inlet pipe CMX250
- Place of Origin: Chongqing, China
- Warranty: 1 YEAR
- MOQ:10 Sets
- Packing: CNPK/CAPSHEAF/Neutral Packing/Customized
- Quality: A-Class
- Delivery Time:20-30 Days
- Package: 1set=1pcs CNPK BAG
- Material: Steel/Aluminium Alloy
- Color: Customized Colors
- OEM: Support OEM rocker arm
- Model: motorcycle inlet pipe CMX250
V E H I C L E P A R T S
Description
The CNPK high temperature resistant inlet pipe CMX250 CA250 CMX250C, DD250, and QJ250 motorcycles is specially designed to withstand extreme temperatures while effectively delivering air to the engine.
This inlet pipe is constructed using materials that have excellent heat resistance properties, ensuring its durability and longevity even in high-temperature environments. This is particularly important as motorcycles often operate under challenging conditions, where the engine can generate significant heat.
In addition to its high-temperature resistance, the CNPK inlet pipe for these motorcycle models often incorporates an air filter. The air filter serves as a crucial component, preventing debris, dust, and dirt from entering the engine during operation. By filtering out these contaminants, it helps to maintain the cleanliness and efficiency of the engine, leading to improved performance and longevity.
Furthermore, the air filter within the inlet pipe is designed to strike a balance between filtration effectiveness and sufficient airflow. It efficiently removes harmful particles from the incoming air while allowing a steady flow to reach the engine for optimal combustion.
Overall, the CNPK high temperature resistant inlet pipe for the CMX250 CA250 (1996-2011), CMX250C, DD250, and QJ250 motorcycles is designed to provide durability, heat resistance, and efficient airflow. By incorporating an air filter, it ensures that the engine remains protected from external contaminants, promoting reliable and optimal performance.