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Designed to safely transfer fuel between the fuel system and engine. The hose provides flexibility and resistance to fuel, heat, and vibration, helping maintain reliable fuel flow under various operating conditions.
Transfers coolant between the engine and cooling system to help maintain the proper operating temperature. It is designed to withstand heat, pressure, vibration, and continuous temperature changes.
Supports pivoting and moving parts of the motorcycle while absorbing vibration and reducing direct metal-to-metal contact. It contributes to smoother movement, stability, and improved ride comfort.
Helps maintain proper tension of the engine cam chain during operation. Stable chain tension supports accurate valve timing while reducing chain vibration, noise, and excessive movement.
Transfers rotational power through the drivetrain system. Designed for strength, dimensional accuracy, and durability, it contributes to smooth and reliable power transmission during acceleration and continuous riding.
Provides a comfortable and secure contact surface for the rider’s feet. The rubber component helps absorb vibration, improves grip, and reduces direct vibration transmitted from the motorcycle to the rider.
Engine mount rubber supports the engine while helping isolate vibration generated during operation. It reduces the transmission of engine vibration to the vehicle frame, contributing to improved stability, reduced noise and vibration, and greater riding comfort.
Its rubber structure also allows controlled movement between the engine and vehicle frame while helping protect surrounding components from excessive vibration.
A suspension bush provides a flexible connection between suspension components while absorbing vibration, shock, and movement generated during riding.
It helps reduce direct metal-to-metal contact, controls unwanted suspension movement, and contributes to stable handling, smoother suspension operation, and improved ride comfort across varying road and terrain conditions.
The carburetor spacer is positioned between the carburetor and engine intake system, providing a stable interface between components.
Its integrated sealing structure helps maintain a secure connection, reduce air leakage, and isolate heat and vibration between the engine and carburetor, contributing to stable engine operation and reliable performance.
Bottom rubber supports power equipment such as generators while helping absorb vibration and impact generated during engine operation.
It reduces the transmission of vibration from the equipment to the supporting surface, helps stabilize the unit during operation, and minimizes direct contact between the equipment frame and the ground. This contributes to reduced vibration and improved operational stability.
They perform two essential functions:
1. Reliable Fluid & Gas Transfer — Safely transport coolant, fuel, oil, vapors, and other media between vehicle components while helping prevent leakage.
2. Vibration Isolation & Flexibility — Absorb engine movement and vibration, helping reduce their transmission to connected components and the vehicle body.
Designed to transport engine coolant between the radiator and engine while withstanding temperature, pressure, and vibration during vehicle operation.
Designed to circulate hot coolant between the engine and heater system, providing reliable performance under varying temperatures and operating conditions.
Designed to provide a flexible connection within the vehicle fuel-filling system, supporting reliable fuel transfer while accommodating movement and vibration.
Designed for the Positive Crankcase Ventilation (PCV) system, providing a reliable pathway for crankcase gases while supporting efficient engine ventilation.
