Save time by replacing your engine components on time

Proper engine timing is vital to ensure the fuel mixture ignition happens at the right time. In case the timing is off, the engine will not run smoothly. Symptoms of bad engine timing include knocking sounds, overheating, low power, increased fuel consumption or trouble starting the engine.

One of the main obstacles to moving parts to attain efficiency is friction. To facilitate the movement of those parts, bearings are used. They reduce friction between different parts by reducing the freedom of movement, so they only move according to their intended purpose. This also helps reduce excessive noise.

At the heart of the internal combustion engine lies one of its most critical components - the piston. It facilitates the conversion of fuel into mechanical energy, and its reciprocating motion is what drives the machine. No piston, no power transfer. 

There are two main types of piston ring, compression rings and oil control rings. The primary function of a compression ring is to seal the combustion chamber, preventing gases from leaking into the crankcase. Oil control rings, however, manage the distribution of oil on the cylinder walls. Together, these rings help transfer heat and reduce friction between the piston and the cylinder. 
 

The engine valve’s movements open and close the combustion chamber. The intake valves regulate the air or air/fuel mixture intake while the exhaust valves open en close for the exhaust gases. 

An engine cylinder liner is a cylindrical metal sleeve that fits inside the bore of the engine block, providing a smooth and durable surface for the piston to move within. Liners serve to protect the engine's cylinder walls from degradation and contribute to efficient heat dissipation, helping to ensure optimal engine temperature. 

A piston pin, also known as a wrist pin or gudgeon pin, is a cylindrical metal rod that connects the piston to the connecting rod. This linkage enables the conversion of the piston's reciprocating motion into the rotational motion of the crankshaft. As well as supporting movement of the piston, the piston pin helps to reduce friction by rotating within the connecting rod's small end, and also helps transmit forces during the combustion process.