When assembled with an engine block to create a cylinder liner wear, a cylinder liner is formed from one or more cylindrical parts. Clylinder liner wear is one of the most essential functional components that make up the engine’s internal structure. As the inner wall of a cylinder, the cylinder liner acts as a sliding surface for the piston rings while keeping the lubricant inside the walls. The outstanding feature of cylinder liners is a sliding surface; these four essential characteristics are the most significant functions of cylinder liners.
- Excellent anti-galling characteristics
- The cylinder liner itself will last longer as a result of less wear.
- Less wear on the piston ring of the companion piston.
- Less lubrication is used in the process.
The cylinder liner prevents compressed gas and combustion gas from leaking outside the cylinder.
What are the characteristics of a high-quality cylinder liner?
- It should be strong and durable since it acts as the inner layer between the cylinder wall and piston arrangement. Because of this, the cylinder liner should be able to endure continuous piston motion and very high temperatures without affecting the engine’s performance.
- Excellent anti-galling characteristics – The liner should have excellent galling resistance and not wear out with each combustion cycle.
- It acts as a sealant because high pressure and heat are generated during combustion, which is responsible for the power output. The cylinder liner’s primary function is to prevent compressed gas from escaping from the combustion chamber during combustion.
- Cylinder linings are classified into many categories based on the kind of engine, the type of combustion fuel, the application of the engine, the arrangement of the piston-piston rings, and the material composition.
Problems with Cylinder Liner Wear and Tear
The following factors are responsible for the majority of cylinder liner wear.
When two surfaces slide over one other, friction is create, which results in the wear and tear of both surfaces as they glide over each other. Liner wear occurs when piston rings to slide across the cylinder liner, causing the wear to occur. Frictional wear is determine by various variables, including the speed of movement between the surfaces, the material involve, the temperature, the load on the engine, the pressure, maintenance, lubrication, and the effectiveness of the combustion process.
This kind of cylinder liner wear is cause by the hard particles that are present and produced during the burning process. Abrasive wear is cause by the presence of catalytic fines in the fuel, the ash produced during combustion, metal swarf, dust, and accumulate wear particles in the lubricant.
A transitional step between engine testing and laboratory environment testing is achieve by using original engine parts in a closely controll tribometer environment under realistic loading conditions, in conjunction with continuous and sensitive wear measurement methods and an in-depth SEM analysis of the wear mechanisms.
Cylinder Liners for Mazda is committ to the concept of quality control and strives to maintain the reputation we have built over the years by developing technologically sophisticate product lines. They provide barrel liners that are up to date with the most current innovation and sound design requirements, and they do it at a competitive price.
- Excellent dimensional accuracy
- Sturdy construction
- Found in the cylinders of engines.
- Cost-effective pricing
How Can Cylinder Liner Wear Be Reduce to a Minimum?
The following procedures should be follow to reduce cylinder wear:
- By correctly treating the fuel oil, it is possible to prevent any water from entering the liner and causing damage.
- By ensuring that the cylinder oil is of good quality.
- Providing the proper feed rate in conjunction with a load change to the sensitive lubricating system
- By preventing moisture from the charged air from entering the system.
- By ensuring that the jacket water temperature is maintain.
- By providing high-quality, filtered fuel oil to the combustion chamber.
- Keeping the fuel injector and fuel system in good working order to ensure appropriate atomization and injection of fuel into the combustion chamber
- By doing frequent scavenging port inspections to detect piston ring wear and liner surface wear before they become severe.