Prox cylinder head gasket kit

The head gasket kits also known as emery include the gaskets necessary for the overhaul of the head and the thermal part of the engine, ideal for those who need to replace the piston without opening the engine.

Why replace gaskets:
- When the metal parts of the engine get hot, they can deform and swell, which can damage the seals causing leaks. The most common symptom is the lowering of the radiator liquid level or the leakage of liquid from the cap due to the pressure that is created.
- When disassembling the head unit to replace the piston it is necessary to replace the gaskets, the old gaskets if reused could no longer have a seal.

The Prox emery head series gasket is manufactured with the utmost attention to quality, by top tier factories to ProX specifications, ensuring a high quality seal. Precision engineering and the use of first choice materials guarantee the quality required of a gasket.

To ensure superior performance across a wide range of engine types and sizes, ProX manufactures gaskets using a variety of materials. Whether you require the latest advanced technology, such as multilayer steel gasket, or a synthetic fiber, ProX offers a wide range of products to suit any application.

Why is the quality of this product important?
It is important to choose high quality emery gaskets and ensure they are installed correctly to avoid problems with the engine not running properly and a loss of compression could occur, which can lead to a number of problems such as loss of power, engine overheating, smoke from the exhaust and loss of coolant. Additionally, a faulty emery gasket can cause severe engine damage, resulting in the need for costly repairs.

What are the gaskets for:
The gaskets are used to couple mechanical parts that do not match perfectly, therefore to compensate for the irregularities of the support area due to the production process, to compensate for surface planarity defects and to widen the contact surface between the two elements.

Image reflects the exact shape.