An interlayered tang steel core is between flexible graphite layers to create a tanged graphite gasket. The tang steel core reinforces the gasket to retain its structural integrity and shape in the face of pressure and temperature changes. These gaskets are frequently utilised in high-temperature and high-pressure applications, such as industrial machinery, automobile engines, and pipe systems, where a dependable seal is essential to preventing fluid or gas leaks. These gaskets work well for sealing uneven or rough surfaces because of the graphite material's elasticity and durability, which creates a tight, long-lasting seal.

Depending on the exact material and structure, Tanged Graphite Gaskets can normally tolerate temperatures between -200°C and +500°C (-328°F to +932°F) and pressures between vacuum and high pressures.

Tanged graphite gasket installation must be done correctly to provide adequate sealing. This entails installing the gasket without creases or folds and tightening the flanges with the appropriate torque.

Gloves are necessary while handling Tangled Graphite Gaskets to avoid graphite dust causing skin discomfort. Extra caution should be exercised during installation to prevent harm to the gasket and guarantee adequate sealing.

The material graphite may be used to make graphite gaskets. This has a total carbon content of ninety to ninety-nine percent. Graphite gaskets' degree of flexibility is strongly correlated with their carbon content. A multitude of materials can also be used to enhance graphite gaskets.