Why Carbon Does Not Mean Graphite

The LATTYcarb 96 designation refers to a sheet made of carbon and mineral fibres compressed within a synthetic binder matrix. It must not be confused with a homogeneous expanded graphite sheet or a stainless-steel-reinforced graphite. Compression mechanisms, recovery, and die-cutting suitability can differ significantly. Selection must always adhere to the manufacturer's intended construction.

Thermal Service and Limitations

Temperature or pressure limits listed independently for a compressed sheet do not define its complete operational range. LATTY offers this grade for applications requiring high thermal resistance; however, the fluid, atmosphere, and bolt-up procedure must always be verified. Stress relaxation resistance is critical when equipment is subjected to thermal cycling.

Replacement Specifications

Compare fibre blends, binder composition, mechanical properties, and bolt-load requirements. Record flange standards and dimensions, system pressures, operating temperatures, and the media. Standard aramid sheets or graphite should not be substituted without a full compatibility and gasket seating stress evaluation.

To compare constructions: LATTYcarb 96 G2F and LATTYcarb 965. Fibres, binders, and potential reinforcements vary. Verify the exact construction prior to any substitution.