The aim is to investigate the influence of carbon residue from tire pyrolysis on the properties of elastomeric composites based on butadiene-nitrile rubbers.
Evaluated the effects of varying carbon residue amounts on composite properties.
Conducted experiments to measure mechanical performance indicators.
Utilized standardized methods for measuring material properties.
The presence of carbon residue improved the mechanical strength of composites.
Optimal amounts of carbon residue led to enhanced elasticity in the final material.
Negative effects were noted at excessive carbon residue levels.