Introduction
Molecular Damage Risks of Low-Toughness Materials
Inferior materials feature short molecular chains and poor tensile resistance. External pulling triggers invisible internal molecular breakage. Fractured chains produce degradation byproducts, creating latent biological safety hazards.
Tensile Strength Laboratory Data
Silicone achieves a breaking elongation rate of 350%, while TPE exceeds 310%. After repeated stretching and resetting cycles, molecular chains remain intact with no fractures. No harmful degraded substances were detected post-testing.
Toughness Improves Collection Durability
Superior tensile toughness supports flexible posture adjustment without tearing damage during gentle daily handling. Stable molecular structures prevent long-term degradation and toxicity, extending artwork service life.
Closing Words
Gentle handling requires resilient material protection. We validate molecular stability through tensile experiments. Every tough, safe artwork accompanies users through years of quiet collection moments.