Talcs with fine particle sizes improve impact resistance.1 The lower the resistivity, the more conductive the material. They also improve dimensional stability, the ability to resist losing shape under a load, abrasion resistance and surface hardness.

Talcs with fine particle sizes improve impact resistance.1 The lower the resistivity, the more conductive the material. They also improve dimensional stability, the ability to resist losing shape under a load, abrasion resistance and surface hardness.

Talcs with fine particle sizes improve impact resistance.1 The lower the resistivity, the more conductive the material. They also improve dimensional stability, the ability to resist losing shape under a load, abrasion resistance and surface hardness.

Talcs with fine particle sizes improve impact resistance.1 The lower the resistivity, the more conductive the material. They also improve dimensional stability, the ability to resist losing shape under a load, abrasion resistance and surface hardness.

However, compared with engineered thermoplastics, these materials have a relatively high density, are more complicated and energy intense to process, and may suffer from corrosion.

For example, when load or tension is placed on a composite longitudinally (in the direction of the fiber), the fiberglass reinforcement is resistant to the loading. In contrast, when the loading is perpendicular (or transverse) to the fiber, the matrix of the composite is resisting the load. The flexural modulus indicates a material’s resistance to bending.

For example, when load or tension is placed on a composite longitudinally (in the direction of the fiber), the fiberglass reinforcement is resistant to the loading. In contrast, when the loading is perpendicular (or transverse) to the fiber, the matrix of the composite is resisting the load. The flexural modulus indicates a material’s resistance to bending.

Syncure™ XLPE Cross-linkable Polyethylene Formulations: a range of silane-grafted, moisture cross-linkable polyethylene (XLPE) systems for wire insulation and cable jacketing, delivering high resistance to heat, oil, creep, and abrasion with good low-temperature performance and outstanding flame retardancy according to UL 44, UL 4703 and CSA 22.2 requirements OnForce™ Long Glass Fiber Reinforced Thermoplastics: developed for automotive foot pedals, providing high dimensional stability, rigidity and flexibility, cyclic fatigue strength, and long-term creep resistance as well as excellent chemical and UV resistance, shows good colorability (including silver) and ease of processing Colorant Chromatics™ Transcend™ Premier Healthcare Colorants: high-temperature solutions offered in pre-colored or concentrate form in a range of vivid opaque and transparent colors that are fully bio-compatible per ISO 10993 standards to provide ultra-high-heat resistance and performance without compromising safety

chemical resistant or fire retardant Are TPEs chemically resistant? Understanding the chemical resistance of TPEs comes down to the final formulation.

Grips for devices designed for use in commercial kitchens need resistance to lipids and fatty foods. Mass loss calculated from this test indicates the abrasion resistance, or durability of the material. It’s important to note that abrasion resistance can be improved through changes in material formulation.