Discover the cutting-edge capabilities of TPV 40D-B, an innovative EPDM/PP-based Thermoplastic Vulcanized (TPV) meticulously crafted to elevate your Injection Molding, Blow Molding, and Extrusion applications. Unleash its impressive features, including exceptional ozone resistance, robust Flex fatigue performance, and UV stabilization for prolonged durability in diverse environments. Choose from a range of natural or black color options to align with your specific aesthetic preferences and functional requirements.
Applications of TPV 40D-B
TPV 40D-B proves its versatility across a broad spectrum of industries. It excels in Automotive Interiors, providing durability and performance in the most demanding environments. From Exteriors to components under the hood, this TPV delivers superior performance. Its industrial applications extend to various sectors, and its efficacy in wire & cable settings is unparalleled.
Key Characteristics
- Physical Attributes of TPV 40D-B: Experience the perfect equilibrium with a hardness ranging from 37 to 39 Shore D and a density spanning 0.91 to 0.92 g/cm3.
- Mechanical Strength: Witness remarkable mechanical properties, including a Tensile Strength ranging from 5 to 7 MPa and an Elongation at Break spanning 300% to 400%.
- Thermal Resilience: TPV 40 demonstrates resilience against thermal challenges with a melting point set at 167°C.
All provided data serves as a comprehensive guide; users are strongly encouraged to validate these figures through their rigorous testing procedures to ensure precise compatibility with their unique specifications.
Packaging & Storage
Your solution, securely packed in 25kg bags, ensures easy handling. Store TPV 40D-B in a dry, dust-free space at room temperature for optimal performance. Caution: keep it away from incompatible materials, food, and beverages.
Enhance manufacturing with TPV 40D-B. It’s a reliable choice for diverse industries, providing performance, resilience, and versatility. Opt for this TPV for a transformative impact on manufacturing.
