FARRPRENE IU65A

FARRPRENE IU65A in High-Efficiency Injection Molding

FARRPRENE IU65A is specifically developed to optimize injection molding performance. Its low viscosity, excellent flowability, and fast cooling behavior result in shorter cycle times and stable part dimensions. This makes it ideal for high-volume production where consistency, precision, and productivity are essential.

Polypropylene Overmolding Compatibility

One of the core strengths of FARRPRENE IU65A is its excellent adhesion to polypropylene substrates during two-component molding. This property allows manufacturers to create integrated, multi-material parts—such as soft-touch grips on rigid cores—without additional adhesives. As a result, it enhances both design flexibility and product durability.

FARRPRENE IU65A Delivers Chemical and Wear Resistance

This thermoplastic elastomer exhibits outstanding resistance to abrasion, oils, detergents, and various household and industrial chemicals. These characteristics make it particularly well-suited for applications exposed to frequent handling or aggressive environments, such as kitchen utensils, automotive interior parts, and hand tools.

Soft-Touch Feel with Structural Integrity

With a Shore A hardness of 65, this material offers a balanced combination of tactile comfort and mechanical reliability. It is ideal for ergonomic components where both user experience and long-term durability are critical—especially in consumer goods and automotive interiors.

The aesthetic quality of this material is a notable advantage. It provides a consistent surface finish that supports both matte and semi-glossy appearances, depending on the mold and processing. This makes it suitable for visible parts in consumer products where look and feel matter.

Color stability is another strength of this compound. FARRPRENE IU65A can be easily pigmented without affecting performance, allowing manufacturers to match exact branding requirements. The material resists fading from light exposure, maintaining visual appeal over time.

Its flexibility in design is also significant. The material flows well in molds, filling fine details and thin-wall sections with precision. This ensures freedom for engineers to create ergonomic, lightweight, or compact components without compromising structure.