In automotive interior design, the choice of material for gear knobs is critical as the interface between the driver and the vehicle, and Duracon POM (paraformaldehyde) has become the material of choice for automotive gear knobs due to its excellent mechanical properties and durability. In this article, we’ll take a closer look at the unique benefits of Duracon POM for automotive gear knobs, so you can see why more and more automakers are choosing this high-performance engineering plastic.
Duracon POM's Excellent Mechanical Properties
Duracon POM standard model M90-44 is widely used in the manufacture of automotive parts, thanks in large part to its excellent initial mechanical properties. Its basic performance indexes of tensile strength, flexural modulus, Charpy impact strength, and flexural temperature under load fully satisfy the mechanical properties and durability requirements needed for automotive gear knobs. Gear knobs are subjected to frequent operation during use, and Duracon POM’s high-strength properties ensure reliability and stability in long-term use.
1. Long-lasting Stability and Durability
Duracon POM is the preferred choice for industries requiring precision and durability due to its long-term stability. In a high-frequency component such as an automotive gear knob, the stability of the material is directly related to its service life. Duracon POM maintains its mechanical properties over a long period of time, and is less susceptible to deformation, cracking, or discoloration, even under harsh conditions, ensuring that the gear knob will remain good throughout the life of the vehicle. This ensures that the gear knob maintains its appearance and functionality throughout the vehicle’s life cycle.
The inherent wear resistance of Duracon POM ensures your shift knob maintains its like-new appearance and tactile feel over time. Unlike leather-wrapped knobs that degrade or metal knobs that get scratched, Duracon POM preserves its smooth surface finish through years of daily use. The material’s excellent flow characteristics during molding 3 allow for intricate designs that enhance both aesthetics and ergonomics.
2. Superior Temperature Resistance
With material processing temperatures between 195-200°C, Duracon POM shift knobs can withstand extreme temperature variations inside your vehicle. Whether you’re driving in freezing winter conditions or scorching summer heat, your shift knob won’t become uncomfortably hot or cold to the touch like metal alternatives often do.
3. Perfect Weight and Feel
Duracon POM strikes the ideal balance between weight and durability – substantial enough to provide satisfying shift throws, yet not so heavy as to strain the shift mechanism. The material’s density and vibration-damping properties contribute to a more refined shifting experience compared to cheaper plastics or cold metallic alternatives.
4. Perfect Weight and Feel
Duracon POM strikes the ideal balance between weight and durability – substantial enough to provide satisfying shift throws, yet not so heavy as to strain the shift mechanism. The material’s density and vibration-damping properties contribute to a more refined shifting experience compared to cheaper plastics or cold metallic alternatives.
Conclusion
From its industrial origins to its current automotive applications, Duracon POM has proven itself as the ultimate material for high-performance shift knobs. Whether you’re looking for durability, precision, comfort, or environmental responsibility, Duracon POM delivers advantages that elevate your driving experience. For enthusiasts who appreciate engineering excellence in every component of their vehicle, a Duracon POM shift knob represents a smart investment in quality.
Explore our fine line of Duracon POM gear knobs for unparalleled handling and durability. Our Duracon POM gear knobs utilize the highest quality materials combined with superior craftsmanship to add a stylish and functional interior upgrade to your car. Shop now and enjoy the driving pleasure of smooth gear shifting!
