3301pa Nylon Upd Jun 2026

Applied in speaker structural parts and intricate decorative pieces that require industrial-grade durability.

| Property | Value | Comparison | | :--- | :--- | :--- | | Tensile Strength | 68 ± 5 MPa | Similar to ABS, but with higher ductility | | Young’s Modulus | 2100 – 2500 MPa | Stiffer than standard PA6 | | Elongation at Break | 45% – 60% | Excellent for snap-fits and living hinges | | Izod Impact Strength (notched) | 55 – 70 J/m | 3x higher than ABS | | Flexural Strength | 85 MPa | Ideal for structural brackets | 3301pa nylon

: 3301PA Nylon is the better choice for functional parts requiring high flexibility, exceptional toughness, and rapid turnaround. Its significantly higher elongation at break (35%) makes it much more ductile and impact-resistant . Furthermore, its shorter build time of 48 hours makes it ideal for projects needing quick iteration or larger production volumes . The SLS process also offers a higher theoretical accuracy of ±0.2mm, making it suitable for parts with extremely fine tolerances . Applied in speaker structural parts and intricate decorative

The key takeaway: without sacrificing impact strength. Furthermore, its shorter build time of 48 hours

As a polyamide, 3301PA delivers high strength-to-weight ratio, allowing manufacturers to reduce overall product mass without compromising on mechanical performance. This lightweight characteristic is particularly valued in industries like aerospace, automotive, and consumer electronics where every gram matters.

The material produces a clean, white, and slightly matte surface finish. This allows for easier post-processing, including painting, coating, or dyeing, compared to dark-colored materials. 3301PA Applications: What Can You Print?

: With a heat deflection temperature of 147°C, 3301PA is an excellent candidate for electronics housings, especially for devices that generate significant heat, like PD (Power Delivery) fast-charger shells . According to customer feedback, printed parts fit precisely ("严丝合缝"), a testament to the material's accuracy .


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