ISSN 0137-0936
eISSN 2309-9852
eISSN 2309-9852
To successfully process 3301 PA Nylon, specific drying and molding parameters must be observed:
| Property | Typical Value | Significance | | :--- | :--- | :--- | | | ~75 - 85 MPa | High strength for an unfilled resin; capable of bearing heavy static loads. | | Elongation at Break | > 30% | Indicates high ductility. The material will stretch before breaking, absorbing impact energy. | | Flexural Modulus | ~2,800 - 3,200 MPa | Stiff enough for structural housings, but flexible enough to snap-fit together. | | Notched Izod Impact | ~45 - 60 J/m | Good impact resistance, though lower than specialized "super-tough" nylons. | | Melt Temperature | ~220°C - 240°C | Lower melting point than PA 66, saving energy during processing. |
3301PA is optimized for the SLS process, which provides several manufacturing benefits: 3301PA Nylon - JLC3DP
To successfully process 3301 PA Nylon, specific drying and molding parameters must be observed:
| Property | Typical Value | Significance | | :--- | :--- | :--- | | | ~75 - 85 MPa | High strength for an unfilled resin; capable of bearing heavy static loads. | | Elongation at Break | > 30% | Indicates high ductility. The material will stretch before breaking, absorbing impact energy. | | Flexural Modulus | ~2,800 - 3,200 MPa | Stiff enough for structural housings, but flexible enough to snap-fit together. | | Notched Izod Impact | ~45 - 60 J/m | Good impact resistance, though lower than specialized "super-tough" nylons. | | Melt Temperature | ~220°C - 240°C | Lower melting point than PA 66, saving energy during processing. |
3301PA is optimized for the SLS process, which provides several manufacturing benefits: 3301PA Nylon - JLC3DP