PA-Like(Nylon-Like) UV Resin 1000G
- Exceptional impact resistance & structural rigidity
Delivers nylon-like toughness and solid rigidity to withstand heavy loads and high-stress use. - Safe for drilling, tapping, and CNC milling
Fully machinable post-cure, allowing you to drill, thread, and mill without any cracking. - Sharp corners, crisp details, and high dimensional accuracy
Ensures ultra-low shrinkage for razor-sharp details and flawless fitment of mating parts. - Low volatile organic compounds (VOCs)
Formulated with a low-odor, low-VOC profile for a safer and more comfortable printing environment.
Recommended Printing Settings
- Bottom Exposure: 15-35s
- Normal Exposure: 15-30s
- Lift Speed: 60-180 mm/min
- Retract Speed: 60-180 mm/min
Retract Speed: 120β180 mm/min
Monochrome LCD Screen 2-3s
- Free shipping to most of UK regions
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SUNLU PA-Like(Nylon Like) Resin
Engineered to replicate the robust mechanical profiles of standard Nylon (PA), our premium PA-Like Resin bridges the gap between liquid resin printing and industrial injection molding. Formulated for demanding structural applications, this high-performance material combines exceptional tensile and flexural strength with low-odor, low-shrinkage printing precision. Whether you are producing snap-fit assemblies, load-bearing functional prototypes, or parts requiring post-print machining (like drilling and tapping), this resin delivers the uncompromising hardness and rugged impact resistance your real-world verification demands.
Nylon-Equivalent (PA-Like) Structural Engineering
Engineered as a high-performance alternative to Nylon (PA), this resin is optimized for functional prototyping where rigid structural properties are mandatory. Ideal for verification models, mechanical assemblies, and rugged enclosures, it provides the uncompromising hardness and impact toughness required by professional engineers and product designers.
High-Fidelity Molding & Low Volatility
Achieve ultimate print precision and tight tolerances. The advanced formula minimizes post-curing shrinkage, preventing warping or dimensional drift on critical mating parts. Additionally, the low-odor profile ensures a refined workflow for studio and industrial settings alike.
Enhanced Tensile & Flexural Resilience
This material boasts upgraded mechanical properties across all axes. With optimized elongation at break and flexural performance, it handles dynamic loads with ease. Post-cured parts exhibit excellent structural integrity, fully capable of secondary machining processes such as CNC drilling, tapping, and tapping-screw insertion.
