Description
PA100 Nylon-Like Resin eSUN
Nylon-like resin is a high-strength resin material developed by eSUN for engineering and manufacturing applications.
Weight: 0.5 kg
Product highlights:
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Excellent toughness and impact resistance.
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It can be folded or bent up to 180 degrees without breaking.
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It does not turn into powder even at high speeds.
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It has good durability and long-term stability.
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Low shrinkage, high precision, and good surface finish.
Take your 3D printing to the next level with eSUN PA100 Nylon-Like Resin, an engineering-grade resin designed to specifically mimic the properties of nylon, providing an excellent balance between strength and toughness.
Why choose eSUN PA100? Thanks to eSUN's special formula, this resin offers extremely high impact resistance. Printed parts can be bent up to 180 degrees without breaking, making it ideal for engineering prototypes or parts subjected to movement or friction, such as joints and gears. The surface is smooth and powder-free, even at high speeds.
Key Features
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Extreme Toughness & Impact Resistance: Excellent toughness and impact resistance; can be bent 180 degrees without breaking.
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Wear Resistance: High wear resistance, suitable for moving parts or parts that are in contact with each other.
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High Precision & Low Shrinkage: Low shrinkage provides high precision, preserves sharp details, and facilitates easy assembly of parts.
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Long-term Stability: The product is stable and does not easily deform over time.
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Wide Compatibility: Supports resin printers (LCD/MSLA/DLP) with both color and mono screens (405nm).
Applications
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Machine and industrial parts: Gears, Joints, Snaps
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Clamping devices: Jigs & Fixtures, Stencils
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Prototype models: Aircraft models, examples of engineering work requiring strength and durability.
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Parts that require drilling or tapping: Can be drilled (Drillable) without breaking.
Technical Specifications
Instructions for use
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Shake the bottle for about 1-2 minutes before use to ensure the ingredients are well mixed.
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It is recommended to set the support structure to be long and strong enough (3mm-5mm) to support the weight and tension during printing.
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Cleaning with alcohol (IPA) and UV curing are performed to achieve maximum mechanical properties.
