Resin, Tough
Peopoly Nylon-Like Tough – durable black 1kg Resin for 3D Printer
Availability:
Out of stock
EAN: 5904501390408
SKU: 18630-1
Introducing Peopoly Nylon-Like Tough Resin, a premium photopolymer resin designed to provide strength and flexibility comparable to nylon, making it ideal for producing durable and impact-resistant 3D printed parts. This resin has been specifically developed for use with LCD and DLP 3D printers, delivering exceptional performance and surface quality.
€92.25 incl. VAT 23%30-day lowest price: €92.25
Out of stock
Peopoly Nylon-Like Tough - durable black 1kg Resin for 3D Printer - Specification
Brands: PeopolyResolution: 4KColor: BlackNet weight: 1kgResin type: ToughResin for 3D printer Peopoly Nylon-Like Tough – durable black 1kg
Technical specifications
- Material type: photopolymer resin
- Colour: black
- Net weight: 1 kg
- Viscosity: 780 cps at 25°C
- Density: 1.1 g/cm³
- Shore D hardness: 82
- Tensile strength: 62 MPa
- Young’s modulus: 2050 MPa
- Elongation at break: 44%
- Heat deflection Temperature: 70°C
- Shrinkage: 1%
- Compatible printers: LCD and DLP 3D printers operating at 405 nm
- Applications: functional prototypes, mechanical components, snap-fit parts, engineering models
Peopoly Nylon-Like Tough resin for 3D printers – durable black, 1 kg
Key features:
- High strength and flexibility: Imitates the mechanical properties of nylon, providing durable and flexible parts that can withstand mechanical stress without deformation.
- Impact resistance: Designed to absorb and dissipate energy, making it ideal for functional prototypes and end-use applications requiring strength.
- Exceptional surface quality: Creates smooth, precise models with fine detail resolution, reducing the need for extensive post-processing.
- High dimensional accuracy: Ensures consistent and reliable reproduction of complex geometries, suitable for engineering applications.
- Wide printer compatibility: Optimised for 405 nm LCD and DLP 3D printers, offering versatility across different printing platforms.




