Nylon, renowned for its robustness and semi-flexible nature, now boasts enhanced impact and abrasion resistance, making it an ideal chioce for building durable parts in 3D printing technologies.
Selective Laser Sintering (SLS) 3D printing has gained industrial popularity due to its superior ability to produce complex, high-resolution parts with strong structural integrity and excellent surface finish. Through its unique layer-by-layer, powder-bed fusion process, SLS allows for waste minimization, broad material versatility, and the simultaneous production of multiple parts. These capabilities translate into cost and time savings, making SLS an invaluable asset in rapid prototyping, manufacturing, and bespoke solutions.
Nylon 11 powder for 3D printing, also known as polyamide 11 (PA 11), It's characterized by high impact resistance, impressive strength, and elasticity, which makes it ideal for components that need to exhibit a degree of flexibility while maintaining their structural integrity. This material has a comparatively lower moisture absorption rate, which ensures that the part's dimensions remain consistent even with prolonged exposure to wet or humid conditions. Moreover, Nylon 11's significant resistance to chemical, thermal, and UV degradation further enhances its usefulness in various outdoor and industrial applications.
Applications:
End-use Parts, Spare Parts, Functional Prototyping, Medical devices, High-Performance Gears, Fluid Handling Systems, Robotic Elements
Nylon 12 Powder
Description
Nylon 12 powder for 3D printing demonstrates versatile material properties that establish its preference in a variety of applications. It boasts of excellent chemical resistance, high strength-to-weight ratio, and superior flexibility, allowing for both high durability and ease of use. Additionally, it exhibits impressive dimensional stability and low moisture absorption, enhancing its performance in adverse environmental conditions. The optimal fusion characteristics of Nylon 12 powder contribute to its seamless 3D printing process.
Applications:
End-use Parts, Spare Parts, Functional Prototyping, Medical devices, High-Performance Gears, Fluid Handling Systems, Robotic Elements
Nylon 12 GF Powder
Description
Nylon 12 GF (Glass Filled) powder for 3D printing is an engineering-grade material characterized by excellent mechanical strength, high thermal stability, and optimal resistance to wear, stress, and various chemicals. Its reinforcing glass fibers significantly enhance durability, stiffness, and heat distortion temperature, making it a perfect choice for robust and complex applications in automotive, aerospace, and engineering industries.
Applications:
End-use Parts, Functional Prototyping, Medical devices, High-Performance Gears, Automotive Components, Aerospace Elements
Nylon 12 CF Powder
Description
Nylon 12 CF powder is known for its superior strength, stiffness, and heat resistance. Composed of Nylon 12 particles reinforced with carbon fibers, this material delivers high dimensional stability and enhances the performance of 3D printed parts. It&spos;s low-moisture absorption rate renders it ideal for diverse environments, while its ability to be printed with complex geometries offers design flexibility. Despite these advantages, its powdery form demands careful handling to ensure safety and optimal print quality.
Applications:
Aerospace Component, Medical Devices, Automotive Part , High Strength End-Use Parts, Tooling and Machinery Components