Glass-Filled Nylon: 4 Things You Need to Know

This material is a new alternative to standard Nylon-12 for parts that are stiffer and cost-effective, with fast lead times.

By Shilpa Garg · September 06, 2017

We are excited to offer Glass-Filled Nylon as a new Selective Laser Sintering (SLS) material, now available on Xometry's instant quoting platform! This material allows you to have the same complexity of Durable White Nylon but with a much bigger build area, as well as parts that are mechanically more robust. Check out exactly how Glass-Filled Nylon can benefit you.

Glass-Filled Nylon provides:

1. Stiffer Plastic Parts

Glass-Filled Nylon is stiffer than regular nylon-12, because of the glass infill along the entirety of the part. This infill drastically prevents warping and breaking, especially for larger parts. Glass-Filled Nylon parts are highly heat resistant, which allows them to operate under elevated temperatures, making them ideal for uses in the aerospace industry, as well as many others. It’s important to note that Glass-Filled Nylon parts will be stiffer than standard unfilled nylon-12, meaning very fine features could be more brittle.

2. Larger Size Capabilities

When you are being limited in size by standard nylon-12, this material is perfect for parts that don’t normally fit within our build volume of about a 12 inch cube. The overall build volume for Glass-Filled Nylon is 26” x 15” x 23”. This can be for a few large parts, or many smaller pieces. Make sure to design wall thicknesses appropriate to a part’s size; as the size increases, walls should thicken up to about 0.1-0.2” max.

3. Cost-Effective Complex Parts

Glass-Filled Nylon is a cost-effective option that will save you money for larger, more complex parts, as compared to standard nylon-12. This pricing solution occurs in part due to the Complexity Paradox, a concept detailing that as 3D parts become more complex, often with organic shapes and pockets, the price will become more competitive versus traditional manufacturing.

4. Fast Lead Times

Parts typically are produced within 2-5 business days. Often, entire production runs can finish within a week!


Key Takeaways

Overall we recommend this new material as a fantastic alternative to parts that need to be more mechanically robust than regular SLS parts, while still maintaining SLS's cost-effectiveness.

Check out our Selective Laser Sintering design guide for an extensive look into this 3D printing process, or our Glass-Filled Nylon Data Sheet for in-depth specifications and properties!

Generate an instant quote with Glass-Filled Nylon for your parts today!

Posted in Additive Manufacturability Tips

Tags

About Xometry

Xometry is your one-stop shop for manufacturing on demand. Xometry works with 32% of Fortune 100 companies, offering 24/7 access to instant pricing, expected lead times and manufacturability feedback. Xometry’s nationwide network of 4,000+ partner manufacturing facilities guarantees consistently fast lead times across a broad array of capabilities, including CNC Machining, 3D Printing, Sheet Metal, Metal Stamping, Die Casting, Extrusion, Urethane Casting, and Injection Molding.

Featured Content

Our Ultimate Guide to Manufacturing Across Your Product Development Cycle

While many companies claim to provide manufacturing on demand, very few come close to Xometry when it comes to truly delivering against scalable capacity of production-as-a-service, fast turns on quoting and production, and uncompromising high-quality products.

Read on  

The X-Tiles Video Series: Clear and Nickel-Plated 3D Prints, Pt. 3

Watch our video series, the X-Tiles, to help you distinguish between our 3D printing processes. In this release we're comparing nickel-plated prints and "clear" 3D printed parts to help you choose the best process for your project.

Read on  

The X-Tiles Video Series: Our Most Popular 3D Printing Processes, Pt. 2

Watch our video series, the X-Tiles, to help you distinguish between our 3D printing processes. In this release we're comparing SLS vs. FDM, SLS vs. SLA, and Carbon DLS vs. PolyJet to help you choose the best process for your project.

Read on