Materials Lab

Material samples on display on a metal shelving system
Materials Lab

MATERIALS LAB EVENTS

Monday, September 2, 2024 - Friday, February 28, 2025, All day
Event status
Scheduled
Monday, February 24, 2025, 12:00 pm - 1:00 pm
Event status
Scheduled

LATEST NEWS

Fall 2024 Mini Material Grants

September 6, 2024

The Materials Lab is a resource dedicated to in-depth material investigation in design. Our circulating, ever-expanding library of material product samples and assemblies was founded in 2001. By supporting advanced and interdisciplinary material research, development, and fabrication, the Materials Lab provides the knowledge, skills, and resources necessary to design and construct a better built environment.

In addition to our material library, the Materials Lab houses a rotating exhibition space, an extensive collection of circulating books, a “free samples” section of surplus materials, and individual and group workspaces. The Materials Lab also organizes a diverse range of programming including hands-on workshops, lectures, and other events.

STAFF

LOOKING FOR MATERIALS?

Concrete samples on a shelf on display in the Materials Lab

Browse the online database or visit our collection of 29,000+ samples in person. Material samples can be loaned for hands-on inspiration and presentations. Students, faculty, and staff are welcome to check out material samples with a UT EID.

TOUR THE MATERIALS LAB

Location + Contact

West Mall Office Building (WMB) 3.102
The University of Texas at Austin
(512) 232-5969
materialslab@austin.utexas.edu

OPERATING HOURS
Monday – Friday, 9:00 AM – 5:00 PM
Fall and Spring semesters

EVENT HIGHLIGHTS

Click the images below for more information.

COLLECTION HIGHLIGHTS

​​​​​​​The material library is ever-growing and our material researchers are always on the lookout for new materials. If you come across a product that you think we should add, email us

  • Instagram Post
    Join us next Monday, 2/19, for a lunchtime talk with Dr. Sara Codarin, a roboticist and educator whose research spans large-scale additive manufacturing, robotic fabrication, digital craft, storytelling, and generative AI for world-building.<br>
    @materials_lab

    Join us next Monday, 2/19, for a lunchtime talk with Dr. Sara Codarin, a roboticist and educator whose research spans large-scale additive manufacturing, robotic fabrication, digital craft, storytelling, and generative AI for world-building.

  • Instagram Post
    What’s a circular product suitable for interior acoustics? One “sound” option is a rigid polyester panel made from recycled bottles.
    @materials_lab

    What’s a circular product suitable for interior acoustics? One “sound” option is a rigid polyester panel made from recycled bottles.

  • Instagram Post
    What’s one of the easiest ways to improve energy efficiency in buildings? Add insulation! Introducing: wood fiber insulation from TimberHP. Available as loose fill, batts, or rigid board, wood insulation provides a renewable, carbon-storing alternative to products made from petrochemicals.
    @materials_lab

    What’s one of the easiest ways to improve energy efficiency in buildings? Add insulation! Introducing: wood fiber insulation from TimberHP. Available as loose fill, batts, or rigid board, wood insulation provides a renewable, carbon-storing alternative to products made from petrochemicals.

  • Instagram Post
    We’ve covered mycelium leather here before, but now we have samples you can view in person. Developed by Ecovative’s Forager™ division, this animal-free, plastic-free material is a convincing alternative to traditional leather. Swing by to view two versions of finished AirLoom™ Hides.<br>
    @materials_lab

    We’ve covered mycelium leather here before, but now we have samples you can view in person. Developed by Ecovative’s Forager™ division, this animal-free, plastic-free material is a convincing alternative to traditional leather. Swing by to view two versions of finished AirLoom™ Hides.

  • Instagram Post
    Flexible polyurethane foam (FPF) is a material we use daily. It forms our furniture and car seating, mattresses and pillows, sports equipment and shoes. FPF is often produced in large slabs, or “buns,” that rise and set as oil-based chemicals react,&nbsp;foam, and cure.
    @materials_lab

    Flexible polyurethane foam (FPF) is a material we use daily. It forms our furniture and car seating, mattresses and pillows, sports equipment and shoes. FPF is often produced in large slabs, or “buns,” that rise and set as oil-based chemicals react, foam, and cure.

  • Instagram Post
    Welcome back to a new semester at the Materials Lab! We invite you to explore our vast collection of building materials, books, 1:1 assemblies, and surplus samples (free to use as you like, in studio or at home). We are open from 9:00 to 5:00, M-F, in WMB 3.100. <br>
    @materials_lab

    Welcome back to a new semester at the Materials Lab! We invite you to explore our vast collection of building materials, books, 1:1 assemblies, and surplus samples (free to use as you like, in studio or at home). We are open from 9:00 to 5:00, M-F, in WMB 3.100.

  • Instagram Post
    As we wrap things up for winter break, we want to take a moment to thank you for a great semester. Whether you were deep in research, sketching new ideas, or finding inspiration within our shelves or feed, it’s been a pleasure.
    @materials_lab

    As we wrap things up for winter break, we want to take a moment to thank you for a great semester. Whether you were deep in research, sketching new ideas, or finding inspiration within our shelves or feed, it’s been a pleasure.

  • Instagram Post
    This paper bench has welcomed visitors to the Materials Lab since 2017. Seven years in, it’s holding up well! As expected, it has developed a folded “patina” along the seating surface where countless students have settled.<br>
    @materials_lab

    This paper bench has welcomed visitors to the Materials Lab since 2017. Seven years in, it’s holding up well! As expected, it has developed a folded “patina” along the seating surface where countless students have settled.

  • Instagram Post
    It’s uncommon for a material to be endlessly recyclable, with no loss in quality. Glass is one exception. This week we feature high-performance slabs made from 100% recycled glass. Bio-Glass is made from post-consumer beverage bottles and post-industrial materials.
    @materials_lab

    It’s uncommon for a material to be endlessly recyclable, with no loss in quality. Glass is one exception. This week we feature high-performance slabs made from 100% recycled glass. Bio-Glass is made from post-consumer beverage bottles and post-industrial materials.