Advanced materials portfolio extends property variety of composites
CAMX 2024: 3M highlights the inclusion of Glass Bubble microspheres or the use of Nextel ceramic fibers and textiles to enhance the performance, safety and efficiency of customer applications.
3M’s family of Nextel products (top left) and Glass Bubbles (bottom left). Source | 3M Advanced Materials
3M Advanced Materials (St. Paul, Minn., U.S.) presents composite material options which to assist customers in creating more efficient, effective and impactful solutions. Specifically, 3M Glass Bubbles and 3M Nextel ceramic fibers enable manufacturers to improve the performance, safety and efficiency of their products.
3M’s Nextel ceramic fibers and textiles offer a combination of high-temperature resistance, chemical stability, and durability. 3M Nextel fibers are commonly used in aerospace and industrial applications, serving as critical components in aircraft engines, space vehicles and protective clothing for workers facing high-heat conditions. Their resilience to thermal shock, ability to withstand temperatures up to 1200°C, and low thermal conductivity make them ideal for extreme environments and industries demanding performance under stress.
According to 3M, its Glass Bubbles can help reduce weight, while maintaining structural integrity, resulting in improved processing and dimensional stability, as well as enhanced insulation properties. The hollow glass microspheres are widely used in the automotive, aerospace and construction industries, offering the ability to create light, fuel-efficient components and to enhance the physical properties of coatings and composites.
3M Advanced Materials, as well as a diverse team of sales and technical support spanning across the U.S., are available to help determine new opportunities, to progress customer projects and achieve new goals. Its diverse range of materials are engineered for high performance, offering solutions that enhance durability, improve energy efficiency and enable light, strong and heat-resistant applications across various sectors.
Related Content
-
Axiom partners with NIAR ATLAS for oxide-oxide CMC research
Partnership breaks cost and process scalability barriers through the development of oxide-oxide CMC prepreg using AFP technology.
-
NCC successfully demonstrates AFP manufacture of CMC parts
Core Research program adapts existing AFP technology and identifies optimal deposition parameters using a novel 3M towpreg material for wider CMC use.
-
L&L Furnace deliver atmosphere-controlled retort furnace for CMC
XLC3348 furnace model is tailored to produce lightweight CMC components for Midwestern aerospace manufacturer.