How durable is carbon fiber? It delivers exceptional strength, long service life, and resistance to fatigue when engineered correctly. This material outperforms many metals in weight-to-strength ratio, making it a trusted option in demanding environments. According to data from Grand View Research, demand for carbon fiber in America sits at over $5 billion, and is...Continue Reading
Modern industries need parts that match strict demands. At SMI Composites, we deliver engineered parts that improve performance, durability, and speed. Our work supports sectors such as aerospace, automotive, medical, and defense. We focus on clear communication, process control, and strong design standards. This allows us to meet tight timelines while protecting the quality of...Continue Reading
In the evolving world of engineering and composite materials, creating a successful carbon fiber prototype is both an art and a science. Avoid carbon fiber prototype failures by preventing things like wrong fiber direction, dirty layups without proper release, and sloppy vacuum or curing with bad resin ratios. According to The Guardian, A “bulletproof” Tesla...Continue Reading
Carbon fiber is renowned for its strength, lightweight nature, and stunning appearance, making it a popular choice in various high-performance applications, from sports equipment to automotive and aerospace industries. However, keeping these surfaces in pristine condition might pose a challenge. Therefore, understanding how to clean carbon fiber is essential for maintaining its integrity while enhancing...Continue Reading
The automotive industry sold more than 14 million cars in America in 2020. Few industries remain as large and as committed to innovation as vehicle production. Composites, in turn, play a growing role in vehicle construction. What has led automakers to turn to composites? How do engineers shape composite parts? Why do engineers use composite...Continue Reading
It’s commonly believed that Thomas Edison invented carbon fiber in the 1870s. Others claim it was invented in the 1850s, and still, others claim that it wasn’t truly invented until a century later. The truth is that there is some validity to each claim. The earliest experiments with carbon fiber may have taken place in the...Continue Reading
Carbon fiber was first invented in Ohio in 1958. In the decades that followed its invention, it revolutionized the aerospace and medical industries as well as many others. Researchers have made great strides in the processes involved in the manufacturing of composite materials. This includes carbon fiber. Composite material manufacturing is a complicated process that...Continue Reading
Carbon Fiber is a modern material known for its lightweight and remarkable strength. Like many great things, it was discovered by accident. The synthesis of modern carbon fiber first occurred in 1958. A physicist named Roger Bacon was attempting a thermodynamics experiment with graphite when he accidentally found what appeared to be tiny bits of carbon...Continue Reading
One of the more interesting discoveries of the last few decades is carbon fiber. While most often used in industrial applications, such as aerospace or automotive manufacturing, carbon fiber is extremely versatile. In fact, one of the uses for carbon fiber is consumer products. That means you’ve got a whole new range of potential products for...Continue Reading
The resin infusion process is a process used in the composite field. The resin is used to fill any holes or gaps in material that may cause issues later on during the finishing process. When you’re researching the resin infusion process, you might not be able to find a complete guide of how it works,...Continue Reading
