Aerospace composite materials deliver dramatic performance gains compared to steel. According to NASA, composite structures can reduce aircraft weight by up to 20-30 percent, directly improving fuel efficiency and payload capacity. That reduction also lowers emissions and operating costs across an aircraft’s lifespan. These gains reshape aircraft design, maintenance planning, and long-term performance across commercial, […]
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 […]
Is Kevlar bulletproof? Kevlar can stop certain bullets, but it does not make someone invincible. Protection depends on bullet type, velocity, and how the material is engineered into armor systems. According to NPR, sales of body armor have soared across the US in recent years, as families across the country look for ways to enhance protection […]
The core idea behind a strong carbon fiber prosthesis is simple: better materials and a controlled build process lead to better function. Here at SMI Composites, we support this every day through careful design, reliable production, and a commitment to quality across all industries we serve. This includes medical, aerospace, defense, automotive, and sports. Our […]
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 […]
The aerospace industry is witnessing an exciting evolution through technological advancements, particularly in aerospace composite manufacturing. Imagine lightweight, high-strength materials that can significantly enhance aircraft performance and fuel efficiency. As the demand for improved performance grows, manufacturers are continuously exploring innovative methods to create these advanced composites, and it’s a fascinating journey worth taking. Let’s […]
Carbon fiber tooling allows you to use molds and tools to shape composite parts. Carbon fiber is stronger and more durable than many metals while being a fraction of the weight. Since its invention in 1958, carbon fiber has fully revolutionized our industry. As industries evolve, so does the demand for more effective, efficient, and […]
Automotive innovation now moves faster than ever. Advanced development cycles rely on the automotive prototype to test ideas, validate performance, and support sustainable decisions early. Modern prototyping blends digital tools, advanced materials, and integrated manufacturing to shape what vehicles become. Automotive leaders rely on rapid experimentation to stay competitive. Automotive prototype development now connects design, […]
Carbon fiber frames enhance drones by making them lighter, stronger, and more durable. They improve flight time, maneuverability, and overall performance. This makes them a smart upgrade for both hobbyists and professionals. Tired of drones that feel sluggish, fragile, or easily damaged? Your drone’s frame could be holding you back. Enter carbon fiber drone frames-the […]
Carbon fiber is a game-changer for helicopter parts, making them lighter, stronger, and more efficient. Its durability, combined with resistance to harsh conditions, enhances performance and safety in modern aviation. In the contemporary landscape of aerospace engineering, innovation is non-negotiable. One astonishing development shaping the future of helicopter parts is the integration of carbon fiber. Known […]
