Managing Composites

Natural fibre composites are no longer confined to low-load or purely aesthetic applications. Over the past decade, flax reinforcements in particular have matured into engineerable materials that combine low density, attractive specific stiffness and outstanding vibration damping, while meeting increasingly demanding industrial requirements. At Managing Composites (MC), our interest in flax is no…

Choosing between carbon fiber and aluminium depends on your application. This guide compares their strength, weight, cost, and performance to help you decide which material fits your project best. The post Carbon Fiber vs Aluminium appeared first on Managing Composites .

Taking part in the 2026 edition of JEC World has been the most special experience yet for the Managing Composites team. Beyond being the perfect place to catch up with old friends, clients, and colleagues, we’ve also been working closely with the organization for years as a media partner. Helping bring the world’s largest composites event to more and more people is incredibly rewarding, and it le…

Composite materials are typically used in high-performance applications, which often makes people assume they’re more expensive than other alternatives. But that’s not always the case. In some situations, they can actually be the most cost-effective option depending on the project. When composites are cheaper upfront Every project needs its own cost analysis, taking into account its specific requ…

When comparing Carbon Fiber and Kevlar®, the first thing we need to clarify is that Kevlar® is actually a brand name, not a material category. It’s DuPont’s trademark for a specific type of aramid fiber. So what are we really comparing? Carbon fiber vs aramid fibers. And that’s where the classic question shows up. Which one is better? Carbon fiber or aramid? The honest answer: neither, unless you…

If you work with composites, you already know the feeling: the closer JEC World gets, the faster the heartbeat. There’s something about this event …the energy, the ideas, the people , that makes Paris feel less like a tradeshow destination and more like a reunion with the entire industry. And in 2026, we’re heading back! From March 10 to 12, Paris becomes the global meeting point for composites a…

What we commonly refer to as composite materials are formed by combining reinforcing fibers with a resin that is subsequently cured to obtain the final part. There are many techniques available to manufacture composite components, ranging from very simple to highly complex processes. As a result, each project has a manufacturing method that best suits its specific requirements in terms of geometr…

Composites sustainability is a multi-angle story. On one hand, composites deliver massive environmental advantages: lighter vehicles, longer turbine blades, stronger structures, and huge lifetime efficiency gains. On the other hand, the way we make, repair, and dispose of composites still leaves plenty of room for improvement. It isn’t a simple “good or bad” debate. Today, composites are often th…

Quality control in composites isn’t just important — it’s non-negotiable. Unlike metals, where properties come “pre-installed,” composites are created as you build the structure. That means every temperature shift, every ply, every gram of resin can make the difference between a perfect part and a very expensive paperweight. Because composite manufacturing happens in multiple steps, quality contr…

Composite materials are becoming increasingly popular, and one of the factors limiting their growth is the lack of trained professionals who know how to work with them. At Managing Composites, we have always aimed to accelerate the expansion of composites and to ensure that anyone, anywhere in the world, can access high-quality training. That’s why we created The Native Lab, a platform dedicated …

One of the most distinctive aspects of carbon fiber is the wide range of variations available. Each type offers specific characteristics, giving engineers a broad set of options when selecting the right material for a project. In this article, we’ll explore the different types of carbon fiber and the properties that set them apart. When we refer to carbon fiber, we often mean a carbon-fiber compo…

Carbon fiber is often described as stronger than steel — and in many ways, it is. But the comparison isn’t simple. This article explores tensile strength, stiffness, weight, failure behavior, and when each material is the smarter choice. The post Is Carbon Fiber Stronger Than Steel? appeared first on Managing Composites .

Carbon fiber isn’t pricey just because it’s high-tech —it’s because producing it involves costly materials, energy-intensive steps, and expert craftsmanship. Learn what makes carbon fiber so expensive, where the money goes, and why sometimes it’s actually the smartest, most cost-effective choice. The post Why is carbon fiber so expensive? appeared first on Managing Composites .

WE DO COOL SH*T! Together we can deliver something that will surpass standards. SERVICES TURNKEY PROJECT Prepare the product specifications, do a proper handover to us and we will manage the full project, from idea to reality. By the way, we share all generated knowledge with you. CONCEPT LANDING YOUR IDEA FEASIBILITY STUDY SUPPORTING YOUR R&D CAS & STYLING ENGINEERING SKETCH & DEVELOPMENT CAD & …

Discover what is exactly carbon fiber, what makes it so special and how it is produced. Learn its key properties, applications in aerospace, automotive, and hypercars, and why it has become the ultimate material for high-performance engineering. The post What is exactly carbon fiber? appeared first on Managing Composites .

Discover how sandwich structures improve composite's strength-to-weight ratios with minimal weight penalty and explore the most common core materials. From foams and honeycombs to natural options like balsa and cork, each of them with their pros and cons. The post The Composites Heroes: Sandwich Structures appeared first on Managing Composites .

Forget the “carbon fiber killer” hype — basalt fiber never replaced carbon in high-performance composites. But that doesn’t mean it failed. In fact, it’s now delivering impressive results in the construction sector. The post Basalt fiber: From Carbon Fiber Alternative to a Perfect Match for construction appeared first on Managing Composites .

Artificial Intelligence is no longer a futuristic concept—it’s now a practical solution for real-time quality control in composite manufacturing. At Managing Composites, we’ve developed ESEN·EYE to harness the power of AI-driven computer vision for complete part inspection, traceability, and process optimization. This technology not only ensures consistent, objective quality checks, but also enab…

Managing Composites has been officially included in the FIA Technical List Nº 35 — a recognition as one of only 25 companies worldwide authorized to perform structural calculations for FIA-homologated safety cages. A mark of trust that reflects Managing Composites’ commitment to precision, safety, and engineering excellence in motorsport. The post Managing Composites joins FIA Technical List Nº 3…

Is forged carbon fiber a great material—or does it just look good? In this article, we explain what forged carbon really is, how it compares to traditional continuous fiber composites, where it truly performs and where it doesn’t. The post The Truth About Forged Carbon Fiber: What It Can (and Can’t) Do appeared first on Managing Composites .