Ionbond Italia Srl expands coating capacity for high-performance cutting tool applications

You can already read it in our slogan: we are the surface engineers. When it comes to providing coating solutions for the automotive industry, that means understanding your application in depth and then designing the solution that meets your requirement. Through this distinctive approach, we can position ourselves as a true development partner, in addition to a high-quality coating provider.

Did you know that PVD coatings might play an important role in bringing self-driving automobiles to market? Read more in our article, and come see us at IZB 2024 in Germany!

More and more automotive designers are looking to physical vapor deposition (PVD) coatings to give their car interiors and exteriors an exclusive esthetic. PVD coatings are thin, durable, scratch and wear resistant, and have a premium look and feel. Ionbond is working with high-end car brands to deliver the optimum coating solution for their unique designs. Want to hear more about what we’re doing in this area? Come talk to us at IZB in Wolfsburg, 22-24 October 2024.

At Ionbond, we are proud of what we have achieved. We have over 30 coating centers around the world, a fleet of high-tech coating machines and a wide range of proven, innovative PVD, CVD and PACVD coatings. More than that, we are proud to offer one of the largest network of surface engineers, ready to provide local support to our customers everywhere.

Join us at our boothS30103 in Orlando, Florida (USA), from October 15 to 17 for the 2024 edition of FABTECH, North America’s largest trade show for metal forming and fabricating. We’re looking forward to showing our premium performance coatings for forming metals and non-ferrous metals, aluminum die casting as well as our developments in plasma nitriding for duplex coatings. In addition, we’d love to hear about your current projects and challenges in forming and molding.

We are proud to present our whitepaper on developing coating solutions for components used in hydrogen, for instance in a hydrogen internal combustion engine. This is a lesser-known application of hydrogen technology for mobility – compared to the more well-known hydrogen fuel cells – yet with strong potential for specific applications such as long haul trucks and heavy duty construction vehicles. The whitepaper is available for download now! Let’s start with a little preview of what it covers.

We’ve got several interesting pieces of news for cutting tool manufacturers in North and Latin America! With new technology in the Ionbond coating center in Duncan (South Carolina), it will be the second USA coating center after Madison Heights (Michigan) to offer the recently developed universal AuroraX^™ Plus coating. In addition, both coating centers offer many of the other Ionbond Premium Plus PVD coatings, such as Tetrabond^™ Plus, Hardcut^™ Plus, Crosscut^™ Plus and Maximizer^™ Plus. Finally our coating center in Cleveland (Ohio) is expanding capacity with the installation of state-of-the-art CVD technology by the end of 2024.

We are excited to launch the first Ionbond Summer School program on Duplex Coatings. Discover and learn more about how to boost the performance of your forming application with duplex coatings and plasma nitriding in 5 insightfull lessons.

Looking for non-toxic alternatives for hard chrome plating and PTFE coatings?

So have we! At Ionbond, we have developed PVD recipes that can offer a viable alternative to these typical coatings, even in heavily regulated industries such as the aerospace sector. Interested? Check out our article and let's meet at the Farnborough International Airshow to discuss your needs.

As a leader in surface enhancement technology, Ionbond continues to set benchmarks in the aerospace sector with its innovative coating solutions. Our participation in prominent events such as the Farnborough International Airshow underscores our commitment to advancing aerospace technology.

In the realm of product manufacturing, the quest for both aesthetic appeal and durability often leads to a common dilemma: how to make plastic components look more luxurious and stand up to the rigours of daily use. This is where the innovative use of Physical Vapor Deposition (PVD) coatings offers a solution that enhances both the visual and functional quality of plastic parts across various industries.

Ionbond Sweden is opening a state-of-the-art coating centre. The new facility will triple the company's floor space and boost production capacity, enabling to better serve various sectors, including cutting, forming, automotive, decorative, and industrial components. The new plant is carbon-neutral and is 100% renewable energy-powered. It is the result of the company’s commitment to growth and sustainability. Ionbond Sweden is now ready to take on larger orders, further solidifying its reputation as a dependable global partner for high-quality coating solutions.

For companies in sheet metal forming, the generation of burrs and slivers is an ongoing challenge, especially when it comes to forming aluminum alloys. Burrs and slivers can reduce the final product quality and are costly to remove, which drives the search for solutions that prevent them from forming. Ionbond’s solution for this challenge is our Tetrabond^™ tetrahedral amorphous carbon (ta-C) coating – a thin, extremely hard coating with a smooth surface and low sticking.

Ionbond has been a leader in high-performance coatings for decades, for both technical applications and the luxury segment. In luxury products, we have especially earned a name for ourselves in beautiful, durable and high-quality coatings for watches, serving top brands. Today, this know-how has been extended to high-end accessories.

Are you looking to increase the performance of your cutting tools for machining non-ferrous materials? Ionbond has a coating solution that helps combat built-up edges, abrasive wear and more. It was designed specifically to allow you to make use of the great material properties of these materials, while increasing manufacturing efficiency.