Podcasts about Fiberglass

On this episode, Mike Gromacki revisits the show to discuss some of the latest news at Norplex-Micarta. Now 10 months into his role as CEO there, Mike is helping shape the company's next chapter around a clear focus: “Life Critical. Mission Critical. Composites.” We'll discuss what that means for their capabilities, the markets they serve, […] The post Life Critical. Mission Critical. Composites: The Future of Norplex-Micarta with CEO Mike Gromacki first appeared on Composites Weekly.

On this episode, Rhona Togher, CEO and co-founder of Lios, joins the show. Lios is an Irish company developing advanced materials to tackle unwanted noise and vibration. Its flagship technology, SoundBounce, takes a different approach to acoustic insulation—combining a responsive material with a cellular structure to address difficult low-frequency noise without the weight and bulk of conventional solutions. […] The post SoundBounce and The Future of Acoustic Materials: Interview with Rhona Togher of Lios first appeared on Composites Weekly.

On this episode, Nathan Silvernail joins the show. He is the co-founder and CEO of Plantd—a company reimagining how structural building materials are manufactured. Before launching Plantd, Nathan spent nearly a decade at SpaceX, where he helped develop advanced manufacturing systems for the Crew Dragon spacecraft. He is now applying that same engineering mindset to […] The post How Former SpaceX Engineers Are Turning Grass into Carbon-Negative Structural Panels first appeared on Composites Weekly.

With CAMX just a few weeks away, it’s a perfect time to revisit one of our previous conversations with Daniel Murphy of Alcove Media on a topic that every exhibitor should be thinking about: how do you actually generate business from a trade show? Many companies invest tens of thousands of dollars exhibiting at events, but simply showing […] The post CAMX Is Coming: Here's A Smarter Strategy for Trade Show ROI first appeared on Composites Weekly.

This time we present an interview with Mark Racop, founder of Fiberglass Freaks in Logansport, Indiana, the world's only licensed creators of accurate 1966 Batmobiles! He has also created the Fiberglass Freaks Batman Museum, a repository of Bat-pop culture, with lovingly recreated sets from the show and displays that are constantly changing, with still many plans for future upgrades.  This is a free episode with ads. To listen ad-free AND get an additional 7 minutes of the interview, go to patreon.com/deconcomics, where you can hear this and every Bat Bits episode for the low, low price of two bucks a month! The additional interview portion that's only in the Patreon version includes discussion of the museum's recreation of the Batcave's atomic pile, the effect of Batman 66 on the comics industry, and the Burroughs 205, the flashing-lights computer seen in the Batcave and in many other TV shows and movies. It was a real computer! It looks cool, but what did it actually do? Join us at patreon.com/deconcomics to hear the full interview!

Joining the podcast this week is Yannick Willemin. Yannick is the founder of Catalysium, a deep-tech consultancy supporting startups, SMEs, and investors across the composites and advanced materials ecosystem. He brings nearly two decades of experience spanning materials engineering, manufacturing, business development, corporate strategy, startups, and investment. His work touches nearly every part of the […] The post Catalyzing the Future of Composites: From Innovation to Investment- Interview with Yannick Willemin first appeared on Composites Weekly.

Bret Tollgaard, president at Sunrez, joins to discuss faster UV blade repairs, new leading edge materials, and growing OEM approvals. Reach out to sales@sunrez.com to learn more! The Uptime Wind Energy Podcast is brought to you by Weather Guard Lightning Tech, creators of the StrikeTape Ultra LPS retrofit. Subscribe to Uptime’s Substack newsletter. And check out Rosemary’s “Engineering with Rosie” Youtube channel. Have a question we can answer on the show? Email us! Welcome to Uptime Spotlight, shining light on wind energy’s brightest innovators. This is the progress powering tomorrow. Allen Hall: Brent, welcome back to the program.  Bret Tollgaard: Appreciate you having me back on.  Allen Hall: There’s been so much happening in the world of UV prepregs and UV adhesives over the past year. Particularly on LinkedIn, I’ve seen numerous repairs which have used your material, SunRes material, to fix some pretty decent, uh, blade problems. Are you seeing, just seeing a, a much wider adoption now that everybody has basically agreed that UV is the way to go?  Bret Tollgaard: I, I really do think that it’s starting to become one of the go-to standards for a variety of repairs in the wind market. And yeah, it’s great to see both our prepregs and lights being used all over LinkedIn, showing the [00:01:00] capabilities of the materials and how happy customers are to use and adopt the materials. Allen Hall: Yeah. The UV materials are, are getting adopted by OEMs. A lot of ISPs, a, a lot of operators now have it as a standard practice to use UV cured materials just because of the speed and the time that is saved. Uh, it’s, it’s remarkable how much time you’re saving, because the, the real kicker right now if you’re trying to do a repair, even in the summer months, let’s just say it’s warm outside and the temperatures are right and it’s calm winds, you’re saving multiple hours per repair. What generally… How much time are you generally saving on a kind of a, quote unquote, “standard blade repair”?  Bret Tollgaard: More and more time, actually, with each session. So we might be saving 50 upwards of 80% of the labor of a traditional epoxy repair. Um, what we’ve been training companies to do more and more frequently is to actually pre-consolidate the entire repair patch downtower, whether it’s in the trailer or inside the tower itself. Um, and so you can pre-consolidate, get [00:02:00] all the air out in between your layers, have the primer pre-applied to the backside. That way, when you’re actually uptower, it’s simply peel, stick, roll, and then cure it out with our UV light. Sub 10 minutes, uh, will get you a fully cured part.  Allen Hall: Wow. That’s remarkable. Yeah, when I see those LinkedIn posts from all kinds of operators all around the world using your material I also noticed that the weather conditions may not be pristine like you would have to do with epoxy. So there, there’s like a band of temperatures that epoxy systems generally work in. But with the UV material, I’m noticing, I’ve s- I s- especially over the wintertime, I saw some cold weather repairs going on. Is there any limitation really to the UV cured patches and materials in temperatures?  Bret Tollgaard: There, there really aren’t for the temperature ranges that people will actually be out and installing these. Some of my favorite photos are when it’s negative five Celsius outside and everyone’s got the big gloves, the big [00:03:00] scarves, the big warmers and everything, and they’re applying our prepreg materials, uh, in below freezing conditions and still curing with the same 10-minute cycle time. Uh, another big advantage of our UV prepregs is everything’s already pre-wet out, so you’re not uptower with your fiberglass and your resin kicking off an epoxy or even some other, uh, you know, materials out there where it’s really hard to impregnate and get that saturation and kick off with UV. And so our prepreg repair patches really lend themselves to efficiency in the field, uh, over a really broad variety of, uh, ambient temperatures. So some of the negative five, negative 10 C installs all the way up to the hot ones in Texas and India and Australia, where you’ve got these people and it’s 100 Fahrenheit or, you know, 35 plus C, and you still cure with the same consistency, the same cure rate, the k- same cure speeds, um, really, really makes it a very versatile system. Allen Hall: It just gets rid of the variation and, and [00:04:00] that’s one of the items when we look at repairs. So we’re on the lightning side of this business where lightning damage happens, so we see a lot of repairs happen. We also see a lot of repairs that don’t look great. They’re, I mean, the vast majority do look great, but you get these occasional ones where they’ve tried to use epoxy in the wintertime and use a heat blanket. It, it’s difficult to do. It, it just is because of the material, it’s very difficult to do. I’m recommending more and more that they use a UV cure material if they’re gonna go off and do it, particularly as they, uh, do what I would consider to be a temporary patch until they get where they can do more in-depth work when it’s warmer outside. But it, it does really change the game because the ability to buy the material quickly is amazing. Uh, b- there’s no hazardous me- chemi- chemicals in, uh, the Sunrise material at all, so it can be shipped anywhere, anytime, overnight, on a airplane, on a truck, doesn’t matter. Does that really open up the marketplaces for the [00:05:00] Sunrise UV cure materials? Bret Tollgaard: 100%. And because of the long shelf life as well, um, we stock and store all of the common, um, materials used for wind. The prepreg, the putties, the surface primers. Fiberglass also does a great job of stocking and storing things. And yeah, because these can ship as unregulated materials, we get calls for next-day air shipping all the time, all over the world. And so whether it’s out here domestically, it’s going up to Canada, Europe, uh, Asia, Australia, um, it’s really, really simplifies the whole process from start to finish.  Allen Hall: Are there any special tools you need to use when applying a, a UV cured prepreg patch to a blade, or is it just standard existing tools? Is there anything unique there? Bret Tollgaard: No. It’s kind of as simple as it gets. There’s no vacuum bag required. There’s no heat blanket required. To truly install the materials, you’re gonna take off the back, uh, layer of, of the film on the backside of the [00:06:00] prepreg, re-stack and consolidate your materials. Uh, you’re gonna consolidate that with a basic three-inch or six-inch bubble buster hand roller. Every technician’s gonna know exactly what that is. Uh, it’s a simple piece of little rolling metal that, uh, simply rolls out any air between the, the repair patches. And then after that, you’re gonna grab a paintbrush, and you’re gonna spread some of our surface primer over the backside of the prepreg. So you got a hand roller, and you got a paintbrush That’s all you’re gonna need to get the material up onto the wind blade. And then of course, to cure the material, you need a UV light to do so. The sunshine, although it will cure the material, you never have consistent sun, light intensity, you’re on the shady side of the blade, et cetera. And so we’ve developed a variety of UV curing devices to help facilitate that. So our standard in the industry right now is what we call our Gen 2 LED lamp. It’s about the size of an eight and a half by 11 sheet of paper. Um, but it’ll, it’ll cure several square feet at a time when you’re 14 to 20 inches or so away from that [00:07:00] surface. Uh, but in addition to that, we’re also working on a patent pending LED array system that is gonna be a broader… Right now, it’s about a half meter by one square meter surface area, and it’s gonna, um, emit a very, very uniform, uh, amount of light intensity across that entire surface all at once to make it even easier for the installers so they can just strap it to the blade, cure it for five minutes, and then move it over if they have a longer, uh, you know, one to two square meter repair. Allen Hall: Wow, that’s remarkable. I, I have one of your lights, and I’m always shocked at how much light intensity there is because I’ve used other lights and seen other lights, and then they’re not nearly as bright or consistent across a, a piece of fabric, for example, where you just see uniformity.  Bret Tollgaard: That is certainly one of the challenges that we’ve actually encountered when people say, “Oh, well, I have a UV light. I bought it on Amazon. I bought it from eBay. I bought it from somewhere where that 200 watt listed on that is not truly 200 watts, or the light intensity, [00:08:00] uh, that they, you know, claim to have. UV cure materials need the correct wavelength. They also need the correct light intensity on that surface to guarantee your depth of cure and to make sure that you’re truly bonding to the base substrate behind you. The thicker you go, the more light intensity you’re going to need. So a lot of the knockoff materials really just don’t do it justice, um, and which is why we’ve, you know, intentionally built the LED curing systems that we have to cure with our prepregs, uh, and putties and adhesives. So they are all true one, uh, one single system. Allen Hall: We’ve looked at different light systems here at Weather Guard, and I know we’re engineer- we’re an engineering group, right? So we’re gonna go look to see what these different lights are, and are they really truly putting out the frequency of light which is written down on the ad. It’s amazing, like, uh, the variation you get light to light. It really depends on what the source is, but, uh, to test a light, just to test a light to make sure it’s putting out the right intensity at [00:09:00] the right frequency is super expensive. So you can buy a several thousand dollar sensor to check your hundred dollar light, or you could actually buy the right thing from SudRes and have the proper light because it does change the cure rate and what the result is. So- Y- y- is it easy to tell, Brett, when I, if I have a light in the truck, do I know it’s the right frequency? How do I even tell that, uh, to know that I’m using the right stuff?  Bret Tollgaard: Well, if it says SunRes on the backside of that lamp, you have a guaranteed method of knowing exactly what that is. Um, we have the most broad industrial use UV lamp on the market, like, first and foremost. There are several that cost four to five times what we do, but a lot of times they’re also a really small aperture, so they’re only curing a small footprint, which is why we’ve become the kind of gold standard for all UV cure repair solutions out there using a SunRes lamp. Um, we just make the best product, not to toot our own horn [00:10:00] too much. Um, but it, it really serves the need of what these industrial customers in wind and other industries are looking for. Um, and I’m sure there are other systems out there. I’ve personally tried and tested dozens of different lamps out there to always see what’s on the market, and what we provide is just above and beyond performance-wise for the cost. Allen Hall: And one of the, the questions that comes up with the light when we talk to operators, like, “Where do I get the light?” Well, you, you call Brett at SunRes and you buy yourself a light. The second question that happens is, has the OEM blessed this material? Have they validated the material? Has it been through material testing? Has the OEM done structural loading on the material? Did I know that as a repair material, it’s actually gonna adhere to my polyester blade or my epoxy blade or whatever this thing is? Do I know that this is gonna work? Sunrise has been through a number of, uh, OEMs at this point. What’s the status of your OEM [00:11:00] relationships there? Bret Tollgaard: Very, very solid, and constantly getting approved by more and more OEMs. Um, we’ve sold over 35,000 square meters of prepreg into the wind market alone. And with that has come a variety of, uh, you know, engineering approved jobs versus fully validated materials. We now have 20-year lifespans on a variety of different OEM, uh, wind parts. And so our epoxy and polyester, we adhere phenomenal to both. And yeah, our prepregs are getting, uh, used more and more in every single application.  Allen Hall: I, I assume you can provide references if, if someone were to ask, like an ISP, “Can I talk to the OEM about this?”  Bret Tollgaard: Absolutely. Uh, and it, it’s, you know, no secret. General Electric’s been one of the big pushers of UV cure materials now for a while, um, for both their epoxy and the LM polyester blades. Um, but there are several European OEMs that are actively, you know, certifying the materials as well.  Allen Hall: Oh, that’s a smart move on their part. [00:12:00] Uh, one of the considerations for using a UV material is training. Uh, do I need to do special training for my technicians? Is it really different than epoxy? Do I have to do any training at all? What’s the level of skill that would be in- involved in using a, a UV prepreg?  Bret Tollgaard: The reality is, if you have any bit of experience of knowing what a resin and a fiberglass and wetting things out, UV just makes that job even simpler. So all the repair technicians that have gone through repair academies, been trained on the, on site or on the job, that have gotten their hands dirty, as we like to call it, with making some, uh, composite repairs, UV is just gonna simplify the process even more. Um, in 2026 and 2027, we’re actually starting to work, uh, uh, more closely now with a variety of the blade repair groups or academies and training facilities to also get UV cure in people’s hands so they don’t experience, uh, for the first time when they’re out, you know, getting a job with one of these other [00:13:00] OEMs that are recommending use our material now instead of, uh, epoxy systems. Allen Hall: Mm. And all the experience that’s happened at, at Sunrise, I, I don’t know if a lot of people realize that you’re a roughly 40-year-old company. You’ve been around a long time, although you’re nowhere near 40. But the company has been around a long time. What was the origin of SunRes? Uh, because it wasn’t necessarily in wind, right? Wind is sort of an afterm- after-market kind of application where it kind of transferred over. But what, what was the core start of the business?  Bret Tollgaard: Yeah, no, we were founded in September of 1986. So in just a couple of weeks, we’ll actually hit our 40-year anniversary.  Allen Hall: Wow.  Bret Tollgaard: SunRes was originally founded, uh, in, uh, once again, the, the mid-’80s for just UV cure formulations in general. Spent the first several decades, uh, of its life being primarily an R&D, uh, kind of based group, um, formulating specialty UV cure solutions for mostly thick wall fiber reinforced applications. So anything from [00:14:00] boat hulls to, uh, drones to, uh, you know, bathtub repair and saddle trees. Um, we’ve sold really the, a whole kind of gambit of very broad basic systems to incredibly advanced high precision, uh, you know, applications. And so as we grew and evolved the, the formulas and the recipes to cert- uh, to solve certain needs, now we’re kind of elevating that to a more, uh, manufacturing based business and offering true repair solutions as opposed to just R&D and working on developing solutions to repair something.  Allen Hall: And that’s growing outside of just the pre-preg processing materials, packaging it up and shipping it. And y- you’re now getting more into specific solutions in wind, which is really exciting. The leading edge erosion issue is plaguing a lot of turbine blades in the United States and, and globally. Australia has a big problem with it, and there’s a, some other places that I’ve seen some pretty [00:15:00] rough looking blades, India being another one. Uh, the solution to go fix those blades has generally involved, uh, putting someone up on a rope, a- applying material, fiberglass back down, trying to repair holes in particular, and trying to cap that off. But now there’s some new materials that can speed up the process to at least get you back to a, a surface, a usable surface that you could then apply an LEP or whatever you decided to do there. What do those new materials look like and, and how are they being used today?  Bret Tollgaard: Yeah, no, great question. So ultimately there are broad– uh, you know, a really, really broad, uh, array of challenges that wind in particular really kind of faces. And so developing UV cure solutions to fit more of those than just a small little repair patch or a crack has been something that we’ve been working on for a while with a variety of different groups. Um, but leading edge in particular, not just protection, but also the rehabilitation of those leading [00:16:00] edges. So we’ve done that in a couple of different ways. Some have been some pre-consolidated repair patches that we’ve built, where a specific blade requires, um, you know, a, a design package to reinforce certain areas, whether it was, uh, too many ply drops in a certain zone or an area of high wear. Uh, but the other ones kind of more recently are starting to build, I’ll call like a fiber reinforced type putty, where you’re actually filling gaps, filling holes, filling imperfections with a more structural repair solution before then coming over the top with an LEP for the protection of that blade long term. And so being able to provide solutions for both, uh, hand, but then also robotics is something that we’ve been focusing on. So repair technicians can do it, but then also make sure that the, uh, robotics industry has the materials that they need to be able to do that in a fast and timely manner.  Allen Hall: So these new materials can be applied with a robot, I just heard. How does that work? Is it a cartridge system or a liquid system? How– Is it sprayed on? [00:17:00] W- how does this thing work?  Bret Tollgaard: Ultimately, it’s whatever that robotics company says that they would like and need. And so we build, uh, certain things to meet different demands on both of those aspects. But some are spray, some are coated, some are troweled, uh, all of which though, uh, include applying a UV cure material, uh, and then curing it to then make sure that they get the correct, uh, you know, mechanical and thermal properties for that leading edge or that leading edge re- rehabilitation. Allen Hall: That must be a huge time saver.  Bret Tollgaard: Phenomenally so. Uh, the robotics companies are, are pretty happy with the way that things are starting to unfold, and then same with the, uh, owner-operators. Like when you can go and you can have a robot Fix, sand, or sand, clean, fill that leading edge without a technician having to be up there. Tremendous amount of time savings, and then also just liability and repeatability, um, which is always an important thing, is having extremely high quality throughout that entire process, uh, and then recording it and everything like [00:18:00] that too.  Allen Hall: Well, that’s the key to any leading edge repair that I’ve seen, is the repeatability and controlling the, uh, sometimes the uncontrollables, trying to add a little bit of restriction about what you’re doing, how you’re doing it to get the consistency in the product. Because there’s a lot of products on the market right now, uh, that supposedly will do this thing But there’s– we have seen a variety of outcomes even for the same material. C- moving to something that’s a little more standard and, and particularly UV-based, where it’s stable, shelf-stable, right? I mean, th-there’s no expiration date necessarily. You, you probably put a time limit on it, but it’s shelf-stable, so I have a, a barrel of it in the, in the pickup truck. I can probably still use it. But, uh, what am I thinking about when I start to make those decisions? Because this is all new to most of the industry. They haven’t seen this. What– some of the things should they be considering when they’re thinking about, “I got a leading edge repair.[00:19:00] It’s kinda ugly. It’s probably cat three, maybe cat four. Where am I going here? Who am I talking to, and why am I thinking about UV?”  Bret Tollgaard: Yeah, I mean, ultimately it comes down to, you know, a variety of value that we provide the customers. Um, as you said, being shelf-stable is incredibly important. The reality is a lot of these repair materials aren’t being stored in a temperature-controlled warehouse. It’s being stored in someone’s trailer, and they’re gonna use half of a cartridge, or they’re gonna use four prepregs, and they’re gonna have six more sitting on the shelf for two more months until they move to another job that they’re gonna go and do something else. And so the materials themselves need to have an incredibly long shelf life, but also be able to handle those varying temperatures. Like if you’re out in the middle of Texas here in the United States, it can be 130, 140 degree Fahrenheit inside that trailer during the day, but at the same time at night, you can have temperatures below freezing in certain areas, and it needs to be able to withstand both of those extreme temperature environments. Um, that being said, [00:20:00] you buy from a group like us or you buy it from Fibre Glast where it is stored properly, and it can be shipped next day to, to you on site. Uh, it simply, it, yeah, it simply helps, uh, everyone long term, uh, make sure that they have the materials that they need.  Allen Hall: I would be remiss not to talk about our Strike Tape Ultra product, which is a partnership between Weather Guard, Lightning Tech, and SunRez. Uh, it’s a project that we’ve been working on for probably two years now, maybe a little bit longer. It, it’s been a tremendous amount of effort, engineering time and materials-wise, and learning about different, uh, performance of a, uh, particular resin system and trying to figure out what works. But, uh, there is now a solution, and SunRez is producing a lot of Strike Tape Ultra parts at the minute Really durable, based on Sunrise material, but you’re using not just our, our, our obviously our, our recent, uh, experiments and all the data, [00:21:00]but this goes back almost 40 years. You’re, you’re bringing 40 years of knowledge to the table to come up with a solution for a really difficult environment.  Bret Tollgaard: Yeah, and we’ve had to certainly rely on the past experiences that we have learned along the way. Um, you know, part of the challenges of working for the last year or two years together on this was to truly make as robust and durable of a system as we can. And so having this new 7303 vinyl ester-based system, uh, which we’re not only using for you but also using as the primary component for our LEP system, uh, it definitely has the durability and the longevity for, uh, your strike tapes, uh, in particular to be, uh, to withstand all the elements and all the abrasion and all the erosion that’s gonna come its way for years. Allen Hall: Now, I, I’ve watched you at trade shows take a hammer to some of your prepreg materials and demonstrate you can cure it within a couple of minutes, and you’re hitting it with a hammer and it’s super tough. We’ve done that at Weather Guard with the Strike Tape Ultra. It’s [00:22:00] crazy durable, and I don’t understand the chemistry of what you guys do. You’re experts in UV and all the chemicals and how to make this thing work, but it is truly remarkable how tough that material is and UV stable it is and how quick it is to cure and to get onto a blade in a couple of minutes. It’s quite remarkable, and the, the rain erosion performance of it has been crazy good. Uh, it’s a real game changer.  Bret Tollgaard: We’re extremely proud of the way that, uh, this has all kind of unfolded, and it has been a long time to kinda work through and iterate through the different formulas. Um, but the combination of the extremely hard and durable system that we have as the overcoating combined with our UV cure adhesive, AKA surface primer, uh, to act as that really, um, gooey, high elongation, great stress distribution kinda medium, uh, to then get that into the blade, it’s the perfect one-two combo, [00:23:00] and being able to cure in just a couple of minutes is only, uh, icing on the cake. Allen Hall: Yeah. It’s, it’s, it’s quite good. Uh, I know, uh, when people hear this podcast, you’re gonna get a lot of reach-out because we’re kinda getting near the end of the typical Northern Hemisphere season. It’s gonna get chilly here in about six to eight weeks since when we’re recording. How do people get ahold of you and start talking about repair patches and materials for this year, and also for next season? Bret Tollgaard: The easiest way is gonna be reach out to us, uh, via email, info@sunrez.com, sales@sunrez.com. We’ll put you in touch with, uh, all the right people within Sunrez to make that happen for you. Um, and similarly too, groups like com- uh, Fibre Glast have been stocking and storing the material for years. They’re really, really great at tailoring the exact amount of material that you need for a given job site. They’re willing to break it down to individual patches, single things of primer, putty. Uh, you come to us, you’re gonna have larger MOQs to be able to buy [00:24:00] boxes and rolls, uh, directly off the shelf. But at the same time too, we’re happy to get customers whatever products they need as quickly as they need, and put them in touch with the right people to do so. Allen Hall: So you just Google Sunrez, S-U-N-R-E-Z, or just go to sunrez.com, and you’ll get to the Sunrez site, and you can learn a whole bunch about the materials of what is offered. But you need to, to call Brett and call the team at Sunrez, uh, to, to get the solution for you. And it is, uh, really great working with Sunrez. It, it’s been a pleasure, honestly.  Bret Tollgaard: My, uh, my business development manager, Gerhard, will certainly have me say, “Let’s direct all that to Gerhard instead of Brett.” So he’ll be happy to get you all the info that you need. Um, but yeah, so ultimately, we’re an extremely customer-driven company, and we bend over backwards as often as necessary to get customers what they need in the time that they need it. It’s something that we really pride ourselves on. Uh, it’s also how we developed all these new, uh, technologies and materials to, to make customers’ [00:25:00]lives easier in the field. And so even as all of our wind portfolios, you know, grow and expands for product line offerings, um, we’re certainly interested in learning about what your challenge in particular is, and how we can best help you solve that challenge. Allen Hall: Yeah, so if you have a blade challenge right now, and most operators do, you better be checking out sunrez.com. Brett, it’s so great to have you back on the podcast. Love having you on, and we’ll speak again soon.  Bret Tollgaard: Looking forward to it. Thank you, Allen.

Graphene has been called one of the most extraordinary materials ever discovered. It’s exceptionally strong, lightweight, electrically conductive, and thermally conductive. But more than a decade after capturing the world’s attention, one major question remains: why hasn’t it transformed manufacturing the way so many people predicted? On this episode, Brad Larschan and Kevin Wyss of […] The post LTDF Graphene at Scale: How Avadain is Turning This Wonder Material Into Industrial Reality first appeared on Composites Weekly.

On this episode, Dr. Yasmeen S. Alfaraj discusses the next generation of thermoset composites. She is the founder and CEO of NextSet Materials, a company developing a new generation of reprocessable thermoset materials. Yasmeen earned her bachelor's degree in chemistry from the University of California, Berkeley, before completing her Ph.D. in chemistry at MIT, specializing in polymers and […] The post The Chemistry That Could Transform Thermoset Composites – Interview with Yasmeen S. Alfaraj, PhD first appeared on Composites Weekly.

On this episode, Martin McLaughlin joins the show to discuss his 39-year career at Northrop Grumman during the development of the B-2 bomber, the F-20 and F/A-18 fighters, and the YF-23 fighter. Martin also managed the DARPA experimental spaceplane XS-1 program and numerous internal Northrop Grumman studies for air-launched to orbit rocketplanes. He continues his […] The post From Stealth Aircraft to Space Transportation: The Evolution of Aerospace Composites first appeared on Composites Weekly. The post From Stealth Aircraft to Space Transportation: The Evolution of Aerospace Composites appeared first on Composites Weekly.

On this episode, Lucas Dillingham of Brighton Science joins the podcast to discuss the science behind surface readiness. Brighton Science helps manufacturers understand and control one of the most important, and often overlooked parts of composite production: the surface. Lucas works at the intersection of surface science, manufacturing, and quality control, helping companies replace subjective […] The post The Hidden Science Behind Surface Readiness: Interview with Lucas Dillingham first appeared on Composites Weekly. The post The Hidden Science Behind Surface Readiness: Interview with Lucas Dillingham appeared first on Composites Weekly.

On this episode, Phillip Hover-Smoot, CEO of Atlas Cup, joins the show to discuss satellite racing. Atlas Cup introduces orbital sport by leveraging the heritage of classic racing competitions like America's Cup and Formula One to delight sports fans and bring competitive sport firmly into the 21st century. The post Orbital Racing: The Ultimate Proving Ground for Next-Generation Composites? first appeared on Composites Weekly. The post Orbital Racing: The Ultimate Proving Ground for Next-Generation Composites? appeared first on Composites Weekly.

On this episode, Yatine Boodhoo, founder of ThermoForged, joins the podcast. As an engineer, Yatine has built his career around advanced composites, developing a deep, hands-on expertise in thermoplastic materials as they've gained momentum. Along the way, he discovered that the most groundbreaking technologies rarely fail due to lack of performance. They fail because people don't understand […] The post Why Every Composite Innovation Needs a Better Story: Interview with Yatine Boodhoo of Thermoforged first appeared on Composites Weekly. The post Why Every Composite Innovation Needs a Better Story: Interview with Yatine Boodhoo of Thermoforged appeared first on Composites Weekly.

When the Titan submersible imploded during its descent to the wreck of the Titanic in June 2023, the tragedy captured the world's attention. It raised difficult questions about engineering, innovation, and safety. Now, following the release of the Transportation Safety Board of Canada's final investigation, we have a much clearer picture of what went wrong. In […] The post Most Replayed Episode: Revisiting the Titan Submersible Disaster – Design Flaws, Composite Failure, and Aerospace Certification first appeared on Composites Weekly. The post Most Replayed Episode: Revisiting the Titan Submersible Disaster – Design Flaws, Composite Failure, and Aerospace Certification appeared first on Composites Weekly.

On this episode, Donald Paquet and Joe Stanish of L&L Products join the show to highlight T-Link®, a thermoplastic adhesive technology that combines the processing advantages of thermoplastics with superior adhesion. T-Link® can be used to create lightweight, highly customizable composite structures that enhance performance through processability across a wide range of markets and potential applications. It's available […] The post Beyond Epoxy: Inside L&L Products'T-Link® Thermoplastic Adhesive first appeared on Composites Weekly. The post Beyond Epoxy: Inside L&L Products’T-Link® Thermoplastic Adhesive appeared first on Composites Weekly.

On this episode, Dan Neumann, VP of Government Affairs for the ACMA, joins the podcast to recap the ACMA Composites Fly-In in Washington, D.C. Each year, industry leaders travel to Capitol Hill to meet directly with lawmakers and policymakers, ensuring the industry's voice is heard on issues ranging from infrastructure and defense to manufacturing regulations and workforce […] The post Recapping the ACMA's Composites 2026 Fly-In: Interview with Daniel Neumann first appeared on Composites Weekly. The post Recapping the ACMA's Composites 2026 Fly-In: Interview with Daniel Neumann appeared first on Composites Weekly.

On this episode, Will Tashman, Co-Founder of Uncountable, joins the podcast. Their AI-powered platform helps industries capture, structure, and connect complex formulation and experimental data throughout the full product lifecycle.  Before launching Uncountable with his cofounders, Will was a product design engineer at Apple Inc. He'll share how chemical and advanced materials companies are now using their software […] The post The AI Platform Transforming Product Development—From Lab to Launch first appeared on Composites Weekly. The post The AI Platform Transforming Product Development—From Lab to Launch appeared first on Composites Weekly.

A drained pool looks harmless until you realize it can become a boat. We're talking about pool pop-ups, the real-world risk behind the phrase “the pool can pop out of the ground,” and the simple physics that make it possible when groundwater rises under an empty shell.We walk through what actually holds an inground plaster or concrete pool in place, including the massive weight of thousands of gallons of water, and what changes the moment you drain it for an acid wash or to lower high cyanuric acid. Then we get practical: how heavy rain, wet seasons, saturated clay soil, and even where you discharge water can raise the odds. If you're servicing pools in higher-rain regions like parts of Florida or Louisiana, we also talk about hydrostatic plugs, what they're designed to do, and the tradeoffs you should know.Fiberglass and vinyl liner pools get their own warning label. Fiberglass shells are light enough that pop-up risk is much more real, and draining can also lead to wall bowing, cracking, or collapse. Vinyl liner pools can turn into an expensive disaster if the liner pulls out and tears, especially as the material loses elasticity over time. We explain safer partial-drain thinking and why calling the right specialty company can save your customer's pool and save your liability.If you found this helpful, subscribe so you don't miss the next one, share it with a pool pro who's been debating a drain, and leave a review so more people can find the show.We break down what “pool pop-up” really means, why it happens, and why it's far less common than the horror stories suggest for most concrete pools. We also lay out the big red flags when draining fiberglass and vinyl liner pools, plus how weather, groundwater, and soil type should guide every drain decision.  • how groundwater and buoyancy can lift an empty pool shell  • why heavy rain and clay soil increase pop-up risk  • practical timing rules for safer pool draining and refills  • why fiberglass pools are higher risk when drained  • how hydrostatic plugs work and when they matter  • why vinyl liner pools can tear when fully drained  • when to call a fiberglass installer or vinyl liner company  Learn more at swimmingpoollearning.com.  If you're interested in the coaching program, you can learn more at poolguycoaching.com.Send us Fan MailSupport the Pool Guy Podcast Show Sponsors! HASA https://bit.ly/HASAThe Bottom Feeder. Save $100 with Code: DVB100https://store.thebottomfeeder.com/Try Skimmer FREE for 30 days:https://getskimmer.com/poolguy Get UPA Liability Insurance $64 a month! https://forms.gle/F9YoTWNQ8WnvT4QBAPool Guy Coaching: https://bit.ly/40wFE6y

In this episode of Oilfield 360, hosts David de Roode and Victoria Bear Queen sit down with Jose Bayardo, the newly appointed CEO of NOV, to explore leadership, innovation, and the future of global energy.Bayardo shares a candid and wide-ranging perspective shaped by his career across investment banking, private equity-backed growth companies, public markets, and large-scale global operations. From his early days in energy technology and corporate development to his leadership of one of the world's largest oilfield services companies, the conversation traces how disciplined capital allocation, operational experience, and adaptability have defined his path.00:00 Why Oil and Gas Matters00:36 Podcast and Sponsors01:59 Host Catch Up03:23 Meet Jose Bayardo04:03 Early Life and Education06:43 Banking and Energy Tech07:32 SCF and Complete Growth14:48 Continental to NOV18:34 Becoming NOV CEO25:26 What NOV Does26:10 Brazil Deepwater Expansion28:45 Geopolitics and Supply Chain30:05 Energy Security and Diversification31:13 Fiberglass and Midstream Infrastructure33:25 Automation and Data Tech35:14 NOV in 5 to 10 Years37:19 M&A Versus Organic Innovation39:13 Capital Discipline and Investing42:23 Replacement Cycle and Tightening Market45:37 Family Life and Balance48:33 Cars and Hands-On Hobbies51:55 Mentors and Leadership Lessons54:57 Quick Fire and Career Advice

On this episode, Kerry McCormick, CEO of PolyC Plastics and Composites, and co-founder Dr. Greg Sotzing join the podcast. PolyC Plastics and Composites is a company dedicated to developing cleaner, safer polymer technologies to replace legacy materials that contain substances such as PFAS, BPA, phthalates, and VOCs. They were recently featured in an article by Forbes magazine titled, Tackling Plastic Pollution […] The post Hemp-Based Thermoplastics: The Future of Sustainable Polymers? first appeared on Composites Weekly. The post Hemp-Based Thermoplastics: The Future of Sustainable Polymers? appeared first on Composites Weekly.

On this episode, Steve Starner, CEO of Continuous Composites, joins the show to discuss how their company is scaling its CF3D technology for aerospace, defense, hypersonics, UAVs, and other mission-critical applications. CF3D is a next-generation manufacturing technology that combines continuous fiber composites, automation, and software into a single digital manufacturing process. Before joining Continuous Composites, Steve […] The post CF3D: The Next Generation of Composites for Mission-Critical Performance – Interview with Steve Starner of Continuous Composites first appeared on Composites Weekly. The post CF3D: The Next Generation of Composites for Mission-Critical Performance – Interview with Steve Starner of Continuous Composites appeared first on Composites Weekly.

On this episode, Trevor Smith, founder and CEO of Atomic-6, joins the podcast. Atomic-6 is an advanced composite solutions manufacturer revolutionizing mobility in extreme environments. They're creating everything from impact-resistant spacecraft shielding and deployable solar arrays to thermal management systems that help spacecraft survive in some of the harshest environments imaginable. Atomic-6 also just launched ODC.space, the […] The post From Composite Space Armor™ to Orbital Data Centers: Interview with Trevor Smith, founder of Atomic-6 first appeared on Composites Weekly. The post From Composite Space Armor™ to Orbital Data Centers: Interview with Trevor Smith, founder of Atomic-6 appeared first on Composites Weekly.

On this episode, Mandy Clement of James Cropper and David Tilbrook of Hexcel join the show to discuss how their companies are working together through the ECCA, to advance the development of high-value composite materials made from recycled carbon fibre that support both performance and circularity across aerospace, automotive, and mobility sectors. The European Circular Composites Alliance (ECCA), led […] The post Advancing Circular Composites: How James Cropper and Hexcel Are Driving Recycling Innovation Through the ECCA first appeared on Composites Weekly. The post Advancing Circular Composites: How James Cropper and Hexcel Are Driving Recycling Innovation Through the ECCA appeared first on Composites Weekly.

On this episode, Scott Lewit and Joni Richards of Structural Composites, Inc., join the show to discuss one of their latest projects, which includes a $9 million contract with the U.S. Army Corps of Engineers for the Canaveral Fiber Reinforced Polymer (FRP) Sector Gate Project at Port Canaveral. It represents a significant milestone in the adoption […] The post Inside the $9 Million FRP Sector Gate Project: Interview with Scott Lewit and Joni Richards of Structural Composites first appeared on Composites Weekly. The post Inside the $9 Million FRP Sector Gate Project: Interview with Scott Lewit and Joni Richards of Structural Composites appeared first on Composites Weekly.

The closure of the Strait of Hormuz is sending shockwaves through global supply chains—particularly across petrochemicals, resins, and composite materials. With nearly 20% of the world's oil and a significant share of polyethylene, polypropylene, and key chemical feedstocks moving through this critical chokepoint, disruptions are already driving price volatility, supply shortages, and shifting sourcing strategies. […] The post The Strait of Hormuz Conflict and the Future of Global Supply Chains first appeared on Composites Weekly. The post The Strait of Hormuz Conflict and the Future of Global Supply Chains appeared first on Composites Weekly.

[00:00] - Intro [00:38] - Bill's background [07:27] - Expanding education and manufacturing capabilities [14:44] - Clearance for fiberglass pool installation [17:28] - How to become a fiberglass pool installer [24:03] - Researching fiberglass "chalking" [31:36] - Selflessness [34:09] - Chalking looks like calcium silicate bound to to gelcoat polymers [37:40] - The LSI, and chelating calcium [40:04] - Gelcoat molecular structure [46:15] - Thursday Pools' chemistry recommendations [52:49] - One chemistry strategy that gets everyone's needs met [57:00] - UV systems impact fiberglass chalking?! [1:01:39] - Closing ______________________________Connect with us! Realize your full potential.Watershape University®Water chemistry questions?Orenda®Questions? Comments? Or apply to sponsor the show:ruleyourpool@gmail.com Facebook: @ruleyourpoolYouTube: @rule-your-pool

Joining the podcast this week is Bruce King, an engineer, author, filmmaker, and one of the leading voices in sustainable and bio-based building materials. He is the author of the book Build Beyond Zero: New Ideas for Carbon-Smart Architecture.  Bruce spent more than 45 years in structural engineering, working on everything from high-rise buildings to resort projects, […] The post Beyond Concrete: Bio-Composites, Algae-Based Cement, and New Ideas for Carbon-Smart Architecture first appeared on Composites Weekly. The post Beyond Concrete: Bio-Composites, Algae-Based Cement, and New Ideas for Carbon-Smart Architecture appeared first on Composites Weekly.

Joining the podcast this week is Rush LaSelle, CEO of Fathom Digital Manufacturing.Rush is a veteran leader in advanced manufacturing with more than 30 years of experience scaling digital manufacturing, automation, and additive technologies across aerospace, defense, healthcare, and industrial markets.  His expertise spans additive manufacturing, automation, robotics, advanced materials, and mission-critical manufacturing operations, giving him a […] The post AI, Automation, and the Future of U.S. Manufacturing: Interview with Rush LaSelle first appeared on Composites Weekly. The post AI, Automation, and the Future of U.S. Manufacturing: Interview with Rush LaSelle appeared first on Composites Weekly.

On this episode, Kyle Jordan joins the show to share some updates on the ACMA’s Certified Composites Technician programs. Kyle is Director of Certifications with the ACMA. He’ll be discussing some of the new digital training options launched over the last couple of months, including those for CCT recertification.  You can learn more about these […] The post The Future of Composites Workforce Training – Updates from Kyle Jordan of ACMA first appeared on Composites Weekly. The post The Future of Composites Workforce Training – Updates from Kyle Jordan of ACMA appeared first on Composites Weekly.

On this episode, Anna Brady-Estevez, PhD, joins the show. She is the founding partner of American Deep Tech, a technology investment firm that focuses on aerospace & space tech, energy, AI, biotech, and more.  Anna has served as a Program Director at the U.S. National Science Foundation (NSF), where she led the Small Business Innovation Research portfolio […] The post Funding Innovators in AI & Deep Tech: Interview with Anna Brady-Estevez first appeared on Composites Weekly. The post Funding Innovators in AI & Deep Tech: Interview with Anna Brady-Estevez appeared first on Composites Weekly.

On this episode,  David J. Neivandt and Greg Simms join the show to discuss their research work developing a sustainable, biodegradable composite material derived from waste lobster shells and a natural binder, engineered for high mechanical performance. Collaborating with the Advanced Structures and Composites Center at UMaine, their team has established a pilot-scale production line […] The post A Biodegradable Structural Composite Made from Lobster Shells? first appeared on Composites Weekly. The post A Biodegradable Structural Composite Made from Lobster Shells? appeared first on Composites Weekly.

On this episode, Ollie Taylor and Alessandro Stagni join the podcast to discuss the MarineShift360 Impact Accelerator program. It’s a year-long initiative equipping marine organizations with lifecycle assessment expertise and access to an industry-wide sustainability network. Ollie is the Founder of Marine Futures and the program director of Marine Shift 360. Alessandro is the Chief Technology Officer at nlcomp (Northern Light Composites).  Three companies were selected […] The post Redefining Marine Composites Lifecycle: A Closer Look at the MarineShift360 Impact Accelerator Program first appeared on Composites Weekly. The post Redefining Marine Composites Lifecycle: A Closer Look at the MarineShift360 Impact Accelerator Program appeared first on Composites Weekly.

On this episode, Professor Hatsuo Ishida, PhD of Case Western Reserve University, joins the show to discuss the development of next-generation composite materials engineered for deep-space travel. He shares the origin of their work with ultra-high molecular weight polyethylene (UHMWPE) with hydrogen-rich polybenzoxazine resins, and how these materials have been engineered into composites that integrate […] The post ISS Tested Composites for Low Earth Orbit and Deep Space Travel first appeared on Composites Weekly. The post ISS Tested Composites for Low Earth Orbit and Deep Space Travel appeared first on Composites Weekly.

On this episode, researchers Caitlin Howell and Mehdi Tajvidi from the University of Maine join the show to discuss their research in developing a fully bio-derived composite coating that is grown, not manufactured. By combining edible fungal mycelium with cellulose nanofibrils, they have developed a barrier coating that can be formed directly on paper and textiles through a low-energy process. The […] The post Bio-Derived Barrier Coatings: A New Frontier in Sustainable Composites first appeared on Composites Weekly. The post Bio-Derived Barrier Coatings: A New Frontier in Sustainable Composites appeared first on Composites Weekly.

Allen covers EEW American Offshore Structures’ Chapter 11 filing, Vineyard Wind suing GE Vernova for $545 million, Europe’s exit from Korea, and wind project wins in Australia and Canada. Sign up now for Uptime Tech News, our weekly newsletter on all things wind technology. This episode is sponsored by Weather Guard Lightning Tech. Learn more about Weather Guard’s StrikeTape Wind Turbine LPS retrofit. Follow the show on YouTube, Linkedin and visit Weather Guard on the web. And subscribe to Rosemary’s “Engineering with Rosie” YouTube channel here. Have a question we can answer on the show? Email us! There is a story unfolding across this industry right now. It is a story of two worlds. One world is closing its doors. The other is throwing them wide open. Let us start in New Jersey. EEW American Offshore Structures filed for Chapter Eleven bankruptcy on April eighth. This was the first monopile manufacturing facility ever built in the United States. New Jersey Governor Phil Murphy announced a two hundred fifty million dollar investment in the Paulsboro Marine Terminal back in twenty twenty. It was called the largest industrial offshore wind investment in the country at the time. At full buildout… five hundred thousand square feet of production space. More than one hundred monopiles per year. Five hundred workers. They even built the first American-made monopile… for Orsted’s Ocean Wind project. It weighed three million pounds. It measured three hundred feet long. Then Orsted canceled Ocean Wind One and Two. Then Shell pulled out of Atlantic Shores. Without contracted work… workers disassembled and recycled finished monopiles for scrap. Federal policy shifts removed the pipeline of future projects. A landlord eviction filing followed. And then… Chapter Eleven. That is a two hundred fifty million dollar facility… with nowhere left to go. Now stay with us. Because just offshore… another American offshore wind story is fighting for its life. Vineyard Wind… the sixty-two turbine project fifteen miles south of Martha’s Vineyard… filed suit in Massachusetts against GE Renewables. GE Vernova says Vineyard Wind owes it three hundred million dollars for work already performed… and it wants to walk away at the end of April. Vineyard Wind says not so fast. The developer says GE still owes five hundred forty-five million dollars for what it calls inexcusably poor performance after a catastrophic turbine blade collapse in July of twenty twenty-four. Fiberglass blade fragments washed onto Nantucket beaches during peak tourist season. Sixty-eight of seventy-two blades had to be removed and replaced. That set the project back nearly two years. Construction did reach completion in March… making Vineyard Wind the first offshore project to finish under the current administration. But now the only contractor capable of completing the remaining work… wants out. A court hearing was scheduled for Thursday. And now… look eastward. Something similar is playing out in Korea. European offshore wind companies are exiting the Korean market one by one. Corio Generation, a British firm owned by Macquarie, disbanded its Korean unit and pulled out of joint projects in Busan and Ulsan. Germany’s RWE quit offshore wind projects in Taean and Sinan counties. Vestas postponed its turbine factory in Mokpo… indefinitely. Equinor began reducing its Korean workforce. Shell exited the Korean offshore market entirely in twenty twenty-four. These companies point to worsening global profitability… and Korean government policies they say favor domestic companies over firms with greater experience. Korea had a target of three gigawatts of offshore wind by twenty thirty. That goal is now in serious doubt. But here is where the story turns. Not every market is closing its door. Eight thousand miles from New Jersey… in the Sunshine State of Queensland, Australia… the final forty-one turbines just arrived at the Wambo wind project. Cubico Sustainable Investments and Stanwell are building a five hundred six megawatt project on the Darling Downs. Stage One… two hundred fifty-two megawatts… already feeding the Queensland grid. Stage Two deliveries are now complete. Commissioning and full operations are on track for the end of twenty twenty-six. And up in Ontario, Canada… the province just approved fourteen new wind and solar projects totaling more than thirteen hundred megawatts. The average price… eight point eight cents per kilowatt hour. Compare that to twenty-one point four cents for some proposed nuclear projects… and more than thirty-two cents for certain new reactor designs. Contracts run for twenty years, with all projects online before twenty thirty. So let us step back. In New Jersey… the first American monopile factory files for bankruptcy. Off Massachusetts… a completed offshore wind farm fights to keep its contractor. In Korea… European developers pack their bags. But in Australia… turbines arrive on schedule. And in Canada… wind power undercuts nuclear at the meter. The wind energy industry is not in retreat. It is choosing its battlegrounds. And where the conditions are right… the blades are turning. And now you know… the rest of the story. That is the state of the wind industry for the 13th of April, twenty twenty-six. Join us for the Uptime Wind Energy Podcast tomorrow.

In this episode of the Mastering Rod Building Podcast, Bill Falconer talks with Mike McFarland of McFarland Rod Company about how he got started in fly fishing and rod building, how he eventually began designing and rolling his own blanks, and why slower, more responsive fly rods still matter in a market dominated by fast-action graphite.Mike shares how growing up in central Pennsylvania and discovering trout rising in a local stream pushed him toward fly fishing, rod building, and eventually blank design. What started with building rods from catalog blanks turned into a much deeper pursuit of taper design, fiberglass experimentation, and eventually acquiring the former Diamondback rolling equipment to launch his own blank-making operation.They break down how McFarland developed custom fiberglass and graphite tapers, what goes into designing a blank from the ground up, and how Mike now works with other small builders to create exclusive blank models in low-volume runs. Along the way, they discuss the importance of taper over hype, the realities of maintaining blank-rolling equipment, and why custom small-batch design still fills an important niche in modern rod building.On the performance side, Mike explains why he prefers softer rods for both fishing and casting, how fiberglass and graphite differ in feel and application, and why he believes glass rods are especially underrated in longer trout and saltwater setups. The conversation also touches on E-glass versus S-glass, tournament casting, saltwater fly rod design, and why the right rod should match real fishing conditions rather than just casting trends. Mastering Rod Building is brought to you by Anglers Resource — your source for genuine Fuji Tackle components.Where to buy genuine FUJI®️ rod components (Area Distributors)Japan: FIRST Corporation — https://first-fuji.co.jp/ • mail@first-fuji.co.jpAmerican Continent (North & South America): Anglers Resource — https://anglersresource.net/ • info@anglersresource.netOceania: Frogleys Offshore — https://fujitackle.com.au • enquiries@frogleysoffshore.com.auSpain/Czech/Finland/Sweden/Estonia/Latvia/Poland/Denmark/Belgium/Germany/Netherlands/Ireland/Luxembourg/France/Portugal/UK/Norway/Belarus/Ukraine/Russia:: CALICO S.A. (Kalikunnan) — https://kalikunnan.com/ • fuji@calico.esEurope: MAJORA Intelligent Fishing (FUJI Tackle Italy) — https://www.fujitackle.it • info@fujitackle.itAsia: KOWA Company, Ltd. — fujitackle@kowa.co.jp

On this episode, Teong Tan, Arclin's Chief Research Officer, joins the podcast to discuss Arclin’s $1.8 billion acquisition of DuPont's aramid business, adding the iconic Kevlar® and Nomex® brands to its portfolio. Teong leads the company's innovation agenda with a focus on strategic growth, talent development, and high-performing teams.  The post Discussing Arclin's $1.8 Billion Acquisition of DuPont's Aramids Business (Kevlar® & Nomex® brands) first appeared on Composites Weekly. The post Discussing Arclin’s $1.8 Billion Acquisition of DuPont's Aramids Business (Kevlar® & Nomex® brands) appeared first on Composites Weekly.

On this episode, John Kehoe of Boaz Partners joins the show. Boaz isn't your typical recruiting firm. They operate as strategic partners, using a proven, deeply embedded process to understand business goals, culture, and long-term objectives before ever presenting a candidate. In this conversation, we unpack what separates great hiring organizations from the rest, why so many […] The post What Most Companies Miss When Hiring Industry Leaders – Interview with John Kehoe first appeared on Composites Weekly. The post What Most Companies Miss When Hiring Industry Leaders – Interview with John Kehoe appeared first on Composites Weekly.

Pool Pros text questions hereThe myths just keep coming… and in this one, they don't stand a chance.In Part 2 of Natalie Hood's Myth Busting series, industry veterans George Williams and Ken Rogner step in and do what most people in this industry won't—tell the truth.Not the sales version. Not the “it depends” version. The real version.From the idea that pools don't add value… to the belief that social media is the only way to grow… to the quiet damage done when service pros choose profit over trust—this episode pulls apart the assumptions that are quietly shaping bad decisions across the industry.And here's what becomes clear:

Mens Room Question: What do you wish you'd never come in physical contact with?

On this episode, Aaron Fitzgerald, CEO of Mars Materials, joins the show. Carbon fiber has long been a cornerstone of aerospace and defense, but the reality is, the supply chain behind it is anything but secure. Today, much of the world's high-performance carbon fiber depends on globally concentrated precursor production, leaving critical industries exposed at a time […] The post Material Sovereignty: The Race to Reinvent Carbon Fiber first appeared on Composites Weekly. The post Material Sovereignty: The Race to Reinvent Carbon Fiber appeared first on Composites Weekly.

On this episode, Krishnan Veluswamy, Ph.D., joins the podcast to discuss the upcoming Demo Day at Fibers and Composites Manufacturing Facility (FCMF). Krishnan is an Assistant Professor, Mechanical, Aerospace & Biomedical Engineering Department, and affiliated with Fibers and Composites Manufacturing Facility, University of Tennessee, Knoxville, TN. This upcoming event on Wednesday, March 25th, will provide […] The post Previewing UTK and IACMI Demo Day at Fibers and Composites Manufacturing Facility (FCMF) first appeared on Composites Weekly. The post Previewing UTK and IACMI Demo Day at Fibers and Composites Manufacturing Facility (FCMF) appeared first on Composites Weekly.

On this week's episode of The RV Atlas Podcast, we dive into something we genuinely love talking about: small RV innovation—and more specifically, a brand-new player in the fiberglass trailer […] The post A New Era for Fiberglass Trailers? The Awaken RV MorningStar Makes its Debut appeared first on The RV Atlas.

On this episode, we feature several interviews from day two of JEC World 2026, including some Innovation Award winners and Startup Booster finalists.  These include interviews with: The post Interviews From Day 2 at JEC World 2026 first appeared on Composites Weekly. The post Interviews From Day 2 at JEC World 2026 appeared first on Composites Weekly.

On this episode, we're looking at a project that could say a lot about where advanced manufacturing is headed next. America Makes has awarded UDRI $450,000 for its AACAMS (Affordable and Agile Composite Additive Manufactured Structures) project, focused on pushing forward the integration of additive manufacturing and advanced composites for aerospace and defense. The DOD […] The post Discussing the America Makes Composites CFAM Project with Steven Floyd and Clark Patterson first appeared on Composites Weekly. The post Discussing the America Makes Composites CFAM Project with Steven Floyd and Clark Patterson appeared first on Composites Weekly.

On this episode, we feature several interviews from day one of JEC World 2026, including some Innovation Award winners and Startup Booster finalists.  These include interviews with: The post Interviews from Day 1 at JEC World 2026 first appeared on Composites Weekly. The post Interviews from Day 1 at JEC World 2026 appeared first on Composites Weekly.

On this latest episode, Lisa Anderson, President of LMA Consulting Group joins the podcast. Lisa is one of the most respected voices in manufacturing strategy, supply chain transformation, and SIOP. She's the author of a recently released book titled AI & Advanced Technologies in Manufacturing, where she explores how manufacturers are using AI and advanced analytics to drive real, […] The post Where AI Is Actually Delivering Value in Manufacturing Supply Chains first appeared on Composites Weekly. The post Where AI Is Actually Delivering Value in Manufacturing Supply Chains appeared first on Composites Weekly.

On this episode, Bryan Hassin, CEO of DexMat, joins the show to discuss Galvorn – a next-generation conductive material designed for high-performance, weight-constrained applications across aerospace, defense, automotive, and data infrastructure. Their latest funding marks a transition point for the company, from deep materials R&D into production scale and customer qualification. Bryan has spent his career working at […] The post Introducing Galvorn: The Lightest, Strongest and Most Conductive Material on the Planet first appeared on Composites Weekly. The post Introducing Galvorn: The Lightest, Strongest and Most Conductive Material on the Planet appeared first on Composites Weekly.

Self-healing composites have been talked about for years, but sometimes a piece of research comes along that looks meaningfully different. This week, Andy Tomaswick, a science journalist, joins the show to discuss his recent article, “The Composite That Heals Itself 1,000 Times.“ It highlights a self-healing composite material developed by researchers at North Carolina State University […] The post This New Composite Heals Itself (1,000 Times) first appeared on Composites Weekly. The post This New Composite Heals Itself (1,000 Times) appeared first on Composites Weekly.

Richard describes inexpensive data loggers for monitoring indoor air quality. Kerry asks about adding casing and extension jambs to fiberglass windows. Martin wonders about improving the comfort and safety of his internal garage and the living space above it. Grant and Ian help Patrick address listener feedback and answer their questions. Tune in to Episode 722 of the Fine Homebuilding Podcast to learn more about:  ·       Low-cost humidity and temperature data loggers sold on Amazon  ·       The right way to trim out fiberglass windows  ·       Fire separation requirements between a garage and living space     Have a question or topic you want us to talk about on the show? Email us at fhbpodcast@taunton.com.     ➡️➡️ Check Out the Full Show Notes: FHB Podcast 722 ➡️  Check out the 2025 Fine Homebuilding Magazine Archive ➡️ Follow Fine Homebuilding on Social Media:   Instagram • Facebook • TikTok • Pinterest • YouTube  ⭐⭐⭐⭐⭐  If you enjoy the show, please subscribe and rate us on iTunes, Spotify, YouTube Music, or wherever you prefer to listen.