AirGo Design

🚨 Have you ever wondered how Fiber Reinforced Thermoplastic Composites (FRTC) are increasingly replacing metal components in industries such as aerospace and automotive? In fact, the market valuation for metal replacement in these sectors is projected to reach $194.7 billion by end of 2024. The design and engineering of FRTC components is a complex process that involves several key elements: 1. Redesigning metal components to FRTC specifications in order to pass rigorous testing. 2. Conventional flow and finite element analysis (FEA) simulation software are typically more accurate for metals compared to FRTC materials. 🛟 To address these challenges, AirGo Design 🇸🇬 has developed an AI-powered computer-aided engineering (CAE) plug-in software solution that enhances both the accuracy and efficiency of simulating FRTC components. AirGo provides advanced manufacturing turn-key solutions to develop heavy duty FRTC components. Contact us at info@airgodesign.com. #thermoplastics #CAEsimulation #cae #advancedmanufacturing

As the EV industry is growing so does EV battery logistics and storage. 3 things matters when it comes to containers transporting the EV batteries, they have to be 1- Fire-retardant 2- Impact-resistant 3- Lightweight AirGo is selling customised & affordable LCCX22 composite sheets. The sheets are fire-retardant, impact resistant and lightweight. 🚨 BEST IN TEST: in an ASTM fire test, LCCX22 could withstand 1300C° in 20 minutes (hot side 1300C°- cold side 200C°= 1100C° thermal insulation). Just drop us a message on our page, or reach out to info@airgodesign.com. #Battrylogistics #Evbattery #composites #ev

AirGo is providing end-to-end (advanced composite) engineering and manufacturing services to make lightweight EV battery packaging and enclosure. Why AirGo? - AirGo team has developed a superior proprietary AI-powered CAE software to simulate anisotropic fiber reinforced thermoplastic composite more accurately and efficiently compared to conventional software. - AirGo provides turn-key solutions, from concept-product to serveral MNCs' such as Autoliv, Lear Corporation and TVS Motor Company. Just contact us if you need our assistance to design short/long fiber thermoplastic components EV battery packaging and enclosures. https://lnkd.in/g4AJjixi #evbattery #EVcomposites #metalreplacement

Where do you find thermoplastics in Aircraft structure? Plastic is typically used for interior applications, such as air ducts, cabin partitions, floor panels and overhead luggage bins. It’s also used for avionics sensor plates, electronic component mounting brackets and ventilation impeller blades. AirGo Design has been developing Thermoplastic Composite 101 in the aerospace and automotive in the past 11 years. contact us here, https://lnkd.in/g4AJjixi. Each year, more and more plastics are being created with unique performance characteristics that are ideal for specialized uses and replacing metal materials,” says Alexander Curtiss, president of Engineered Plastic Products Company Inc., which specializes in producing a wide variety of aerospace parts. “Plastic is often a first choice due to weight-to-strength ratios and the natural corrosion resistance of many of the modern compounds." Read more 👇 https://lnkd.in/gE_MyFVH #evcomponents #mro #aerospace

How can thermoplastics replace metals? The driving force behind metal-replacement is primary weight/cost saving. In 2013, the American Society of Mechanical Engineers estimated, “in general, companies can expect to achieve an overall cost savings of 25% to 50% by converting to plastic parts.” When glass or carbon fiber was added to the polymer. This would help carry a load over a greater surface area and increase the flexural strength, stiffness, modulus, tensile, and impact strength by as much as 300% to 400%, according to Ron Hawley, the chief science officer of Integrated Composite Products Inc. (ICP). So began the age of thermal plastics. Read more 👇 https://lnkd.in/gw8aQvue Contact us at https://lnkd.in/g4AJjixi if you need replacement of metal on your structure. #evtol #evtolbattery #evcomponent

How to make EV cell frames out of Thermoplastic Composites? The AirGo engineering team has developed lightweight, fire-retardant, and structural EV fibre reinforced thermoplastic composites cell frames. Just imagine what it means, the possibility to make the cell frames 50% lighter, i.e., up to 10% weight-saving for the whole battery. If you like to learn more contact here https://lnkd.in/g4AJjixi #evtol #evtolbattery #ev #evbattery

A great milestone delivery for the eVTOL airtaxi industry