PPG's Aerospace Business’ Post

Lighter and stronger than metal, Xycomp® DLF™ components are ideal for use in #Aircraft engines, aerostructures, and mobility platforms. When it can't fail, choose Greene Tweed. #Aerospace #Innovation

Lighter and stronger than metal, Xycomp® DLF™ components are ideal for use in #Aircraft engines, aerostructures, and mobility platforms. When it can't fail, choose Greene Tweed. #Aerospace #Innovation

Bellows designed for aircraft encounter unique challenges due to the demanding conditions of aerospace applications. Key challenges include: High Temperatures High Pressures Vibration and Shock Resistance Flexibility and Durability Corrosion Resistance Weight Considerations Space Constraints Meeting these challenges requires meticulous design, careful material selection, and rigorous testing to ensure aerospace bellows fulfill the stringent demands of aviation. Discover more: https://lnkd.in/g26Z4rV9 #AerospaceEngineering #Bellows #Aerospace #AerospaceInnovation

Aerospace coatings and plating play a crucial role in ensuring the longevity and reliability of aircraft and spacecraft by providing essential protection and performance enhancements for various components. These specialised coatings are designed to offer excellent resistance to corrosion, wear, and extreme temperatures, which are common challenges in aerospace environments. Additionally, Aerospace coatings improve fuel efficiency by reducing drag, enhancing aerodynamics, and lowering maintenance costs. Compliance with stringent industry standards such as AMS 2438, AMS 2460, and NADCAP ensures that Aerospace coatings meet the highest quality and safety requirements in modern Aerospace applications.

Airplane Flaps and Slats form a dynamic duo that work together to optimize lift, control and stability throughout the various phases of flight. In order to keep these two critical components operating flawlessly, aerospace manufacturers rely on Apex Assembly & Fabrication Tools‘ Needle Bearing Series Universal Joints. Engineered with high strength-to-weight ratios, Apex Universal Joints feature excellent torsional freeplay (i.e. backlash) characteristics ideally-suited to the aerospace environment. Learn more about how Apex Universal Joints help sustain aerodynamic performance and maintain safe flight conditions at apex-tools.com. #apextools #aerospace #universaljoints

We ran this beast of gun drill in some aluminum yesterday! Custom made from Sterling Gun Drills Inc. 1.007” diameter, drilled 10.63” deep. We used the recommended speeds and feeds from manufacturers site. 500sfm .0015ipr. I have used them many times for deep hole applications that require tight tolerance. I would like to share the part but NDA restrictions prevent me. #Aerospace #Aviation #SpaceTech #AerospaceEngineering #AerospaceIndustry #AviationTechnology #AerospaceInnovation #AerospaceManufacturing #AviationSafety #SpaceExploration #DefenseTech #AerospaceResearch #FlightTech #AviationDesign #SpaceIndustry #PoweredByProShop #Manufacturing #Quality

The Horten 229 (Ho 229), designed by the Horten brothers in 1944, stands as a revolutionary aircraft in aviation history, pushing the boundaries of both aerodynamics and stealth technology. As the first jet-powered flying wing, it incorporated advanced engineering techniques that were decades ahead of its time. Key Specifications: Powerplant: 2x Junkers Jumo 004B turbojet engines (producing 1,980 lbf of thrust each) Max Speed: Approximately 977 km/h (607 mph) Range: Around 1,000 km (620 miles) Ceiling: 16,000 meters (52,500 ft) Wingspan: 16.8 meters (55 ft) Length: 7.47 meters (24.5 ft) Empty Weight: 4,600 kg (10,140 lbs) Armament: Designed to carry 2x 30mm MK 108 cannons and up to 1,000 kg (2,200 lbs) of bombs The Ho 229’s flying wing design aimed to minimize aerodynamic drag and radar signature—an early form of stealth. Constructed using wood and carbon-based materials, it was one of the first to integrate composite materials in its airframe, a key innovation for weight reduction and structural integrity. The absence of vertical control surfaces, such as tails and rudders, was a design that directly influenced modern stealth aircraft, including the Northrop Grumman B-2 Spirit bomber. Though it never saw full production, the Horten 229’s legacy lives on in modern aerospace engineering, illustrating the power of visionary design. #AerospaceEngineering #AviationHistory #FlyingWing #JetTechnology #StealthInnovation #AircraftDesign

When the pressure is on, the aerospace industry turns to Kevlar®. Many aircraft contain bottles of pressurized oxygen and other gases. Choosing the right material for the casing of these bottles is critical. If a traditional alloy-encased bottle suffers catastrophic failure, metal fragments can be released at high velocity, threatening passengers and crew. Casings made with Kevlar® filament offer a more lightweight solution that also reduces risk — rupturing rather than disintegrating if ductile failure occurs, which does not result in fragmentation. Explore more Kevlar® aerospace applications: http://spr.ly/6041eO553 #Aerospace #Aircraft #Kevlar #AerospaceApplications

✈ LM Guide Model SR are used in the seat sliding mechanism of small aircraft. Because the floors in aircraft are generally made from sheet metal, measuring errors relating to mounting sections are common, and mounting can be a lengthy process. Because Model SR have excellent error absorbing capabilities, they can be mounted directly on the floor of aircraft, reducing the work required for assembly. In addition, THK's Miniature LM Guide Model RSR move smoothly and without play but are compact enough to use in seat footrests. ✈ For more information on how Linear Motion is used in the aerospace industry, be sure to check out website - https://lnkd.in/dsy4Qm4Y #THK #THKAmerica #Areospace #Aircraft #Aviation

Aerospace coatings and plating play a crucial role in ensuring the longevity and reliability of aircraft and spacecraft by providing essential protection and performance enhancements for various components. These specialised coatings are designed to offer excellent resistance to corrosion, wear, and extreme temperatures, which are common challenges in aerospace environments. Additionally, Aerospace coatings improve fuel efficiency by reducing drag, enhancing aerodynamics, and lowering maintenance costs. Compliance with stringent industry standards such as AMS 2438, AMS 2460, and NADCAP ensures that Aerospace coatings meet the highest quality and safety requirements in modern Aerospace applications.