Markets We Serve
The aircraft industry serves as our primary market and continues to be our biggest. Our titanium ducting and tubing assemblies feature the high-strength, high-temperature performance necessary for flight-critical components. We work with many aircraft manufacturers to provide them with structural, hydraulic, and pneumatic systems in the configurations they need to fit their requirements.
With everything from titanium ducting to small-diameter, high-temperature tubing, L&P Aerospace has the engineered components needed for military aircraft in the defense industry. Our sophisticated assemblies utilize high-performance materials that can withstand high heat and pressure to create mission-critical structural, hydraulic, and pneumatic systems.
L&P Aerospace uses high-quality materials to fabricate flight-critical components used in the external tanks and rocket boosters of launch vehicles for the space industry. Our expertly made tube and duct assemblies are engineered to withstand the extreme pressures and temperatures experienced when traveling through the Earth’s atmosphere.
Our metallurgic knowledge, specialty equipment, and experienced engineers work together to provide precision components to meet the stringent standards of the automotive industry. We use custom-developed process techniques to make the highest-quality tubes and ducts possible.
L&P Aerospace has developed unique processes for forming and shaping tubes to precise configurations to meet the exacting specifications necessary to work with all developing energy applications. In the solar energy market, we create stainless steel tubing for solar heat exchanger/collectors, ensuring the tubes are durable and long-lasting.
Medical instrumentation and equipment require durable materials, precise sizing, and the ability to withstand corrosive fluids. We supply the medical industry with such products, using our state-of-the-art cold-pilgering, forming, and welding capabilities to meet any tube diameter and wall thickness requirements.
The durable, high-quality materials we use, like titanium, nickel, and stainless steel, feature corrosion-resistant and high-temperature properties that make them valuable in research settings. Our specially fabricated pipes and tubing can sustain extensive exposure to high heat and harsh chemicals and our seamless welding processes ensure resiliency and precision.