What does GOLU mean in RAILROADS

Composite Advanced Technologies provides a full suite of advanced composite engineering services including the development of high-performance composites and their associated processes, material and structural analysis, as well as risk management. Additionally, we offer comprehensive system integration solutions and engineering support to aerospace, defense, industrial and automotive industries.

Through our proven design process optimization services we can reduce the weight and cost of manufactured components while preserving strength. We use state of the art materials modeling tools to simulate designs with respect to cost, weight and performance – allowing us to optimize your product before it reaches manufacturing.

Yes – our team is capable of incorporating existing parts or components if the customer requests it. We specialize in creating lightweight structures using an advanced combination of fiber reinforced polymers ( FRP ) and rigid adhesives. By integrating these materials into existing components, we can help reduce overall weight without sacrificing strength or performance.

Absolutely! Our team has decades of experience in designing composite components for aircraft applications such as structural members for fuselage frames, wings and leading edges as well as cabin interior structures like overhead compartments and lavatories. We are also heavily involved in unmanned aerial vehicles (UAV) design projects where every gram saved means more payload capacity.

Our team is well versed in performing destructive tests such as tensile tests that measure how much force a material can withstand before breaking, compression tests that measure how much force a material can withstand before cracking, shear tests that measure how much force a material can withstand before slipping sideways along its plane surfaces and fatigue tests which evaluate how many cycles a material can endure before failure. Non-destructive testing (NDT) options are also available such as ultrasonic scans that detect surface-level defects inside materials.

We specialize in working with fiber reinforced polymers (FRP). This includes Carbon Fiber Reinforced Polymer (CFRP), glass fiber reinforced polymers (GFRP), aramid fiber reinforced polymers (AFRP), boron fiber reinforced plastics (BFRP) - all of which have unique properties depending on their application such as higher contribution to stiffness/strength-to-weight ratio or better vibration dampening abilities.

Our company has been providing advanced composite engineering services for over 20 years now – consistently delivering top quality products through proven processes that meet customer requirements on time every time.

We have extensive experience working across different industries such as Defense/aerospace, industrial automation & robotics, marine/boating/offshore sectors to name a few — however our expertise lies primarily within aerospace where we excel at developing lightweight yet robust components.

Yes! We provide end-to-end system integration services for seamless sub-system integration into larger systems — helping customers improve efficiency while reducing development lead times. From concept generation through prototype trials until production readiness — our engineers will make sure your project meets its goals throughout its lifecycle.

Every product developed by us follows ISO 9001 standards – which means they have been subjected to rigorous quality control procedures from start to finish ensuring maximum safety & reliability at all times.