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Aerospace

Luvak provides accredited elemental and interstitial analysis for superalloys, titanium, and specialty metals used across aerospace programs. As an ISO/IEC 17025 and Nadcap-accredited laboratory with more than 50 years in materials testing, we deliver accurate, traceable results that support AMS and customer specifications and hold up to audit.

What We Test for Aerospace

Aerospace materials must meet exacting requirements for composition, cleanliness, and traceability. We verify the alloys and elements that matter most to airworthiness and qualification.

Nickel & Cobalt Superalloys

High-temperature alloy composition and trace element verification.

Titanium Alloys

Composition plus oxygen, nitrogen, and hydrogen determination.

Aluminum Alloys

Compositional analysis and grade confirmation.

Interstitial Elements

Oxygen, nitrogen, and hydrogen content that drives strength and ductility.

Specification Compliance

Testing to a broad range of AMS, ASTM, and AWS specifications.

Our Analysis Methods

ICP Elemental Analysis

Inductively coupled plasma optical emission spectroscopy (ICP-OES) to ASTM E2371, E1479, E2594, and E3061

ICP-OES is A versatile, efficient method run on the SPECTRO ARCOS FHX22, providing one of the most accurate testing methods available today.

DCP Elemental Analysis

Direct current plasma emission spectroscopy (DCPES) to ASTM E1097 and E2371.

DCPES is A classic optical method run on the Beckman Spectra Span VI, backed by more than 30 years of experience.

Atomic Absorption Spectroscopy

Flame atomic absorption (AA) spectroscopy to ASTM E663.

Considered less prone to spectral interference, AA provides accurate detection of trace metals using the Perkin Elmer 3030B.

Graphite Furnace Atomic Absorption

Graphite furnace atomic absorption (GFAA) to ASTM E1184.

GFAA employs an electric furnace and multiple heating steps remove interferences and isolate the target element, giving sub-ppm determination of trace metals on the Shimadzu AA6650.

All samples are dissolved in-house before analysis; our methods are destructive.

Industries We Serve

Luvak supports a broad range of industries with prompt, accredited materials testing, from aerospace and nuclear to medical devices, energy, and additive manufacturing.

Nuclear Testing

GE D50YP12 testing and Regulatory Guide 1.36 compliance testing for nuclear-grade materials.

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Aerospace

Material verification and compositional analysis supporting aerospace specifications and accreditations.

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Medical Devices & Implants

Analysis for medical-grade alloys including Nitinol (NiTi), stents, and other implantable materials.

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Precious Metals

Accurate, traceable analysis for precious metal composition and purity verification.

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Energy

Materials testing for green energy applications and power generation infrastructure.

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Automotive

Compositional analysis of automotive alloys, components, and supply-chain materials.

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Construction — Repair, Renovation & Restoration

Verification testing for construction-grade metals supporting repair, renovation, and restoration projects.

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Additive Manufacturing Analysis

Compositional and quality testing for additively manufactured (3D-printed) metal parts and feedstock.

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Universities — Research & Development

Trusted partner for academic and R&D groups requiring accurate, accredited materials analysis.

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Contact us with your Aerospace testing needs

Speak with a chemist about your specification or turnaround requirements.

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