NQA-1 Overview

Microwave Processing - Contract R&D
Hadron's in-house Microwave Technology Facility (MTF) R&D department focuses on novel materials engineering solutions for a broad range of applications. Our approach is not tied to a single technology, but instead draws from different elements of materials science - advanced ceramics, surface engineering, microwave processing, plasma processing, and metallurgy.

Materials Research and Development
Hadron's in-house R&D department focuses on novel materials engineering solutions for a broad range of applications. Our approach is not tied to a single technology, but instead draws from different elements of materials science - advanced ceramics, surface engineering, microwave processing, plasma processing, and metallurgy.

Structural Fabrications and Welding
HadronAFCO, our joint venture, has teamed us up with one of the nation's premier fabricators that has been providing unique fabrication solutions since 1976. Their expertise in fabrications, combined with Hadron's quality assurance, engineering, and project management provides an unbeatable combination for critical fabrications.

NQA-1 Elements

Hadron's list of services grows daily - if you have a need that's not covered below - give us a call or send us an email. We have a diverse background of expertise and welcome a challenge.

Quality Program
Training and Qualification
Design Control
Procurement Doc. Control
Instruc., Proced., Drawings
Document Control
Control of Purch. Items
Ident. and Control Items
Control of Processes

Put Hadron's team of scientists, engineers, and manufacturing specialists to work, solving your materials processing challenges.

Thin Film Process Development. Thin films are typically deposited through vacuum-based processes to thicknesses less than 5 microns. Wear and corrosion resistant films are typical applications. Hadron has in-house capabilities including RF and DC sputtering, as well as microwave assisted CVD.

Thick Film Process Development Thick films, generally 100 microns or thicker, can serve as thermal barriers, as well as corrosion resistant coatings on a variety of different base materials. Hadron's in-house plasma spray and thermal spray processes are being applied to solve a variety of materials challenges.

Paint and Coatings Development Hadron continues development work for in-house and customer applications where a thermodynamically stable coating is required for contact with molten metals or other reactive materials.