Veteran Equipment Sales

Founder, Veteran Equipment Sales | Aerospace Defense Review | Top Custom Aerial and Scissor Lifts ManufacturerFounder, President, and CEO, LLC
Is Changing the Industry in 2026 and Beyond

When I founded Veteran Equipment Sales, I did not set out to simply sell products to the aerospace and defense community. I set out to solve problems that had gone unaddressed for far too long. Problems that were not just operational inconveniences but genuine threats to the health and safety of the men and women maintaining our nation’s aircraft, industrial, and military equipment. Today, VES has become a recognized force for change in the aircraft paint and blast hangar space, and the pace of that change is only accelerating.

The Problem We Set Out to Solve

Hexavalent Chromium, commonly known as Hex Chrome or Cr(VI), is one of the most hazardous substances found in aerospace maintenance environments. Present in many primers and coatings applied to aircraft and military equipment, exposure has been linked to lung cancer, nasal damage, and a range of serious health conditions. For the men and women working in paint booths and blast hangars every day, this is not an abstract regulatory concern. It is a daily occupational reality.

When I looked at how the industry was addressing this challenge, I saw a significant gap between what was possible and what was actually being done. Detection methods were cumbersome and impractical for field use. Chemical treatment options were limited and frequently generated their own hazardous waste streams. And the equipment being sold to protect workers ranged from genuinely effective to dangerously inadequate, with buyers often unable to tell the difference. That gap is where VES was built.

Introducing the Hex Buster™ Product Line

One of our flagship contributions is the Hex Buster™ product line, a family of green chemistry solutions engineered to neutralize Hexavalent Chromium on contact by converting it to its far safer trivalent form. This is not a masking agent or a temporary suppression solution. The formulation produces a genuine chemical conversion, rendering Hex Chrome essentially harmless without generating toxic secondary waste. It can be applied to contaminated surfaces, tools, PPE, waste streams, and common work areas, making it practical for both depot level facilities and forward operating locations. Facilities that previously struggled to demonstrate Hex Chrome compliance are now able to do so with confidence.

A New Standard in Detection: HexDetex™

Detection is the first line of defense in any Hex Chrome management program, and yet for years the options available to field personnel were too slow, too complicated, or too expensive for practical daily use. HexDetex™ changes that. Our proprietary detection kits are designed to be fast, intuitive, and accurate, putting verification of Hexavalent Chromium presence directly in the hands of the people who need it most. Each kit provides approximately 25 applications, compared to the 10 application alternatives currently on the market, delivering significantly more value at a lower overall cost. HexDetex™ is currently moving through final packaging with distribution availability anticipated in the near term.

Modernizing the Air Shower: The Tempest Cat II and WindDraft™ Technology

VES has invested heavily in rethinking one of the most critical pieces of infrastructure in any finishing environment: the personnel air shower. For decades the standard had barely evolved. That changed when VES incorporated WindDraft™ technology into its Tempest Cat II, developed in direct cooperation with NIOSH engineers. Our Tempest Cat II achieves over 85% dust removal in just 18 seconds, a performance standard no conventional air shower comes close to matching. A balanced 2,500 CFM airflow system maintains consistent negative pressure throughout the entire cleaning cycle. Dual stage filtration, beginning with MERV 8 pre-filters and followed by medical grade HEPA filters achieving 99.99% efficiency at 0.3 microns, far exceeds single stage systems. Built on steel skids for portability with fully modular construction, the Tempest Cat II can be disassembled, relocated, and reinstalled without compromising performance. No other manufacturer can offer the technical credibility that comes from active NIOSH engineer involvement in the development process.

Engineering Safety Into Every Detail

If there is one thing that separates VES from every other manufacturer in this space, it is our uncompromising commitment to engineering genuine safety into every piece of equipment we produce. Every door across the VES product line is double gasketed, creating a redundant barrier that maintains containment integrity as equipment ages. Our ventilation systems exceed the ACGIH requirement of 20 air changes per minute. Our Raptor and Viper series blast cabinets incorporate true vertical filter positioning, improving efficiency and extending filter life. Our blast booth enclosures use an overlapping panel design that creates a physical barrier against dust escape. And our dust collector lower hoppers feature sealed slide gates as standard, controlling discharge and protecting workers from airborne contamination. Every component has been examined through the lens of what could go wrong and how we can engineer a better solution.

Looking Ahead

The aircraft paint and blast hangar industry is at an inflection point. Regulatory pressure is increasing. Workforce health awareness is growing. And the technology available to address these challenges has never been more capable. The organizations that invest in the right solutions today will be the ones that lead this industry into its next chapter.

At VES, we are not waiting for that future to arrive. We are building it. Every product we engineer, every customer we serve, and every standard we help establish moves this industry closer to a place where the people maintaining our aircraft, industrial, and military equipment can do so without sacrificing their health.

That is the mission of Veteran Equipment Sales. And we are just getting started.

About the Author

Daniel Myers is the Founder, President, and CEO of Veteran Equipment Sales, LLC, a Nampa, Idaho based Service-Disabled Veteran Owned Small Business. Visit vessystems.com or contact Daniel at dmyers@vessystems.com for more information.

Deep Dive

Setting the Standard for Aircraft Paint and Blast Hangar Systems

Executives responsible for acquiring aircraft paint and blast hangar services operate in an environment shaped by regulatory pressure, workforce safety obligations and mission continuity requirements. Aerospace and industrial coating facilities are no longer judged solely on throughput or footprint. They are assessed on how effectively they control hazardous byproducts, integrate complex workflows and sustain long-term reliability in demanding service conditions. As fleets age and environmental scrutiny increases, shortcomings in hangar design or blast systems can halt operations, expose organizations to liability and erode confidence across maintenance teams. The most persistent challenge in this category is hazard containment. Aircraft paint stripping and blasting processes generate toxic dusts and residues that cannot be treated as routine housekeeping issues. Facilities that rely on generalized ventilation or operator-dependent cleanup practices face elevated health risks and inconsistent compliance outcomes. Decision-makers are increasingly focused on systems that embed contaminant control directly into the hangar and booth architecture rather than treating safety as an add-on. Effective solutions demonstrate an understanding of how harmful materials behave within enclosed spaces and how engineering controls can reduce cumulative exposure over years of use. A second pressure point is system integration. Paint and blast hangars do not function in isolation. They depend on coordinated airflow, material handling, compressed air, clean rooms and transition zones that protect personnel as they move between processes. Fragmented sourcing often leads to mismatched specifications, rework and costly change orders after installation. Buyers now favor providers that can design cohesive environments where blasting, painting, stripping and support systems are engineered to work together within the constraints of existing facilities and regulatory frameworks. Execution discipline forms the third critical lens for evaluation. Aerospace maintenance environments leave little tolerance for equipment that underperforms once installed. Delays driven by redesigns, unclear specifications or post-award corrections disrupt schedules and inflate total program cost. Buyers look for partners that invest heavily upfront in understanding workflow, spatial constraints and end-user behavior, translating those insights into designs that function as intended from day one. Reliability is measured not by promises but by the absence of downstream surprises. Within this context, Veteran Equipment Sales stands out as a clear reference point for aircraft paint and blast hangar systems. Its approach reflects deep familiarity with military and aerospace maintenance realities and a deliberate emphasis on safety-driven engineering. The company designs hangars and blast systems with contaminant mitigation embedded into airflow management, enclosure design and material handling rather than relying on procedural controls alone. Its portfolio extends across blasting, painting, stripping and associated support systems, allowing facilities to be conceived and delivered as unified environments rather than assembled piecemeal. Equally important is how it executes. Projects are shaped through close engagement with end users, detailed modeling and disciplined specification development that reduces change orders and performance gaps. This results in installations that align with compliance requirements while supporting consistent daily operations. For organizations evaluating aircraft paint and blast hangar services through the lenses of hazard control, integrated design and execution reliability, Veteran Equipment Sales represents a gold standard choice grounded in practical experience and engineered accountability. ...Read more