TSEP-Driven Coating Dehydration for Faster, Drier,
More Predictable Walls
We use Thermal Surface Energy Platform (TSEP) to actively manage surface energy and moisture dynamics—then apply short‑wave electric heat to accelerate coating dehydration on cementitious walls.
The NAllen Holdings Coating Dehydration & Substrate Stabilization System delivers a capability never before achieved in construction, coatings, or building‑envelope science. It operates across a patented 40–200 watt‑per‑inch range (≈ 136–682 BTU/hr per inch), enabling the same platform to perform both:
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Mass‑scale construction heating
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Micro‑precision coating dehydration
With unprecedented watt‑density control and thermal consistency.
The widely referenced 307,080 BTU SWIR configuration is only one build.
Because the watt‑range itself is patented, this technology can be engineered larger or smaller, providing custom assemblies for any surface, substrate, climate, or project demand.
This is not a heater.
This is an entirely new class of industrial thermal technology.
WHY THIS SYSTEM IS REVOLUTIONARY
Built on Short‑Wave Infrared Science — Not Hot Air
Traditional heaters waste energy warming the surrounding air.
This platform does not heat the air at all.
It applies short‑wave radiant energy directly to the surface — exciting molecules at depth inside the substrate. The result is:
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True 100% energy utilization into the working surface
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Zero atmospheric loss, even in open air
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Immediate thermal response
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Uniform heating across large assemblies
This is why it performs in environments where convection‑based systems fail.
MACRO‑SCALE POWER
Warming Full Exterior Assemblies Without Containment
At high output, the system forms a controlled micro‑climate across entire building envelopes — even in freezing temperatures — without tents, tarps, enclosures, or temporary heating structures.
This enables crews to:
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Heat large cementitious or concrete surfaces instantly
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Maintain cure conditions in wind, cold, and open‑air environments
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Prevent winter delays
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Eliminate propane/diesel inefficiency and fuel logistics
MICRO‑SCALE PRECISION
Delicate Enough to Dehydrate a Few Mils of Coating — Without Damaging the Substrate
By tuning output within the patented 40–200 watt‑per‑inch range, the same system used for macro heating can shift to precision‑level dehydration, giving operators full control over thermal penetration depth.
This allows the system to:
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Dehydrate coatings into a dry, removable powder
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Prevent scorching, stress, cracking, or surface distortion
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Remove trapped and over‑burdened water inside CMU and cementitious assemblies
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Deliver uniform, repeatable dehydration without chemical removers
No long‑wave IR system or forced‑air heater can match this level of control.
Backed by Science, Testing & Lab Data
Laboratory Verified. Field Proven. Industry Redefining.
Thermal Penetration Testing
Short‑wave IR excites surface molecules directly, driving energy into the structure while convection systems merely warm the ambient air.
Moisture Reduction Data
Side‑by‑side testing demonstrates faster internal moisture elimination, more uniform dehydration, and significantly lower energy waste.
Coating Removal Demonstrations
Side‑by‑side testing demonstrates faster internal moisture elimination, more uniform dehydration, and significantly lower energy waste.
Full‑Scale Field Deployments
Side‑by‑side testing demonstrates faster internal moisture elimination, more uniform dehydration, and significantly lower energy waste.
SAFETY VALIDATION
Independently Reviewed for Safe Thermal Behavior
Independent third‑party industrial hygienist evaluation confirmed that the system does not create dangerous surface temperatures, harmful byproducts, or unsafe vapor‑pressure conditions under correct operating parameters.
If there had been any risk factors related to:
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overheating
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substrate compromise
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vapor‑pressure spikes
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moisture‑driven structural distress
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coating‑byproduct concerns
…they would have been explicitly identified.
The absence of any cautions reinforces what laboratory data already shows:
The system performs within safe, predictable thermal limits when operated as designed.
(Full documentation available upon request. SOPs can be provided for contractor training.)
Configurable Technology
307,080 BTU Is Only One Build — The Platform Scales Up or Down
Thanks to the patented watt‑density range, this technology can be engineered for:
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Small‑format precision coating dehydration
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Large‑scale coating removal
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Exterior envelope heating
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Extreme cold‑weather construction
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Moisture‑control stabilization
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Restoration, repair, and surface‑prep
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Custom industrial applications
The technology scales.
The power scales.
The patented range is unmatched.
FAQ
What makes this system different from traditional heaters?
Traditional heaters warm air. This system transfers short‑wave infrared energy directly into the surface, achieving far higher efficiency and eliminating atmospheric losses.
Can it operate outdoors in freezing conditions?
Yes. The system maintains a stable micro‑climate even in sub‑freezing temperatures — with no containment required.
Can it support 3D‑printed concrete or additive manufacturing?
Absolutely. It stabilizes thermal conditions around printed walls, preventing cracking, moisture intrusion, thermal shock, and layer‑bonding failures.
Will it damage sensitive substrates?
No. The patented watt‑range allows precise output control, preventing scorching or thermal stress while still enabling deep moisture and coating dehydration.
Can it be used for more than coating work?
Yes. The platform is engineered for construction heating, moisture stabilization, restoration, drying, and industrial thermal processes.
From the Founder
For years, I watched construction teams battle the same limitations: heaters that wasted energy, systems that collapsed in cold weather, and equipment that couldn’t deliver predictable results on real job sites. These problems weren’t minor inconveniences — they were structural flaws in the underlying science of how heat was being delivered.
I founded NAllen Holdings to break that cycle. Instead of another incremental improvement, we engineered an entirely new thermal platform — one built on proven physics, validated in accredited laboratories, and designed to give contractors and builders real control over their environment. Today, this patented technology stands as the world’s first configurable short‑wave radiant system capable of operating from precision‑level watt‑densities to full‑scale macro‑heating without atmospheric loss.
Our mission has always been the same: apply real thermodynamics, remove job‑site uncertainty, and give the field a tool that performs exactly as the science says it should. Every system we build reflects that commitment — engineered with integrity, validated through independent testing, and shaped by real‑world experience.
— Shawn A. Benn, Founder & Multi‑Patent Inventor
