Mike Malone is a commercial HVAC sales and technical professional who helps engineers, contractors, and facility teams evaluate equipment for school, industrial, and humidity-control projects.
Mike Malone is most useful for applied commercial HVAC explanations that connect equipment choices to school, industrial, and humidity-control project conditions.
Best for
Commercial HVAC manufacturers needing technical content or rep advisory for engineers, contractors, and facility teams.
Not for
Consumer brands, non-HVAC software, broad awareness campaigns, or quick product mentions without technical substance.
Key takeaways
Wall-mount units can cool school spaces without new ductwork.
Paint booths may need custom makeup air, not standard rooftop units.
Dehumidification should be sized to latent load, not sensible cooling share.
Check first: Confirm follower engagement, conversion data, and that Mike Malone accepts paid partnerships.
Main ideas
The equipment decision comes before equipment selection · Humidity is a design parameter, not a cooling line item · School HVAC runs on a summer calendar set in winter
Early specification and selection support · Factory and on-site product training · Manufacturer engineering escalation for custom or hard-fit applications
Mike Malone is a commercial HVAC sales and technical professional whose LinkedIn posts explain how equipment choices affect school, industrial, and humidity-control projects.
The examples show a practical focus: match equipment to the building or process, and make key decisions early enough to avoid problems during installation.
Their posts cover BARD wall-mount units, Magic Aire air handlers, Titan Air makeup-air systems, and DCA dehumidification.
Malone connects technical choices to project conditions.
For example, they explain how a wall-mount unit can cool a school space without new ductwork, why a paint booth may need custom makeup air rather than a standard rooftop unit, and why dehumidification should be sized to latent load rather than treated as a share of sensible cooling.
They also highlight timing: school equipment decisions made before the summer installation window can help prevent late design changes from colliding with lead times.
A factory-training post describes hands-on learning about refrigerant circuits, controls, service access, and troubleshooting.
Readers looking for applied commercial HVAC explanations can follow how Malone links specifications and equipment selection to real project constraints.
Mike Malone's recurring argument is that commercial HVAC outcomes are decided before anyone picks equipment: by whether designers treat the application's real requirements — process airflow, latent humidity load, and a summer-only construction window — as design parameters, or let a catalog number and a late design calendar make the decision instead.
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All five posts follow the same pattern: naming a mistake, explaining in plain technical terms why it looks fine on paper but fails in the field, listing the building types where it appears, and asking for project details.
Another consistent priority is firsthand factory knowledge — pulling panels, talking to the engineer who designed the unit, and having a manufacturer close enough to call.
Malone presents this as what makes a specification trustworthy and extends the point to the whole sales and technical team.
The equipment decision comes before equipment selection
Malone's recurring position is that the wrong equipment usually results from a decision made too early and too narrowly, not from a product defect.
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Standard catalog units are often chosen for applications with airflow, tempering, and code requirements they were never built to satisfy.
The mismatch surfaces after installation, when the process underperforms even though the paperwork looks correct.
Malone argues for bringing a manufacturer that builds to the process into the conversation before equipment selection, rather than replacing a standard unit after it fails.
The same logic applies to schools: units configured to the project, rather than projects adapted to stock equipment, can make a tight mechanical room or retrofit replacement work without compromise.
A standard rooftop unit will never work for a paint booth, Mike Malone writes, because paint booths, food process lines, and high-volume manufacturing have requirements catalog rooftop units were never designed to meet. Titan Air's direct-fired, indirect-fired, and energy recovery configurations are built around the process needs, not what fits a distributor's stock list.
Humidity is a design parameter, not a cooling line item
Malone argues that dehumidification is routinely filed under the cooling system in mechanical schedules, hiding a problem until the weather exposes it.
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A sensible cooling system sized on its own can look adequate in spring and still leave a space sticky in late July, when outdoor humidity peaks and the cooling equipment is doing all the work.
Their rule: size dehumidification to the space's actual latent load, not to a percentage of its sensible load.
They names the environments where the mistake is most acute and recommends investigating while humid conditions are happening, so they can be observed rather than recalled.
A natatorium with condensation running down the windows, a grow room drifting above its target relative humidity during a humid week, and pharmaceutical or specialty manufacturing drifting outside its humidity specification in muggy weather. Malone gives the same fix for each: size to the latent load.
School HVAC runs on a summer calendar set in winter
Two posts treat the school year as a deadline that reaches back into design.
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Because the work has to happen during a summer-only construction window, installation quality is determined months earlier, when the specification is locked and equipment is ordered.
Malone contrasts engineers and facility directors who finished design in the first quarter — equipment arrived, factory coordination worked, and contractors stayed on schedule — with projects that started design late, absorbed change orders in May, or tried to value-engineer the air handler specification after design was set.
The failure comes when equipment lead times collide with the installation window, a risk that does not show up on a spec sheet.
Malone recommends that districts put wall-mount units on the short list for classroom cooling, addition projects, and tight mechanical-room replacements, citing their compact installation footprint and fit with a summer-only construction window. For anyone planning next summer's air handler work, their advice is to start the conversation this month.
Malone argues that a product's reputation can be accurate and still undersell its range.
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BARD wall-mount units are the industry default for cell tower shelters, modular classrooms, outdoor electrical enclosures, and equipment shacks.
They call that a small fraction of where the product fits, extending the same form factor to classroom cooling, school additions, and mechanical-room replacements on one side, and outdoor switchgear, server rooms, telecom equipment, and process control closets on the other.
The case rests on application fit rather than brand cachet: no new ductwork through finished spaces, a small installation footprint, and a schedule that matches the summer window.
The same wall-mount family that cools a modular classroom is presented as a fit for an outdoor switchgear box or process control closet. Malone closes by asking readers with a school project planned for summer, or an industrial application that has frustrated conventional HVAC, to send details directly.
Firsthand factory knowledge builds trust in a specification
Malone presents time with a manufacturer's own engineers as the working method behind their advice.
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Reading a spec sheet, they argue, is different from pulling panels, watching a unit run, and asking its designer about the corner cases.
They extend the point to the whole sales and technical team: everyone took the same DCA factory training, so whoever a customer reaches on a project starts with the same depth of knowledge on specifications, selection, troubleshooting, and startup support.
The Titan Air post makes a related point about distance: a manufacturer based in Osseo, Wisconsin, keeps factory engineering support a phone call away instead of a multi-day wait.
Both posts describe training for engineering teams, contractors, and facility crews, at the factory or on site.
A week at the DCA factory covering the commercial dehumidification lineup included refrigerant circuits, controls sequencing, service access, and R-454B handling, alongside the dehumidification applications Malone works in: natatoriums, pharmaceutical, cold storage, and cannabis.
One technical voice across several equipment lines
The posts promote four different manufacturers — BARD wall-mount units, DCA dehumidification, Magic Aire air handlers, and Titan Air makeup air — and Malone writes across them as a technical sales professional supporting specifications and field calls, rather than as a voice for one brand.
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That breadth is a feature of the material, but buyers should ask about compensation and partnership terms: the posts do not state them. The role hashtags, including rep and field engineer tags, recur across all five posts.
Within the same five-post set, Malone moves from a DCA dehumidification argument to a Magic Aire air handler scheduling argument to a Titan Air paint-booth argument, ending each with a direct request for project details rather than a brand pitch.
Shows what Malone sells against: a product family readers may associate with a different job, with adjacent uses spelled out.
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Malone takes a product with a narrow reputation and widens it.
BARD wall-mount units are commonly associated with cell tower shelters, modular classrooms, outdoor electrical enclosures and equipment shacks.
The post argues that reputation undersells their range.
The same wall-mount form factor cools a classroom or a wing without running new ductwork through finished space.
Its small install footprint and fit with a summer-only construction window make it suitable for school additions and tight mechanical-room replacements planned by district facility teams.
The post then carries the same product family into industrial settings: outdoor switchgear, server rooms, process control closets and telecom equipment.
It closes by asking readers to send project details directly.
For brands planning a campaign
A reusable partnership format for a manufacturer seen as niche: name one product family, two markets it serves and a concrete seasonal trigger, then ask for the project. The post makes its case on application fit, not follower count or brand cachet.
Explains the design calendar that drives school mechanical work, useful context for evaluating school-focused content or a pitch.
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Malone separates school projects that finish on time from those that stall, and ties the difference to when design was locked.
Projects run smoothly when engineers and facility directors finish design in the first quarter: equipment arrives, factory coordination works and contractors stay on schedule.
Projects struggle when design starts too late, change orders come in May or teams try to value-engineer the air-handler spec after design is set.
These problems appear when equipment lead time collides with the install window, not on a spec sheet.
The post says Magic Aire fits school work because units are configured to the project, allowing a tight mechanical room or retrofit replacement to work without compromise—but only if the spec is locked early enough for the factory to deliver.
For brands planning a campaign
Timing is the lever. A manufacturer partnership built around this would publish against the design calendar, not the install season, and remind readers to start the equipment conversation a summer ahead.
Shows Malone's core technical argument in its clearest form, along with the specific building types where it pays off.
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Malone argues that humidity problems rarely get caught at design and usually get caught in July.
Mechanical schedules often list dehumidification under the cooling system instead of treating it as its own design parameter.
That arrangement looks fine in April and falls apart in late July, when outdoor humidity peaks and the sensible cooling system does all the work while the space still feels sticky.
The post names the spaces where the problem shows up hardest: a natatorium with condensation running on the windows, a grow room drifting above target relative humidity during a humid week, and pharmaceutical or specialty manufacturing drifting outside its humidity spec in muggy weather.
The fix is the same each time: size dehumidification to the space's actual latent load, not a percentage of the sensible load.
Malone asks readers to investigate while the conditions causing the problem are still happening.
For brands planning a campaign
A strong shape for a technical campaign: reframe a specification habit, name the failure modes, give one diagnostic rule and set a deadline tied to real conditions. The post's ending also leads naturally into a site visit or humid-season service call.
Shows how Malone argues for custom engineered equipment over catalog selection, making the cost of the wrong choice concrete.
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The post opens with a flat claim: a standard rooftop unit will never be the right answer for a paint booth.
Malone explains that applications where industrial makeup air matters most—including paint booths, food process lines and high-volume manufacturing—have airflow, tempering and code requirements a catalog rooftop unit was never designed to satisfy.
The mismatch usually surfaces after installation, when the process underperforms and nobody can see why it looked fine on paper.
Malone recommends bringing a custom manufacturer into the conversation before equipment selection, not after a standard unit fails.
Titan Air's direct-fired, indirect-fired and energy recovery configurations are built around the process's needs instead of what fits a distributor's stock list.
With the factory in Osseo, Wisconsin, engineering support stays close by.
For brands planning a campaign
Useful for a manufacturer whose product competes with catalog equipment: the rep explains the cost of the wrong selection rather than listing features. A partnership could adapt this structure for a technical comparison page or a spec-stage advisory offer.
Explains the working method behind the rest of Malone's posts: firsthand, unit-level knowledge rather than spec-sheet reading.
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Malone describes a week at the DCA factory going through the commercial dehumidification lineup with the company's own engineers.
The post lists what they covered: refrigerant circuits, controls sequencing, service access and R-454B handling.
It contrasts reading a spec sheet with pulling panels, watching the unit run and asking the engineer who designed it about the corner cases.
Malone also notes that the whole sales and technical team took the same training, so any contact on a DCA project starts with the same depth of knowledge on specs, selection, troubleshooting and startup support.
Customer training is offered for engineering teams, contractors and facility crews, either at the factory or on-site in the territory.
Named dehumidification applications include natatoriums, pharmaceutical, cold storage, cannabis and other environments where humidity is the primary design parameter.
For brands planning a campaign
Factory training is a partnership asset, not just a backstory. A manufacturer could build content or a customer-facing offer around the training, while the whole-team claim differentiates it from competitors whose reps work from literature alone.
Post structure: a field problem, plain reasoning, one direct ask5
One technical sales voice across several equipment lines4
Match the equipment to the application, not the catalog3
School and district HVAC work runs on a summer calendar2
Humidity control as its own design parameter2
Factory access and hands-on training as a sales argument2
Match the equipment to the application, not the catalog
The recurring theme is the gap between a standard catalog unit and what a specific process requires.
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The Titan Air post argues that paint booths, food process lines, and high-volume manufacturing have airflow, tempering, and code requirements a stock rooftop unit was never built for.
It says custom direct-fired, indirect-fired, and energy recovery configurations should be considered before equipment is selected, not after a standard unit fails to perform.
The same reasoning appears in the Magic Aire post: units configured to the project can make a tight mechanical room or retrofit replacement work.
The BARD post argues that wall-mount units fit classroom cooling, addition projects, and tight mechanical-room replacements, as well as the telecom shelters and equipment shacks the brand is known for.
Opens by naming the wrong answer in plain terms ("A standard rooftop unit will never be the right answer for a paint booth"), explains why catalog selection fails, then names the product family that fits.
For brands planning a campaign
Strong fit for a manufacturer whose differentiator is configuration range or application breadth. A content brief can ask for one hard application per piece, walking an engineer from why the standard unit fails to what the custom specification looks like.
School and district HVAC work runs on a summer calendar
Two posts treat the school year as a deadline that shapes earlier decisions.
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The BARD post tells district facility teams and engineers planning summer work to put wall-mount units on the short list for classroom cooling, addition projects, and mechanical-room replacements, citing the compact install footprint and fit with a summer-only construction window.
The Magic Aire post sharpens the timing argument: engineers who finished design in the first quarter are running smooth installs, while projects that started design late, absorbed change orders in May, or tried to value-engineer the air handler specification after design was set ran into equipment lead times that collided with the install window.
Its conclusion: configuration flexibility only helps if the specification is locked in early enough for the factory to deliver.
For brands planning a campaign
For a manufacturer selling into K-12, education and selection content lands hardest in the design months, not the construction months. Schedule briefs for facility directors and specifying engineers in late winter and early spring, and build them around lead time and design freeze rather than general product benefits.
The two DCA posts argue that dehumidification is routinely treated as a line item under cooling instead of as a design parameter in its own right.
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The July post describes mechanical schedules that look fine in spring but fail in late July, when outdoor humidity peaks and the sensible cooling system is doing all the work while the space still feels sticky.
The named environments are natatoriums with condensation on the windows, grow rooms drifting above target relative humidity, and pharmaceutical or specialty manufacturing drifting outside a humidity specification.
The recommended fix is to size dehumidification to the space's actual latent load rather than a percentage of its sensible load.
The factory training post covers the commercial dehumidification lineup and applications spanning natatoriums, pharmaceutical, cold storage, and cannabis.
Uses a failure that surfaces late in the season to argue for a design-time decision, then lists the specific spaces where the failure is most acute.
For brands planning a campaign
Useful for dehumidification and humidity-control brands.
A series for specifiers in natatorium, cannabis, pharmaceutical, and cold storage work can pair design-time reasoning with a service or factory-training angle.
Factory access and hands-on training as a sales argument
The DCA post describes a week of hands-on training at the factory, covering refrigerant circuits, controls sequencing, service access, and R-454B handling.
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It argues that pulling panels and asking the engineer who designed the unit about corner cases offers more than reading a spec sheet.
The post also states that the entire JJM sales and technical team took the same training, so customer conversations start from the same depth of knowledge, and that customer training options exist for engineering teams, contractors, and facility crews.
The Titan Air post makes a related point about proximity: a manufacturer based in Osseo, Wisconsin means factory engineering support is a phone call away rather than a multi-day wait.
For brands planning a campaign
Brands with a factory, training center, or accessible engineering team can make that access the content. These posts support plant visits, engineer question-and-answer pieces, and service-access walkthroughs; the same material can also serve as a recruiting or partner-training asset.
One technical sales voice across several equipment lines
The posts promote four different manufacturers: BARD wall-mount units, DCA dehumidification, Magic Aire air handlers, and Titan Air makeup air.
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Mike Malone writes as a technical sales professional who supports specifications and field calls across that portfolio rather than as a voice for a single brand, and the DCA post states that the whole JJM sales and technical team received identical factory training. For a brand, the practical read is that the offering is technical translation of a specification into field decisions for engineers and contractors, with other equipment lines also appearing in the feed.
The posts do not state compensation, sponsorship, or partnership terms. Ask about those terms before planning a campaign; naming a manufacturer is consistent with a sales role across these lines, and payment should not be inferred from a product mention or a partner hashtag.
For brands planning a campaign
Scope a rep advisory or technical content partnership with the multi-line portfolio in mind: ask which lines a given project or series can reference, and confirm what the audience is expected to see alongside the brand's own products.
Post structure: a field problem, plain reasoning, one direct ask
Every post follows a similar shape.
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A short hook names a mistake or overlooked use.
A few short paragraphs give plain technical reasoning, usually contrasting how a project looks on paper with what happens in the field.
A list of environments or project types follows, such as natatoriums, pharmaceutical, cold storage, cannabis, paint booths, food process lines, or school classrooms.
Each post ends with a direct invitation to send project details by direct message and a block of product, application, and role hashtags.
Occasional personal asides, such as a stop at a cheese store on the drive home from factory training, sit alongside the technical content.
Written for readers who already know the equipment categories: terms such as latent load, makeup air, and direct-fired appear without explanation, and the reasoning relies on consequences rather than definitions.
For brands planning a campaign
A brand can reuse this template directly.
A content brief should ask for one named field problem, why catalog or late-stage selection fails, the environments where it matters, and one next step.
Malone's posts position them in a commercial HVAC sales organization and promote four equipment manufacturers they sell or specify.
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They refer to "our JJM sales and technical team" and "our sales team," indicating they work in JJM's commercial HVAC sales group.
They promote DCA dehumidification equipment, BARD wall-mount units, Magic Aire custom air handlers, and Titan Air industrial makeup-air units, direct project inquiries to themselves, and attended DCA factory training alongside JJM colleagues.
The posts don't state contract terms, exclusivity, or titles; ask Malone to clarify their role and the terms of these manufacturer relationships.
JJM
Employment
Malone refers to "our entire JJM sales and technical team" receiving DCA factory training in April and tells readers to "call any member of our sales team or DM me directly," placing them in JJM's commercial HVAC sales organization.
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Ask Malone to confirm JJM's full company name and their job title.
Malone writes about hands-on factory training across DCA's commercial dehumidification line and says it changed how they support specifications and field calls.
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They offer customer training options through their territory and invite readers with humidity-driven projects in natatoriums, pharma, cold storage, or cannabis to contact the sales team or message them directly. Ask Malone to clarify their arrangement with DCA.
Malone argues that BARD wall-mount units, known for telecom enclosures and portable buildings, also fit classroom cooling, addition projects, and tight mechanical-room replacements, as well as outdoor switchgear boxes and process control closets.
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They invite readers with summer school projects or difficult industrial applications to send project details. Ask Malone to clarify whether they represent BARD.
Malone promotes Magic Aire for school HVAC work, saying the units are configured to the project rather than the reverse, making tight mechanical rooms and retrofit replacements workable if the specification is locked in early enough for factory delivery.
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They invite readers with upcoming school projects to message them. Ask Malone to clarify their commercial arrangement with Magic Aire.
Malone recommends bringing custom manufacturer Titan Air into industrial process projects such as paint booths, food process lines, and high-volume manufacturing before equipment selection.
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They cite its direct-fired, indirect-fired, and energy recovery configurations and its Osseo, Wisconsin base as keeping factory engineering support close.
They invite readers with process applications to message them.
Ask Malone to clarify whether they represent Titan Air.
Mike Malone’s posts offer a working guide to commercial HVAC decisions, especially when the standard catalog answer fails.
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Start with the dehumidification argument: humidity is a design parameter, not a line item under cooling.
Natatoriums, grow rooms, and pharmaceutical or specialty manufacturing are among the spaces where that mistake shows up most.
The school-project posts show how a summer-only construction window pushes the real decision back to design freeze and equipment selection.
The BARD post shows how a product’s known use can obscure a wider fit, while the Titan Air and Magic Aire posts argue for bringing a manufacturer that builds to the process into the conversation before equipment is chosen.
The method repeats: name the mistake, explain why it looks fine on paper, list the building types where it shows up, and ask for project details.
Factory training runs through the material: pulling panels and questioning the engineer who designed the unit are different activities from reading a spec sheet.
Like Malone, Koerte explains industrial and energy systems in plain business terms, using concrete examples—a national energy and compute strategy, apprentices wiring a miniature factory—to make an abstract systems argument.
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Koerte writes from a global manufacturer’s seat about corporate strategy, sovereignty, and AI infrastructure; Malone focuses on individual projects, equipment selection, and field service.
Both write for B2B technical services and put service and follow-through at the center.
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McAuliff describes 24/7 phone coverage, spare parts, and repair for school AV systems, while Malone argues that factory training and field support make a specification trustworthy.
McAuliff covers audio-visual and edtech integration and service, not HVAC equipment. Their frame is operating a service business as COO, rather than specifying mechanical equipment as a rep.
Freedman and Malone both explain how physical constraints—power, cooling, water, equipment state—determine what digital systems can do.
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Both write from a technical practitioner’s perspective for an infrastructure audience.
Freedman covers data infrastructure, AI compute, and software for industrial data; Malone covers HVAC equipment selection, dehumidification, and construction scheduling on building projects.
Mike Malone’s LinkedIn audience is small, and the content targets commercial HVAC equipment decisions.
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The account had 1,493 followers on 9 October 2026.
Across five full posts (27 April–21 August 2026), they address engineers, contractors and facility teams on school-summer HVAC timing, dehumidification, industrial makeup air and equipment selection, often ending with a direct request to DM.
For a technical content partnership or rep advisory engagement, ask for recent follower and engagement analytics for comparable technical posts, plus any audience survey documenting job roles, company types, geography and decision influence.
LinkedIn follower demographics can help with geography, age and gender, but do not establish employer, occupation or seniority.
LinkedIn followers
1,493
LinkedIn account record for Mike Malone's profile · 2026-10-09
Mike Malone's posts show they work as a commercial HVAC manufacturer's representative and technical sales contact, not as a promoter of a published sponsorship or creator-partnership program.
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The posts cover DCA commercial dehumidification, BARD wall-mount and industrial equipment, Magic Aire school air handlers, and Titan Air custom makeup air.
They describe factory training, specification help, and factory engineering support as practical forms of collaboration.
Every post routes contact to a direct message (or to a sales-team call in the DCA post) with project details.
The posts provide no rate card, sponsorship policy, media kit, disclosure terms, exclusivity language, or standalone partnership page.
Ask directly about rates, payment, disclosure, and exclusivity before planning a paid arrangement.
Early specification and selection support
Buyer requirement
Bring the project in before the design is locked.
In the school-project post, Malone says configurable units only help if the specification is set early enough for the factory to deliver.
They identify late design, May change orders, and post-design value engineering as factors that push summer installs off schedule.
A partner should expect to work on live specifications and selections, not finished collateral.
Factory and on-site product training
Buyer requirement
Request training for the engineering, contracting, or facility teams who will use the equipment.
The DCA post says customer training is available at the factory or on site in Malone's territory, and that the whole sales and technical team completed the same factory training on the dehumidification line.
Scheduling, location, and scope depend on the territory and the manufacturer's program.
Manufacturer engineering escalation for custom or hard-fit applications
Buyer requirement
Raise the application before equipment is selected. For custom makeup air (Titan Air) and other process or hard-fit cases, the posts say direct factory engineering support and built-to-application configurations make early manufacturer involvement important, including proximity to a Wisconsin-based factory for faster engineering response.
A commercial HVAC manufacturer—especially a dehumidification, custom makeup air, or configurable air handler brand—should consider Mike Malone for a technical content partnership or rep advisory role.
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A campaign aimed at explaining why a specification decision goes wrong in the field needs a practitioner.
Their posts show a repeatable method: name a common shortcut, such as treating dehumidification as a line item under cooling or specifying a catalog rooftop unit for a paint booth; explain the consequence in plain technical terms; list the building types or processes where it matters; and point to one next step.
The commercial format is also clear.
The posts describe early specification and selection support, factory and on-site product training, and manufacturer engineering escalation for custom or hard-fit applications.
Every post routes serious inquiries to a direct message with project details.
A manufacturer with an accessible engineering team or training center can make those assets part of the campaign.
The audience is small—1,493 LinkedIn followers on 9 October 2026—so this is a relevance play, not a reach play.
The fit decision should rest on whether the brand needs application-level technical translation for engineers, contractors, and facility teams, not on follower count.
When to choose a specialist
A consumer-facing brand, a software company outside HVAC design and construction, or a marketer buying broad awareness on follower scale is a poor fit.
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Mike Malone's posts show no lifestyle, entertainment, or general-business content that would carry a non-HVAC product.
They also publish no engagement analytics, audience demographics, or sponsorship terms, so a campaign built on measured reach, impressions, or influencer-style conversion would be unsupported.
A campaign that asks for a quick product mention without technical substance would miss the strongest part of their method.
The same applies to a manufacturer that cannot give access to engineers, training, or live specification support: the posts sell that access as the reason to involve the manufacturer early.
Before committing, ask for follower engagement, conversion data, and confirmation that Malone accepts paid partnerships.
A worked campaign example
Campaign need: a commercial dehumidification manufacturer wants to reach specifying engineers, contractors, and facility teams in natatoriums, pharmaceutical, cold storage, cannabis, and specialty manufacturing before humidity problems show up in summer.
Campaign angle: “Humidity is a design parameter, not a line item under cooling.”
The partner supplies an application engineer and, if possible, a factory-training slot.
Malone produces a short series timed for late spring: one post on the April-versus-July gap between a mechanical schedule and a humid week; one post on sizing to latent load rather than a percentage of sensible load; one post on a named vertical, such as a natatorium with condensation or a pharmaceutical space drifting outside its humidity specification; and one factory-training piece that shows what changes when a specifier pulls panels and asks the engineer who designed the unit about corner cases.
Each post should follow the structure already visible in their work: a plain hook naming the mistake, short technical reasoning, specific environments, one diagnostic rule, and a direct ask for project details.
The call to action should be a direct message or a sales-team call, matching the format of Malone's posts.
Before launch, confirm territory, which product lines can appear alongside the campaign, compensation and disclosure terms, exclusivity, and the factory or on-site training that can be offered.
Because their posts publish no engagement or audience data, the manufacturer should treat the first series as a technical-relevance test and ask for post-level analytics before scaling.
Choose Peter Koerte when the same manufacturer wants a global industrial technology and energy-infrastructure voice rather than an HVAC application specialist.
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The posts connect sovereign compute, national energy strategy and manufacturing: a conversation with Jake Sullivan about countries staying globally connected while building national strategies for energy, digital and critical infrastructure; Siemens building more than $200 million of electrical equipment plants in Georgia and Texas for AI data centers; and an Amberg factory apprentice project using relays, safety devices, contactors and power supplies in a miniature world. That is a stronger match if the campaign decision is about data center power, electrical equipment, industrial automation, regional manufacturing or executive-level thought leadership to infrastructure and policy audiences.
The tradeoff is distance from the buyer task that makes Mike Malone relevant.
Peter Koerte's material does not show commercial HVAC selection, dehumidification, makeup air, air handlers, field troubleshooting or rep advisory work for specifying engineers and contractors.
A manufacturer needing application-level technical content, factory training or territory sales support would lose that specificity and likely reach a broader corporate and infrastructure audience instead of HVAC decision-makers.
Choose Brian McAuliff when the campaign shifts from commercial HVAC equipment to education technology, AV integration and school facilities service.
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The posts describe a new COO role at Young Equipment Solutions after 35 years at Bri-Tech, audio, video and lighting work for education, the Cyberbooth and Inspirence Theater Control Systems, and a service model built around a 24/7 call center, after-hours technicians, spare parts, an in-house repair lab and bucket trucks. That is a stronger match if the manufacturer's need is about K-12 or higher-education facilities, AV systems, service contracts or reliability for installed technology.
Brian McAuliff's posts focus on education, AV service and technology integration, not HVAC thermal, airflow, humidity or equipment-selection expertise.
A commercial HVAC manufacturer seeking a rep advisory or application-level content partner would lose the direct engineering and specification connection that Mike Malone's posts demonstrate.
The campaign would instead be framed around service response and AV systems rather than HVAC design decisions.
Choose Michael Freedman when the same manufacturer wants a data infrastructure, AI data center or industrial controls audience.
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The posts argue that compute used to treat power as an optimization variable while power is becoming the constraint; cite hyperscaler server expansion denials tied to regional power capacity; mention the proposed NextEra-Dominion deal as a response to AI data center electricity demand; and connect Tiger Data and TimescaleDB with Inductive Automation for industrial control and Postgres at industrial scale. That is a stronger match if the campaign decision is about data center power and cooling constraints, real-time operational data, industrial controls software or infrastructure thought leadership.
Michael Freedman's material is not commercial HVAC application work.
It does not show product selection, dehumidification, makeup air, air handlers, factory training or field rep support for contractors and facility teams.
A manufacturer buying HVAC specification content would trade direct application credibility for a software and infrastructure-systems voice, likely reaching data, platform and controls engineers rather than HVAC specifiers.
This page covers five complete LinkedIn posts by Mike Malone: DCA factory training on commercial dehumidification, BARD wall-mount applications for schools and industrial enclosures, Magic Aire air handlers for school summer work, custom Titan Air makeup air for process applications, and an argument that dehumidification belongs among design parameters rather than under cooling.
All five are full post texts; the posts include no video, transcript, article, or document content and carry no publication dates.
The posts were observed on October 9, 2026, when the page showed a follower count of 1,493; no engagement analytics, audience demographics, rate card, or sponsorship terms are published in the posts here.
Similar-creator comparisons draw on posts by Peter Koerte, Brian McAuliff, and Michael Freedman.
The posts state Malone's employer and credentials but leave the exact terms of the manufacturer relationships they describe unstated.
They do not establish Malone's broader career history or any signature book, show, or earlier project.
