They see it every morning: orange streaks bleeding down the shower, a sour metallic snap in the first sip of water, and laundry that goes from white to rust-tinted before the rinse cycle finishes. That was the reality for Darius Mbaye (38), a union electrician, and his wife, Lila (36), a pediatric nurse, living on 6 wooded acres outside Athens, Ohio with their kids, Aiden (9) and Sienna (6). Their drilled well tested at 12.2 ppm iron with 0.6 ppm manganese, 14 gpg hardness, and intermittent hydrogen sulfide odor—plus unmistakable iron bacteria slime in the toilet tanks. A used iron unit they picked up locally with an old manual valve never stabilized; shock chlorination helped for two weeks at a time, then the stains and smell came roaring back. By the third ruined load of Lila’s white scrubs and a $1,100 washer door seal replaced due to corrosion and grit, the Mbaye household needed a hard reset—fast.
Unresolved iron contamination gets expensive. Water heaters scale up, fixtures pit and stain, and appliances live on borrowed time. Cleaning supplies alone can run $20-40 per week when rust and black manganese are constant. This list breaks down the iron filter basics rural homeowners ask for: how to test accurately, what technology actually removes stains, odor, and metallic taste, how automation prevents iron bacteria from colonizing your plumbing, and what true long-term value looks like when the right system is matched to real water analysis.
These eight essentials deliver the blueprint. They’ll see how the family-owned team behind SoftPro—founded by Craig “The Water Guy” Phillips through Quality Water Treatment (QWT) in 1990—translates lab numbers into clean sinks, soft towels, and clear, great-tasting water. The Mbaye family followed the same path. The result? best iron filter for well water A SoftPro AIO Iron Master installed, metallic taste gone within hours, sulfur odor eliminated, and fixtures finally staying clean. Here’s how they got there—and how other well water homeowners can do the same.
#1. Start With Precision Testing and Contaminant Identification – Ferrous vs Ferric Iron, Manganese, and Hydrogen Sulfide for Private Wells
Accurate data drives successful treatment—guessing at “rusty water” costs more in the long run. Ferrous iron dissolves invisibly; ferric iron shows up as red or brown particles. Ferrous iron, ferric iron, manganese, and hydrogen sulfide (rotten egg smell) each behave differently in treatment, and that determines which system works.
The Mbaye well report showed 12.2 ppm total iron with 0.6 ppm manganese, pH 7.2, and intermittent H2S. That profile screams for catalytic oxidation plus mechanical capture via a backwashing whole-house unit. Craig Phillips’ testing protocol aligns with Private well owners best practices: use a certified lab for iron/manganese/H2S, measure pH and hardness, and note seasonal changes. Families should also inspect tanks for iron bacteria slime—if present, disinfection and an oxidizing environment are non-negotiable.
Ferrous vs Ferric: Why It Matters
In untreated water, ferrous iron (clear-water iron) stays dissolved and slides through simple cartridge filters. With air injection oxidation (AIO), dissolved iron oxidizes to ferric iron—visible particles—so the media can capture it. If a home sees frequent color changes in water, it’s a sign iron is toggling states; AIO stabilizes that conversion so the filter can work consistently.
Manganese and H2S: Different Targets, Same Fix
Manganese often shows up as black or gray staining around fixtures and in washers. Hydrogen sulfide causes rotten egg odor. Both respond well to an oxygen-rich environment plus catalytic media. Systems like the SoftPro AIO Iron Master are engineered to hit iron, manganese, and sulfur in one point-of-entry install.
Iron Bacteria and Biofilm: The Invisible Saboteurs
Slimy strands in toilet tanks? That’s iron bacteria and biofilm—and it can foul standard filters quickly. AIO creates an oxidation environment hostile to bacterial growth, and the scheduled backwash cycle flushes biofilm off the media before it builds. Shock chlorination helps during commissioning; ongoing AIO keeps it down.
Key takeaway: Test, don’t guess. Knowing ferrous vs ferric iron, manganese, and H2S levels ensures the SoftPro AIO Iron Master can be sized and programmed to solve the exact problem in one go.
#2. SoftPro AIO Iron Master – Chemical-Free Air Injection Oxidation That Removes 15+ PPM Iron, Sulfur, and Manganese for Whole-House Treatment
Why do homeowners with 10+ ppm iron still struggle? Because the system must convert dissolved iron into particles and flush them away automatically. The SoftPro AIO Iron Master uses a venturi injector to draw air into a pressurized chamber. In that chamber, dissolved ferrous iron contacts oxygen, oxidizes to ferric iron, and the catalytic media bed captures the particles during service. The controller then triggers a backwash cycle to purge the load to drain. No chemicals enter the household water stream.
For Darius and Lila Mbaye, metallic taste disappeared within a day. The weekend following installation, Aiden and Sienna noticed the bathtub stayed clear. The AIO system also arrested manganese stains that had blackened the dishwasher interior.
How AIO Works, In Practice
- The air pocket is maintained at the top of the media tank. During service, water flows through the air pocket, oxidizing ferrous iron and H2S. The oxidation media (such as catalytic-grade media) traps ferric iron and manganese. The controller initiates a vigorous backwash to expand the media bed and scour it clean.
Capacity and Flow
Typical residential configurations (10x54 or 12x52 tanks) paired with a smart digital valve support 8–12 GPM household flow while handling up to 15–20 ppm iron when sized correctly and paired with proper prefiltration for sediment.
Pelican Water vs SoftPro AIO Iron Master: Air Oxidation Done Right (Comparison)
Some air-injection brands use basic aeration stacks that rely on longer contact tanks to approach similar oxidation efficiency. In field deployments, Pelican’s more basic oxidation stages can be outpaced when iron exceeds 10–12 ppm, especially with hydrogen sulfide present. The SoftPro approach integrates a controlled air pocket directly in the tank and a tuned injector to maintain consistent air draw, which keeps oxidation efficient even during variable flow. For the Mbaye family at 12.2 ppm iron and 0.6 ppm manganese, consistent oxidation was the difference between lingering tint and crystal clarity. The SoftPro’s programmable backwash and air-recharge schedule also preserved flow rate across busy evenings. Over 5–10 years, that stability means fewer callbacks for contractors and fewer headaches for homeowners. The added capability at higher ppm without chemical feed—combined with straightforward programming—makes SoftPro’s AIO setup worth every single penny.
Key takeaway: Chemical-free AIO that actually maintains oxidation under real loads delivers clean fixtures, no odor, and no taste—day after day.
#3. Automatic Digital Valve Programming – Smart Backwash Schedules That Prevent Iron Bacteria and Maintain Flow
Automation isn’t a luxury; it’s how systems stay consistent. The SoftPro AIO Iron Master’s digital valve monitors time and usage to trigger optimized backwash and air-recharge cycles. For homes battling iron bacteria, these programmed flushes are the barrier that keeps biofilm from gaining a foothold.
For the Mbaye household, Craig set a backwash every 3 days initially (based on 12.2 ppm iron, manganese present, and a family of four with evening peak demand), then moved to every 4 days after the biofilm load dropped. Flow stayed strong—no more late-shower pressure sag.
Why Scheduling Matters
Oxidized iron and manganese accumulate in the media bed. Routine backwash cycles expand and agitate the bed, ejecting particles to drain. If intervals drag too long, beds clog and pressure drops. Too frequent and you waste water. The SoftPro controller balances both with customizable intervals and efficient cycle times.
Seasonal Adjustments with a Smart Valve
Water quality can shift seasonally. With SoftPro’s interface, users can bump regeneration frequency before heavy guest weeks or dial back after seasonal rains. No technician visit required. That kind of control valve flexibility keeps systems right-sized all year.
Protecting Downstream Appliances
When iron and biofilm get past a filter, Iron fouling damages softeners, heaters, and fixtures. Well-tuned automation guards every downstream device. The Mbaye’s new water heater—installed after their old one limed up—now sees clean feed water, protecting the anode and heat exchange surfaces.
Key takeaway: A programmable digital controller is the line between a clean, low-maintenance system and a constant fight against clogs, odor, and pressure loss.
#4. Right-Sizing the System – Tank Dimensions, Flow Rates, and Media Bed Depth for Whole-House Performance
Can one size fit every well? Not in the real world. Correctly sizing the SoftPro AIO Iron Master means matching iron load, household flow, and plumbing. Under-sizing risks breakthrough; over-sizing can waste water on backwash and take up unnecessary space.
In Craig’s sizing for the Mbaye home, peak demand hit 9–10 GPM with two showers and the dishwasher. A 12x52 SoftPro tank with a full media bed gave them headroom to serve weekends and visiting family without pressure penalty.
Flow Rate and Pressure Considerations
- Target 8–12 GPM for most 2–3 bathroom homes. Verify well pump and pressure tank support the backwash flow requirement (typically 6–8 GPM for a 12x52 bed). Maintain adequate inlet pressure (ideally 50–60 psi) to keep the venturi injector drawing air consistently.
Media Bed Depth and Contact Time
A deeper bed increases contact time and capture capacity. Adequate bed depth, proper underbedding gravel, and a correctly sized riser tube ensure uniform flow. That means more consistent oxidation and fewer pressure spikes.
Addressing Sediment and Hardness
If the well carries sediment or heavy hardness, add a sediment filter upstream and consider a downstream softener to protect fixtures. In the Mbaye case, a 5-micron spin-down sediment stage was added before the AIO unit; their existing softener, once fouling risk was removed, returned to normal service.
Key takeaway: Get the size and hydraulics right. For help, request a free water analysis and sizing consult with Jeremy Phillips—matching GPM and iron ppm to the right tank is everything.
#5. Chemical-Free Operation vs Chemical Injection – Real 10-Year Cost and Safety Differences for Rural Families
Iron fixes that rely on feed pumps and oxidizers carry hidden costs and storage risks. The SoftPro AIO Iron Master uses atmospheric air—not chemicals—to oxidize iron and H2S, making it safer for homes with kids and pets while erasing recurring chemical purchases.
The Mbaye family had been quoted a chemical injection pump with a retention tank and ongoing oxidizer costs. Lila, working in pediatrics, wasn’t excited about storing oxidants in the basement—especially next to the kids’ sports bins. Air injection removed those concerns.
Operating Cost Snapshot
- SoftPro AIO: electricity to run the controller (pennies per day) and water to backwash. Chemical feed: monthly oxidizer purchases, pump maintenance, potential injector replacements, and calibration time.
Maintenance Burden
AIO’s “maintenance” is periodic backwash and a media change every 8–12 years, depending on load. Chemical systems require more frequent checks and consumable restocking, plus the headache of safe handling.
AFWFilters Chemical Injection vs SoftPro AIO: The Long Game (Comparison)
Chemical injection systems, including AFWFilters packages with metering pumps and contact tanks, can certainly oxidize iron, but they extract that performance through constant chemical input—potassium permanganate, chlorine, or peroxide. Over 6–8 ppm iron, monthly chemical spend often lands in the $25–40 range, plus the time to measure, refill, and store. Backwash water use for the filter that follows the injection stage is comparable to AIO, but the SoftPro eliminates the consumable line item entirely. The Mbaye quote for a chemical feed rig projected $420 per year in oxidizer alone; across 10 years that’s more than $4,000 not counting pump replacement or injector service. The SoftPro AIO Iron Master’s operating cost in that same window is mostly a single media refresh (typically $250–350) plus electricity for the digital valve. In a family basement where safety and simplicity matter, chemical-free AIO is not just easier—it’s worth every single penny.
Key takeaway: Over a decade, AIO keeps thousands in your pocket and chemicals out of your home’s water path.
#6. Installation Confidence – Space, Plumbing, and Power Made DIY-Friendly with Family Support from QWT
A whole-house iron solution should not take over the basement. A standard 12x52 SoftPro AIO footprint sits comfortably beside the pressure tank with room for a bypass valve and a properly sloped drain line. Most installs need a standard 120V outlet for the controller and 1” plumbing.
Darius handled his own install over a Saturday with Craig’s layout guidance and Heather Phillips’ resource library. He set the tank next to the pressure tank, tied into the main, ran the drain to a floor receptor, and plugged the controller into a GFCI outlet. Programming took minutes.
Space Planning Essentials
- Leave 12–18 inches beside and behind the tank for service access. Ensure a drain location that can handle 6–8 GPM during backwash. Keep plumbing runs short to reduce pressure drop and maintain true GPM at the filter.
Electrical and Startup
The controller draws minimal power; it’s safe on a shared basement circuit. Startup includes loading the tank, purging air, verifying leak-free plumbing, and commissioning the air draw. Heather’s step-by-step videos walk through every click and valve position.
When to Call a Pro
If your well pump can’t hit the needed backwash GPM, or if you’re working with non-standard plumbing, use SoftPro’s installer network. QWT’s certified well water specialists can handle complex layouts and code-specific drains.
Key takeaway: With Heather’s install guides and a straightforward layout, most homeowners can execute confidently—or connect with a trusted pro through QWT. Download installation guides from Heather’s resource library before you start.
#7. Iron Bacteria and Biofilm Control – Why Oxidation and Scheduled Backwashing Stop the Slime for Good
Iron bacteria love low-oxygen zones and stagnant plumbing runs. The SoftPro AIO Iron Master fights on both fronts: it injects oxygen to raise the oxidation potential and uses automated flushes to strip biofilm from the media before it matures.
The Mbaye system included an initial whole-house shock chlorination, followed by steady AIO operation. Toilet tank slime that used to return in days remained absent weeks later, and faucets stopped seeping orange strings.
Establishing an Unfriendly Habitat
- The air injection stage increases dissolved oxygen at the entry point. Oxidation elevates redox potential, making it difficult for iron bacteria to bind iron and proliferate. Routine backwash cycles scour and eject accumulated bacterial film.
Downstream Hygiene
With iron kept out of solution and biofilm minimized, downstream lines carry less nutrient load for bacteria. That cuts odor generation in unused guest baths and laundry sinks—common hiding spots.
When Additional Disinfection Helps
In extreme bacterial cases, some homes benefit from periodic well chlorination or point-of-use UV. But for most private well owners, a correctly sized and scheduled SoftPro AIO unit holds the line day-in and day-out without chemicals in the household stream.
Key takeaway: Controlling iron bacteria takes oxidation and movement. SoftPro’s AIO plus scheduled backwash provides both—quietly and reliably.
#8. Support, Warranty, and Smarter Controls – SoftPro Family Access vs Fleck 5600SXT Programming Hurdles (And Why It Matters)
Great gear deserves great support. With SoftPro, it’s family-deep: Craig guides specifications, Jeremy sizes to real lab numbers, and Heather equips homeowners with installation and programming resources. That combination makes high-performance filtration feel approachable—day one and year eight.
The Mbaye family tapped Jeremy for sizing, then asked Heather’s team for the controller cheat sheet to set backwash frequency based on 12.2 ppm iron. No technician visit, no guesswork.
What the Warranty Really Covers
Backed by QWT’s 30+ year reputation, SoftPro uses NSF International-certified components and carries warranties that reflect real-world duty cycles—media life in the 8–12 year lane and controller coverage designed for residential abuse.
Programming Confidence
For homeowners, clear menus and logical cycles matter more than exotic features. SoftPro’s controller prioritizes both.
Fleck 5600SXT vs SoftPro: Programming and Real-World Usability (Comparison)
The Fleck 5600SXT is a legacy performer, but it often expects owners—or techs—to navigate layered menus and parameter codes that intimidate first-timers. For contractors, it’s fine; for busy families, not so much. SoftPro’s user interface distills the essentials—service flow direction, backwash duration, air-recharge timing—into menus that make sense without a manual. For Darius, who can wire a house but doesn’t want to live in a programming guide, the SoftPro controller was intuitive on day one. Performance-wise, both can move water, but SoftPro wraps capacity with an interface homeowners can adjust seasonally, along with direct access to Jeremy for fine-tuning. Over 10 years, fewer service calls and faster homeowner adjustments translate to lower ownership cost and higher satisfaction. In a family basement, clarity beats complexity every time—making SoftPro worth every single penny.
Key takeaway: The Mbaye experience mirrors thousands of SoftPro owners—clean water, an interface they trust, and a warranty they can count on.
FAQs: Iron Filter Basics for Private Wells Using SoftPro AIO Iron Master
How does SoftPro AIO Iron Master’s air injection oxidation remove iron compared to chemical injection systems like Pro Products?
Air injection draws atmospheric oxygen into a chamber where dissolved ferrous iron is converted to ferric particles, then captured by the catalytic media. With the SoftPro AIO Iron Master, the oxidation happens right in the tank, and the media bed handles capture during service. Chemical injection (chlorine, peroxide, or permanganate) also oxidizes, but it requires constant chemical feed, storage, and pump maintenance. iron filter In the Mbaye’s 12.2 ppm iron and 0.6 ppm manganese case, air injection restored clarity and taste without introducing chemicals into the home’s plumbing. Performance typically handles 15–20 ppm iron in residential sizes when properly matched to flow. Craig recommends AIO for most homes that want chemical-free operation, reserving chemical feed for rare, extreme cases or specialized disinfection goals.
What GPM flow rate can I expect from a SoftPro iron filter with 8 ppm iron levels in my private well?
Most 10x54 and 12x52 SoftPro AIO configurations comfortably serve 8–12 GPM household flow when fed by a well pump and pressure tank that can maintain 50–60 psi. At 8 ppm iron, a 10x54 can often meet a two-bath home’s needs; larger or higher-demand homes benefit from a 12x52 for headroom. The Mbaye home’s 12x52 supported simultaneous showers and dishwashing near 9–10 GPM while preserving excellent taste and no staining. Real flow depends on plumbing diameter, well pump capacity, and backwash requirements. Craig suggests contacting Jeremy for project-specific sizing and confirming the backwash GPM (often 6–8 GPM for a 12x52) before final selection.
Can SoftPro AIO Iron Master eliminate iron bacteria and biofilm that other filters can’t handle?
Yes, by creating an oxygen-rich environment unfriendly to iron bacteria and scheduling automatic backwashes that physically remove biofilm from the media. Bacterial iron thrives when water is low-oxygen and stagnant. AIO elevates oxidation potential; the programmed backwash scrubs the bed and ejects slime to drain. For the Mbaye family, toilet tank slime that returned weekly was gone after commissioning plus ongoing AIO operation. While severe bacterial infestations sometimes benefit from an initial shock chlorination or even point-of-use UV for specific taps, the SoftPro AIO Iron Master gives most households a chemical-free long-term control strategy validated by WQA performance standards.
Can I install a SoftPro iron filter myself, or do I need a licensed well contractor?
Many homeowners install SoftPro systems themselves with Heather Phillips’ installation videos and guides. A typical install requires basic plumbing skills, a drain capable of handling backwash flow, and a 120V outlet for the controller. Darius Mbaye completed his setup in a Saturday with remote guidance. If your plumbing is non-standard, or your well can’t achieve required backwash GPM, SoftPro’s certified installer network can take over. For complex projects or code-heavy jurisdictions, Craig recommends using a well contractor to ensure proper drain routing and compliance.
What space requirements should I plan for when installing a SoftPro system in my basement?
A 12x52 tank needs a privatebin.net footprint roughly 14–16 inches in diameter and 60–62 inches in height, plus 12–18 inches of clearance for service. Allow room for a bypass, pre-sediment filter if needed, and a straight run to a floor drain or sump. The Mbaye unit sits beside the pressure tank with short, direct plumbing to minimize pressure drop. Ensure an outlet is within cord length for the control valve and that your drain can accept 6–8 GPM during backwash.
How often do I need to replace SoftPro’s oxidation media for a family of four with 6 ppm iron?
Under moderate loads (around 6 ppm iron, minimal manganese, and no heavy sediment), media commonly lasts 8–12 years. Backwash frequency, water usage, and seasonal variability affect life. For a family of four like the Mbaye household—though they run at 12.2 ppm—Craig expects closer to the 8–10 year mark, assuming backwashes are properly scheduled and a pre-sediment stage protects the bed. Replacement media typically runs $250–350, and homeowners often DIY the change with Heather’s step-by-step tutorials.
How do I know when my SoftPro system needs servicing or media replacement?
Watch for recurring light staining, a slight metallic taste returning, or a noticeable pressure drop that persists after a full backwash. These can indicate media nearing exhaustion or a need to adjust backwash timing. Some households add a simple pressure gauge and perform iron tests quarterly to catch trends early. The Mbaye family plans a quick dip test every three months; any drift prompts a chat with Jeremy to tweak cycles. In most cases, a small programming change restores full performance long before media change is necessary.
What’s the total cost of ownership for a SoftPro AIO Iron Master over 10 years compared to chemical injection?
SoftPro AIO’s 10-year cost profile typically includes electricity for the digital valve, water for backwashing, and one media replacement ($250–350). Chemical injection setups often require $300–500 annually in chemicals at moderate iron levels, plus periodic pump service or replacement. For families like the Mbaye household quoted $420 per year in oxidizers, the AIO route can save $3,000–5,000 over a decade. That’s before considering the convenience and safety of no chemical storage in the home.
Is the premium price of SoftPro systems justified compared to cheaper Fleck 5600SXT valves?
For homeowners comfortable digging into parameter codes, the 5600SXT can work—but many families don’t want to learn a controller to keep iron at bay. SoftPro wraps proven AIO performance with a more intuitive interface, QWT family support, and NSF/ WQA-validated components. In the Mbaye case, self-programming took minutes, not hours. Over 10 years, fewer service calls and faster homeowner adjustments generally offset any upfront difference. Craig’s stance: choose the system that delivers consistent water quality with the least friction in your home.
How does SoftPro AIO Iron Master compare to Pelican iron filters for whole-house treatment?
Pelican systems offer oxidation, but at higher iron levels (10–12+ ppm) and in the presence of H2S and manganese, maintaining consistent contact and capture can get tricky without more elaborate contact tanks or added stages. SoftPro’s built-in air chamber and tuned injector keep oxidation steady, and the programmable controller fine-tunes flush cycles to your exact iron load. For the Mbaye profile—12.2 ppm iron, 0.6 ppm manganese—the SoftPro AIO produced rapid taste and odor improvement and clear tubs. It’s the combination of robust oxidation plus homeowner-friendly control that often tips the scales.
Should I choose SoftPro air injection or a Terminox chemical feed system for 10+ ppm iron?
For most homes at 10–15 ppm iron with moderate manganese and intermittent H2S, SoftPro’s AIO handles treatment without chemicals, storage, or pump maintenance. Chemical feed, such as Terminox pump-and-solution rigs, may be warranted in extreme cases or when specific disinfection targets drive the design. Craig recommends starting with lab results and a conversation with Jeremy to size AIO properly; if the analysis suggests atypical bacteria or oxidant demand, supplemental disinfection can be layered. For the Mbaye home at 12.2 ppm, AIO alone solved stains, odor, and taste.
Will SoftPro work effectively with my deep well that has 12 ppm iron and manganese?
Yes—when correctly sized and set up. A 12x52 AIO configuration with adequate backwash frequency and pre-sediment protection can treat 12 ppm iron plus moderate manganese, provided your well and pressure tank can deliver the necessary backwash GPM. The Mbaye results—clear water, no odor, restored taste— reflect what Craig sees across rural homes nationwide. Confirm pump capacity, tank size, and drain flow, then select the SoftPro AIO Iron Master matched to your peak GPM and lab-tested iron/manganese numbers.
Final Takeaway: Clean Fixtures, No Odor, Great Taste—SoftPro Makes It Routine
Here’s what matters most. Accurate testing (#1) sets the table. Chemical-free AIO done right (#2) converts dissolved metals so the atavi.com media can trap them. Smart automation (#3) keeps biofilm and clogs from forming. Proper sizing and hydraulics (#4) ensure the whole house flows. The Mbaye family proved the formula, eliminating metallic taste in hours and protecting new appliances while erasing $3,200 in looming replacement and cleaning costs.
SoftPro’s edge is more than technology. It’s Craig Phillips’ mission—transforming water for the betterment of humanity—brought to life through a family company: Jeremy’s consultative sizing, Heather’s installation guides, and warranties anchored by QWT’s 30+ year reputation. The SoftPro Iron Filter System blends air injection oxidation, digital valve simplicity, and NSF/WQA credibility into one solution that homeowners can live with for a decade or more—no chemicals, no drama.
For Darius, Lila, Aiden, and Sienna, the payoff was immediate: stains gone, odor gone, taste restored, and weekends no longer spent scrubbing orange streaks. They also locked in long-term savings by avoiding chemical feeds and constant maintenance.
Thinking about your well? Request a free water analysis with Jeremy Phillips to get accurate sizing. Download Heather’s installation resources to preview layout and programming. If you prefer full-service, QWT’s certified installer network can handle everything.
SoftPro AIO Iron Master is worth every iron filter for well water single penny—for the next 10 years of clear water, protected appliances, and peace of mind your family can toast to.
Resources and CTAs:
- Contact Jeremy Phillips for system sizing based on your lab results. Download installation guides and programming videos from Heather’s library. Ask Craig’s team for SoftPro AIO Iron Master spec sheets and WQA validation documents. Join SoftPro’s certified installer program if you’re a contractor serving private well owners.