Rural homeowners don’t need a lecture on iron—they live it. Orange rings in the toilet bowls. Brown-tinged laundry that never quite looks clean. A metallic taste that ruins coffee. The Okonkwo family in Knox County, Ohio knows the drill too well. Chinedu Okonkwo (38), a fabrication welder, and his wife Maria (36), a pediatric nurse, moved into their three-acre property outside Centerburg with their kids—Tayo (9) and Amara (6). Their drilled well tested at 16 ppm iron, plus measurable hydrogen sulfide odor and trace manganese. In just 10 months, the damage stacked up: a $650 washer repair, a corroded water heater anode, and a parade of stained fixtures and towels. A bargain “whole house” cartridge and an old softener didn’t touch the ferrous iron. Hosting Maria’s parents in six weeks, they needed a decisive, permanent fix.
This is where the right SoftPro Iron Filter System stops the bleeding. Craig “The Water Guy” Phillips has spent three decades matching systems to real-world well water. He built SoftPro, through Quality Water Treatment, to replace fear-driven gimmicks with verified, high-performance answers. The SoftPro AIO Iron Master uses air injection oxidation (AIO) to convert dissolved iron into filterable particles, then backwashes those out automatically—chemical-free, with WQA-validated claims and NSF-certified components. The result? Clean water, protected appliances, lower ownership cost.
These ten factors explain how a SoftPro Iron Filter transforms well water quality, protects household systems, and gives families like the Okonkwos a path from frustration to confidence.
- #1 details how AIO works on both ferrous and ferric iron #2 shows why a digital control valve matters for backwash precision #3 explains media chemistry for iron, sulfur, and iron bacteria #4 covers testing, sizing, and flow rate (GPM) decisions #5 breaks down cost-of-ownership vs chemical injection #6 outlines installation fit, hookups, and resources #7 dials in real maintenance schedules and seasonal tweaks #8 considers high-demand homes and tank configurations #9 compares user control and programmability vs popular alternatives #10 explains warranties, certification, and long-term ROI
Moving into the details, here’s exactly how SoftPro earns its place as the best iron filtration answer for private wells.
#1. SoftPro AIO Iron Master Air Injection Oxidation – Chemical-Free Conversion of Ferrous/Ferric Iron, Sulfur, and Manganese for Whole House Wells
If clear water runs orange the moment it hits air, you’re seeing dissolved iron oxidize too late—at your fixtures. The SoftPro AIO Iron Master forces that oxidation inside the tank so the home never sees it. Inside the system, a venturi draws air into the top of the media tank, forming an oxygen-rich zone that contacts the ferrous iron, hydrogen sulfide, and trace manganese during service. Iron converts to ferric iron particulates, then the catalytic bed captures them. During the backwash cycle, the bed expands, scours, and flushes the captured contaminant to drain—no chemicals required.
The Okonkwo well produced 16 ppm iron, with rotten-egg odor after showers. Post-install, their kitchen tap ran clear, and laundry stopped staining. Their water heater finally got a break.
How AIO Works—In 60 Seconds
“ Air injection oxidation (AIO) is the in-tank aeration of well water using atmospheric air pulled through a venturi. That oxygen reacts with dissolved contaminants—iron and hydrogen sulfide—transforming them into filterable forms. The catalytic bed removes those particles; periodic backwash restores media performance.”
Capture Both Clear and Red Water Iron
Most filters struggle with a mix of ferrous and ferric iron. SoftPro’s catalytic media handles both phases while also reducing sulfur odor. The result is balanced protection across bathroom fixtures, laundry, and any downstream appliances—without adding chlorine or peroxide.
Certified Components—Credible Claims
SoftPro builds with NSF-validated materials and WQA-verified performance claims. That independent oversight matters for wells above 10 ppm and homes with sensitive plumbing.
Bottom line: By forcing oxidation inside the tank—not at your faucet—the SoftPro AIO Iron Master turns a stain-prone mess into stable, clear water 24/7.
#2. Automatic Digital Valve Programming – Smart Backwash Cycles That Match Your GPM, Iron Load, and Household Schedule
An iron filter is only as good as its timing. The SoftPro’s digital control valve learns your usage and backwashes at the right interval and duration for your well’s iron level and your home’s flow rate (GPM). It’s the brain behind consistent results. For 10–16 ppm iron, Craig typically sets 2–3 backwashes per week, 10–12 minutes of vigorous expansion, followed by a slower rinse that leaves the bed crisp and ready.
For the Okonkwos, SoftPro’s night-cycle programming avoided any water use conflicts and cleaned the tank before the morning rush. No family should have to think about regeneration—SoftPro handles it.
The Role of True Bed Expansion
Expansion matters. Properly set, the backwash lifts and tumbles the media bed, breaking up iron fouling that would otherwise blind the surface. This is the difference between a filter that performs for a decade and a filter that chokes in eight months.
Quiet Power—Without Guesswork
The digital control valve offers precise control of air draw, backwash lengths, and rinse timing, all accessible on a clear interface. Seasonal tweaks for changing iron loads are simple—two button presses, not an afternoon project.
Comparison: SoftPro Automation vs Fleck 5600SXT Programming
Many households inherit a Fleck 5600SXT-based filter. It’s a solid, old-school platform, but programming can be opaque. SoftPro’s controller provides labeled cycle steps (air draw, backwash, slow rinse) with editable durations in minutes—not cryptic codes—so owners can respond to lab results without calling a tech. Technically, both valves can move water; practically, SoftPro’s clarity and AIO-specific logic keep beds cleaner in high-iron applications (10–16 ppm) and reduce call-backs for contractors. For the Okonkwos, an initial 12-minute backwash at 2.5–3.0 gpm per square foot, followed by 8-minute slow rinse, stabilized sulfur odor within 72 hours. Over five to ten years, fewer service visits and tighter control make SoftPro’s platform worth every single penny.
Key takeaway: Intelligence at the valve equals stability at the tap—SoftPro’s automation keeps performance locked in against real-world iron loads.
#3. Catalytic Media Science – Katalox Light, Iron Bacteria Resistance, and True Multi-Contaminant Capture
Media is the muscle of an Iron Filtration System. SoftPro loads a catalytic bed—often Katalox Light for high iron/sulfur wells—that accelerates oxidation and provides deep pore structure for particulate capture. It targets oxidized iron, sulfur byproducts, and trace manganese, while the oxygen-rich headspace creates an environment hostile to iron bacteria and biofilm.
When Craig sees slime in toilet tanks, he knows bacteria are part of the story. AIO disrupts it without harsh feed pumps. For the Okonkwos, iron slime in the humidifier tray disappeared within a week.
Why Katalox Light Excels in High Iron
A high surface area and catalytic coating make Katalox Light effective for 12–20 ppm iron when paired with properly programmed AIO. Bed depth and even distribution are critical; installation with level bedding and correct underbedding avoids channeling.
Iron Bacteria—Controlled Without Shock Chlorine
The pressurized oxygen environment is naturally antagonistic to iron bacteria. While severe infestations might benefit from an initial shock, ongoing AIO operation prevents re-colonization on fixtures and inside plumbing.
Comparison: SoftPro vs Pelican’s Basic Oxidation Approaches
While Pelican’s iron units utilize oxidation methods that work for lighter loads, high-iron wells (10–16 ppm with sulfur) often require stronger in-tank aeration and robust catalytic beds to prevent odor bleed-through and media fouling. In side-by-side field outcomes Craig has overseen, SoftPro AIO Iron Master paired with Katalox Light maintained odor control and iron capture longer between backwashes than Pelican units of similar tank size, especially in homes with variable flow demands. For the Okonkwos’ 16 ppm well, SoftPro’s adjustable air draw and deeper media activity beat intermittent aeration styles. Over seven to ten years, fewer media swaps and stable odor control make SoftPro the safer bet—worth every single penny.
Bottom line: The right catalytic bed turns oxidation into consistent protection—SoftPro’s media strategy is why results last.
#4. Precise Sizing and Flow Rate – Matching Tank Diameter, Media Volume, and GPM to Your Well and Household
Proper sizing prevents everything from pressure drop to incomplete oxidation. Craig’s rule: match the flow rate (GPM) and peak demand to a tank diameter and bed depth that ensure contact time. For a 10–12 gpm home, a 10x54 or 12x52 tank with 1.5–2.0 cubic feet of catalytic media provides headroom for higher iron concentrations. Peak flow shouldn’t exceed the bed’s service rate; otherwise, ferric particles slip past and reappear at fixtures.
The Okonkwos run a 12 gpm household peak with showers, laundry, and dishwasher in motion. Craig sized them to a 12x52 tank, which stabilized pressure and gave the oxidation zone proper retention.
Contact Time—The Missing Spec Everyone Forgets
Oxidation is time-based. Too small a tank or too fast a flow, and you’ll chase odor and color forever. Sufficient bed depth with correct air volume ensures conversion happens inside the unit—not in the sink.
Jeremy’s Sizing Protocol
Jeremy Phillips reviews lab reports, peak flow, and fixture counts before recommending a configuration. For accuracy, request a free analysis and discuss peak demand, pressure, and pipe diameter. CTA: Contact Jeremy Phillips for project-specific sizing recommendations.
When Multiple Baths Run at Once
High-use homes need a tank that won’t choke under parallel loads. If the family hosts frequently or has irrigation overlap, Craig may stage pre-sediment or adjust backwash schedules to maintain headroom.
Key takeaway: Sizing is science. Get contact time right, and iron, sulfur, and manganese stay out of your house—not almost out.
#5. Chemical-Free Operation – Eliminating $3,000–$4,600 in Chemical Costs vs AFWFilters Injection Over 10 Years
Recurring chemical purchases add up quickly. With air injection oxidation (AIO), the SoftPro Water Systems approach uses air as the oxidant—no potassium permanganate, no chlorine tanks, no peroxide refills. Power needs are minimal, limited to the digital control valve.
When the Okonkwos priced chemical feed options locally, they realized the ongoing cost would outstrip the unit price within a iron filter for well water few years. SoftPro’s approach removed those line items—and the safety concerns—entirely.
Comparison: SoftPro AIO vs AFWFilters Chemical Injection
Performance: In moderate-to-high iron wells (8–16 ppm), AFWFilters-style chemical injection typically doses chlorine or permanganate ahead of a media bed. It can work, but it demands careful calibration to avoid taste issues and to keep up with variable flows. SoftPro’s AIO oxidizes in-tank using air contact, with catalytic capture and scheduled backwash cycle—removing chemicals from the equation entirely.
Real-world: Chemical feeders need storage tanks, test kits, and frequent attention. Families like the Okonkwos, juggling kids and shift work, don’t want to maintain pump tubing or adjust dose rates after a heavy laundry day. They wanted clean water—not a side hobby.
Value: Over ten years, chemical injection owners often spend $3,000–$4,800 on oxidants alone, plus pump maintenance. SoftPro’s electrical cost averages under $1 per month, and a single media refresh around year 8–12 is a few hundred dollars. On economics, control, and household safety, SoftPro’s chemical-free route is worth every single penny.
Key takeaway: Skip the chemical treadmill—SoftPro’s AIO turns air into your oxidant and keeps long-term costs in check.
#6. Installation Fit That Makes Sense – Space, Drain, and Hookups for a Clean, DIY-Friendly Layout
Great performance still needs a proper install. The SoftPro AIO Iron Master typically fits a 10x54 or 12x52 footprint with head clearance for the valve and air draw. You’ll need a reliable drain for backwash, a 110V outlet for the controller, and straight runs at the main line for clean tie-ins. Most homes place the unit post-pressure tank, pre-branch manifold.
Chinedu had basic plumbing tools and wanted to DIY. Heather Phillips set him up with PDF guides, video links, and a checklist. Four hours later, the tank stood plumb, level, and ready to program.
Key Connections—No Surprises
- Inlet/outlet: Plumb to the main, after the pressure tank. Drain: Ensure full backwash volume can evacuate—no airlocks. Air draw: Verify the venturi and check valves are oriented correctly for reliable AIO function.
CTA: Download installation guides from Heather’s resource library and watch the setup video before lift-off.
Pre-Filtration and Protecting the Valve
A simple 5-micron cartridge upstream controls grit. Avoid sediment overload to maintain smooth valve seals and keep the media tank from premature fouling.
Startup and First Backwash
After installation, force an immediate backwash to stabilize the bed and purge fines. Then set the schedule based on lab iron levels. Two to three night cycles per week often handles 10–16 ppm.
Key takeaway: A clean, well-supported install is half the victory—SoftPro provides the resources to make it achievable without drama.
#7. Maintenance That’s Measured in Minutes – Backwash Cadence, Seasonal Tweaks, and Iron Bacteria Control
Proper maintenance is more rhythm than workload. With SoftPro, you’ll check the controller’s date/time, confirm scheduled backwash cycle windows, and inspect the drain line a few times a year. For wells above 10 ppm iron, Craig recommends 2–3 weekly backwashes, increasing during spring runoff if color or odor hints return.
For the Okonkwos, a quick monthly glance at the controller and a seasonal bump to the backwash duration kept performance tight. Iron slime didn’t come back.
Seasonal Adjustments—Simple and Effective
Iron and sulfur often spike with changing water tables. If odor nudges in, add 2–3 minutes to backwash or slow rinse. The digital control valve makes those edits as easy as setting an alarm clock.
Iron Bacteria—Kept at Bay
An oxygenated headspace is inhospitable to iron bacteria. For households with heavy slime history, one initial shock to the well followed by steady AIO operation usually ends the cycle of re-growth.
Media Lifespan Planning
Expect 8–12 years from the catalytic bed in most households. High loads (15+ ppm) may push change-out closer to the early end; lower loads stretch it out. Budget a few hundred dollars and a Saturday when the time comes.
Key takeaway: With intelligent backwash and small seasonal nudges, SoftPro maintenance is measured in minutes—not weekends.
#8. High-Capacity Confidence – 12x52 Tanking, 1.5–2.0 ft³ Media, and Stable Pressure for Busy Homes
Busy homes need an iron filter that doesn’t blink during peak demand. The SoftPro Iron Filter line supports up to 12 gpm household flow with 10x54 builds, and steps to 12x52 with 1.5–2.0 cubic feet of media for more bed depth. More depth equals more capture and more stable pressure at the shower when the dishwasher kicks on.
The Okonkwos host cousins most weekends in soccer season. Their 12x52 configuration kept water clear with three fixtures running—and no sulfur whiff in hot showers.
Protecting Appliances, Not Just Sinks
Water heaters, dishwashers, and laundry all benefit when iron doesn’t get past the point of entry. SoftPro’s deeper beds and smart air management protect downstream equipment and the wallet that buys it.
Backwash Volume and Drain Capacity
Large beds need meaningful backwash. Confirm drains handle the volume and that the schedule runs at off-hours. It’s quiet, efficient, and out of mind.
Commercial-Grade Durability, Residential Simplicity
Craig designs for household reliability with commercial DNA—thick-walled tanks, robust valving, and oxidation media that resists crushing and channeling.
Key takeaway: If your home runs like a small hotel on weekends, SoftPro’s larger configurations keep water quality—and pressure—steady.
#9. Simple Controls, Real Support – User Interface, On-Call Expertise, and Why It Beats “Set-and-Forget” Hopes
Set-and-forget only works if the initial settings are right and adjustable later. SoftPro’s interface shows each cycle in plain terms, so owners and contractors know exactly what’s happening and why. If a lab test or season changes the picture, two touches adjust parameters—no cryptic manuals required.
When Chinedu bumped into a mild spring odor, he called Jeremy, who walked him through adding three minutes to air draw and backwash. Odor gone by the next day.
Craig’s Philosophy: Visible, Verifiable, Adjustable
Performance should be obvious at the tap and explainable at the valve. With SoftPro, owners stay in control without becoming technicians.
Family-Owned Support That Sticks
Jeremy’s consultative approach ensures the unit is sized right the first time. Heather’s documentation and videos remove guesswork. When help is needed, it’s personal—and fast.
Comparison: SoftPro Programmability vs Pelican User Experience
Pelican offers known brand visibility, but when wells sit at 12–16 ppm iron with sulfur, the difference often comes down to how adjustable the air management and backwash programming are. SoftPro’s AIO valve exposes air draw, backwash, and rinse parameters directly to the user, with WQA-validated performance claims supporting those settings. In homes like the Okonkwos, that transparency meant same-day tweaks and measurable improvements. Over years, quick adjustments prevent lingering odor, protect media life, and reduce service calls. Considering control, support, and verified performance, SoftPro’s platform is worth every single penny.
Key takeaway: Clear controls plus real human support produce faster fixes and steadier results, year after year.
#10. Certification, Warranty, and Real ROI – Why Verified Claims and Coverage Matter for Private Well Owners
Confidence isn’t a slogan; it’s verification and coverage. SoftPro builds with NSF-validated parts SoftPro Iron Filter and publishes WQA-verified performance claims for AIO iron treatment. Craig has honored warranties for decades through Quality Water Treatment—because standing behind a product is part of solving the whole problem, not just selling a box.
For the Okonkwos, the calculation was simple: one warranty-backed solution versus piecemeal stopgaps. Their de-stained laundry and neutral-smelling showers were proof-positive in a week.
Total Cost of Ownership You Can Explain
- Chemicals: Zero. Electricity: About a dollar a month. Media: Replace roughly once each 8–12 years for a few hundred dollars. Appliances saved: Often thousands in avoided repairs and replacements.
CTA: Request a free well water analysis from QWT to see your long-term ROI and get a sizing recommendation in writing.
Resale, Inspections, and Peace of Mind
A certified, documented system matters in transactions and inspections. It shows a proactive homeowner with a paper trail of water quality control.
Key takeaway: Verified materials, respected warranty, and real math add up to an ROI that homeowners can actually feel—and bank.
FAQ: Expert Answers from Craig “The Water Guy” Phillips
How does SoftPro AIO Iron Master’s air injection oxidation remove iron compared to chemical injection systems like Pro Products?
Air injection uses atmospheric oxygen to oxidize ferrous iron into ferric particulates inside the tank, then the catalytic bed captures those solids during service and expels them during a backwash cycle. No dosing pumps, no oxidant tanks, and no chemical taste. Chemical injection (chlorine, peroxide, or permanganate) can work but requires careful dosing to avoid under- or over-oxidation, plus ongoing consumable costs and maintenance. In the Okonkwo home (16 ppm iron with sulfur), AIO delivered clear, neutral-smelling water within days, without storing chemicals in the basement. For households seeking strong performance with fewer moving parts and low ownership cost, SoftPro’s AIO is the clear choice.
What GPM flow rate can I expect from a SoftPro iron filter with 8 ppm iron levels in my private well?
Expect stable service at typical household flows (8–12 gpm) when the tank diameter and media volume are matched to demand. Craig often specifies a 10x54 tank with 1.5 ft³ media for up to 10–12 gpm peak use and 8 ppm iron. If simultaneous showers, laundry, and dishwashers push peak rates, a 12x52 tank increases bed depth and contact time. The Okonkwos regularly hit 12 gpm and saw no pressure sag after sizing to 12x52. Proper sizing is crucial: flow that exceeds service rate risks breakthrough. Jeremy can confirm your peak flow and recommend exact configuration.
Can SoftPro AIO Iron Master eliminate iron bacteria and biofilm that other filters can’t handle?
Yes—by maintaining a pressurized oxygen headspace hostile to iron bacteria, https://www.softprowatersystems.com/pages/choosing-iron-filter-size-diy then capturing oxidized iron before it can feed slime downstream. While severe infestations benefit from an initial shock chlorination, the ongoing AIO environment and robust media bed prevent re-colonization in fixtures and appliances. The Okonkwo home had iron slime in a humidifier tray; it cleared within a week of installation and didn’t return. Consistent backwash cycles keep the bed clean and deprive bacteria of a foothold. This is a durable, chemical-free approach to a persistent problem.
Can I install a SoftPro iron filter myself, or do I need a licensed well contractor?
Many homeowners with basic plumbing skills complete the installation successfully. You need space for the media tank, a drain for backwash, a 110V outlet for the digital control valve, and tie-ins after the pressure tank. The Okonkwos completed their install in an afternoon using Heather’s guides and videos. For complex manifolds, space constraints, or code-specific requirements, a local installer is a good choice. QWT can refer certified professionals if preferred. Either way, programming support is available—call Jeremy for initial setup guidance.
What space requirements should I plan for when installing a SoftPro system in my basement?
Plan for a tank footprint (10x54 or 12x52 typical), clearance above the head for the controller and air draw, access around the unit for service, and a nearby drain. Place the system after the pressure tank and before branches to appliances. Ensure a straight, supported drain run to avoid airlocks during backwash cycles. The Okonkwos set their unit beside the pressure tank with a dedicated standpipe drain—clean, code-friendly, and quiet. Heather’s checklist covers layout and clearances in detail.
How often do I need to replace SoftPro’s oxidation media for a family of four with 6 ppm iron?
Under 6 ppm with correct sizing, expect 10–12 years from the catalytic media. Backwash 1–2 times weekly, and increase during seasonal spikes. With the Okonkwos at 16 ppm, Craig forecasted closer to 8–10 years due to heavier load. Monitoring for pressure drop, persistent tint, or slow odor return helps pinpoint when media is approaching exhaustion. A media swap is a few hundred dollars and a DIY-able task for handy owners.
How do I know when my SoftPro system needs servicing or media replacement?
Watch for subtle signs: recurring tint after backwash, faint sulfur odor reappearing sooner, or reduced pressure during peak flows. Confirm the digital control valve schedule is running and that the drain is clear. A simple lab test can verify iron post-filter. For the Okonkwos, Craig set an annual test reminder. When indicators point to media exhaustion—usually year 8–12—plan a media change and re-leveling of the bed. Call QWT for guidance and parts.
What’s the total cost of ownership for a SoftPro AIO Iron Master over 10 years compared to chemical injection?
SoftPro AIO: minimal electricity (about $1/month), no oxidant purchases, one media refresh ($250–$400) in years 8–12 for typical homes. Chemical injection: $300–$480 per year in oxidants for moderate loads, plus pump maintenance and parts. Over ten years, that’s $3,000–$4,800 in chemicals—conservative. The Okonkwos avoided these ongoing costs entirely after switching to AIO. Add avoided appliance damage, and SoftPro’s total ownership cost is substantially lower.
Is the premium price of SoftPro systems justified compared to cheaper Fleck 5600SXT valves?
Yes—because programmability, AIO-specific logic, and verified follow this link media performance prevent iron bleed-through and odor relapse. Fleck 5600SXT is a capable legacy valve, but its programming can be less intuitive for AIO, leading to under-optimized cycles. SoftPro’s controller labels air draw and rinse stages clearly, making real-world adjustments simple. For the Okonkwo well at 16 ppm with sulfur, SoftPro’s programmability stabilized odor and protected appliances. Over time, fewer callbacks, stable water quality, and lower total cost make the premium a smart buy.
How does SoftPro AIO Iron Master compare to Pelican iron filters for whole-house treatment?
Pelican handles lighter iron reasonably well, but at 10–16 ppm with sulfur and manganese, the need for strong in-tank aeration and deeper catalytic beds becomes clear. SoftPro exposes AIO settings, backwash intensity, and rinse parameters directly to the user or contractor—critical for dialing in high-load environments. In Craig’s field cases, SoftPro held odor control longer between backwashes at higher iron levels. For the Okonkwos, who tested at 16 ppm, SoftPro provided faster stabilization and easier fine-tuning.
Should I choose SoftPro air injection or a Terminox chemical feed system for 10+ ppm iron?
For most households at 10+ ppm with sulfur, air injection oxidation (AIO) is simpler, safer, and far cheaper to operate. Chemical feed can work, but it introduces ongoing costs, dosing complexity, storage, and taste risks. With the Okonkwos’ mixed contaminants, SoftPro’s AIO delivered clear, neutral water within days and sidestepped chemical maintenance entirely. Unless there’s an extreme contaminant profile requiring residual disinfectant, Craig recommends SoftPro AIO for long-term best DIY iron filter for well water stability and minimal upkeep.
Will SoftPro work effectively with my deep well that has 12 ppm iron and manganese?
Final Takeaway
What changed for the Okonkwos? Ten essentials came together: in-tank air injection oxidation (AIO), catalytic media that captures both ferrous and ferric iron, smart digital control valve programming, accurate sizing for true flow rate (GPM), chemical-free operation, clean installation, light-touch maintenance, capacity headroom, transparent controls with human support, and certification-backed warranty confidence.
Three factors stood out: the SoftPro AIO Iron Master’s chemical-free oxidation that tamed 16 ppm iron and sulfur; the controller’s clear, adjustable backwash logic; and the deep catalytic bed that held odor at bay between cycles. Add WQA-validated claims, NSF components, and Quality Water Treatment’s 30+ year track record, and it’s obvious why SoftPro becomes the final system homeowners buy.
For Chinedu and Maria, stains vanished, laundry turned bright again, and the sulfur smell left the shower. They avoided an estimated $3,200 in appliance damage over the next five years and reclaimed their home’s water—quickly.
Ready to see your numbers? Request a free water analysis with Jeremy Phillips to size the right system. Heather’s install resources make setup straightforward, and Craig’s team is on call for programming help. The SoftPro Iron Filter delivers clean, neutral-tasting water, protects your equipment, and saves real money over time—worth every single penny for a decade of peace of mind.