Low-flow Showerheads
Low-flow Showerheads | Plumbing Fixture Replacements | Plumbing | Hillsboro
Swap out your old showerheads for HEP’s sleek, low-flow models and feel the difference every morning—more pressure where you want it, less water down the drain. Our licensed Hillsboro technicians arrive with top-tier fixtures, quick installation tools, and a passion for protecting Oregon’s precious water supply. You’ll enjoy a spa-like spray while trimming utility bills and qualifying for local conservation rebates in one effortless visit.
Whether you’re updating a single bathroom or coordinating whole-home plumbing fixture replacements, HEP makes the process simple and mess-free. We responsibly haul away the outdated pieces, test every connection, and leave your space spotless—all backed by a satisfaction guarantee that’s as solid as our workmanship. Book today and start showering smarter tomorrow!
FAQs
What makes a showerhead “low-flow,” and how much water can it really save?
A showerhead is considered low-flow when its rated flow rate is 2.0 gallons per minute (gpm) or less, compared with the federal standard of 2.5 gpm. WaterSense-labeled heads generally deliver 1.5–1.8 gpm. In a typical Hillsboro household that showers for a combined 20 minutes a day, switching from a 2.5 gpm model to a 1.8 gpm head saves about 100 gallons a week—more than 5,000 gallons a year—plus the energy needed to heat that water. That translates to lower water and natural-gas or electric bills while reducing strain on local water supplies.
Will installing a low-flow showerhead make my water pressure feel weak?
Not if you choose the right technology. Modern low-flow models use pressure-compensating valves, aeration, or multi-nozzle designs that maintain spray intensity while limiting volume. Our team helps you select WaterSense-certified heads that match Hillsboro’s average residential pressure (50–60 psi) so the shower still feels full and invigorating. If your home has unusually low or high pressure, we can fine-tune the valve or recommend a model designed for that range.
Are low-flow showerheads compatible with older plumbing in Hillsboro homes?
Yes. Nearly all showerheads—low-flow or otherwise—use a universal 1⁄2-inch NPT thread. Even in older Hillsboro properties with galvanized steel risers, the new head will screw right on once the old one is removed. During replacement we inspect for corrosion, clean the threads, apply fresh PTFE tape, and, if needed, install an inexpensive adapter or flow-balancing valve so the low-flow head performs properly with your existing fixtures.
Can I replace the showerhead myself, or should I hire a plumber?
Replacing a showerhead is a straightforward DIY task—unscrew the old head, clean the pipe, wrap new Teflon tape, and hand-tighten the new one. However, hiring a licensed Hillsboro plumber ensures: 1) a leak-free connection torqued to spec, 2) inspection of the shower arm and mixing valve for hidden issues, 3) verification that the new head meets Oregon code, and 4) optional flow-rate testing. If you’re already planning other fixture upgrades, bundling them in one service call can save time and money.
Are there rebates or incentives for low-flow showerheads in Hillsboro or Washington County?
Yes. The Hillsboro Water Department and Energy Trust of Oregon typically offer $10–$20 instant rebates on qualifying WaterSense showerheads purchased through participating retailers or installed by approved contractors. Additional incentives may be available if the upgrade is part of a broader energy-efficiency project (e.g., water heater replacement). As part of our service, we file the paperwork and provide the model documentation so you receive every available credit.
What does it cost to replace a showerhead, and how long until it pays for itself?
A high-quality WaterSense showerhead costs $25–$75; professional installation in Hillsboro runs $65–$125, depending on access and any needed pipe prep. That places most projects in the $90–$200 range. With typical combined water and energy savings of $40–$80 per year for a family of four, the payback period is roughly 1–3 years. After that, the savings continue for the 8–10-year lifespan of the fixture.