Most pools lose water every week, but how much is normal? This guide explains how to tell the difference between evaporation and a real leak, including the exact bucket test method to confirm which one you're dealing with.
Starting out with an above-ground pool chemistry routine is simpler than the pool store makes it look. You need four chemicals working together: a sanitizer, a pH adjuster, alkalinity increaser, and shock. This guide walks you through what each one does, what numbers to target, and how often to test.
Cyanuric acid is the chemical that keeps sunlight from destroying your chlorine within hours. Without it, an outdoor pool can burn through a full dose of chlorine before noon. But too much CYA is just as much a problem as too little.
Calcium hardness is one of the most overlooked numbers in pool chemistry, but getting it wrong damages plaster, liners, and equipment fast. The ideal range is 200 to 400 ppm for most pools. This guide covers why it matters, how to test it, and exactly how to raise or lower it.
Pool stains come in three main types - organic, metal, and calcium - and each one needs a different fix. The good news is that you can treat all of them without draining the pool. This guide walks you through how to identify what you have and exactly what to do about it.
When a pool gets heavy summer use, chlorine disappears faster, pH climbs, and water balance problems compound quickly. This guide covers exactly what changes chemically under heavy use and how to stay ahead of it with specific numbers and a practical routine.
Sand, cartridge, and DE filters all do the same basic job but with very different levels of performance, maintenance, and cost. This guide breaks down how each type works, what it costs to own long-term, and which setup makes the most sense depending on your pool. No filler, just the practical differences that actually matter.
High pool pH is one of the most common water balance problems, and it's easy to fix - if you do it right. This guide covers exactly how to lower pH using muriatic acid or dry acid, how much to add, and the mistakes that turn a simple fix into a bigger headache.
If your chlorine keeps dropping no matter how much you add, something specific is consuming it. This post breaks down the six most common causes of rapid chlorine loss and gives you concrete steps to fix each one — so you stop wasting money and start keeping a safe, clear pool.
Shocking a pool sounds simple, but most people do it at the wrong time, in the wrong amount, or without the right water chemistry in place first. This guide covers the exact steps that work, the mistakes that waste product and leave your water cloudy, and the numbers you need to know before you add anything.
