Can Fiberglass Pools Leak? Yes - Here's How to Fix It
Yes, fiberglass pools can leak through gel coat cracks, plumbing connections, or structural damage. Most leaks are repairable with proper patching compounds and techniques.
Yes, fiberglass pools can leak through gel coat cracks, plumbing connections, or structural damage. Most leaks are repairable with proper patching compounds and techniques.
Most inground pools don't need liners - concrete/gunite and fiberglass pools have built-in surfaces. Only vinyl inground pools require liners, which need replacement every 8-12 years.
No, fiberglass pools do not need liners because the fiberglass shell itself serves as the water barrier. The gelcoat surface provides the waterproof finish that liners provide in vinyl pools.
Fiberglass pools need calcium hardness maintained between 150-300 ppm for proper water balance and equipment protection. Lower levels than plaster pools are acceptable since fiberglass doesn't dissolve like concrete surfaces.
Inground pool costs range from $35,000-$100,000+ depending on size, materials, and features. Concrete pools are most expensive ($50,000-$100,000), vinyl liner pools are mid-range ($35,000-$65,000), and fiberglass pools fall in between ($40,000-$85,000).
Not all pools need calcium at the same levels. Plaster pools require 250-350 ppm calcium hardness to prevent etching, while vinyl and fiberglass pools need lower levels around 150-250 ppm to avoid scale buildup and equipment damage.
Inground pools last 10-100 years depending on the type: concrete pools can last 50-100 years with proper maintenance, vinyl pools typically last 10-20 years, and fiberglass pools last 25-35 years. Proper maintenance is the key factor in maximizing lifespan.
Yes, pools need calcium to prevent equipment damage and surface deterioration. Ideal calcium hardness levels are 250-350 ppm for plaster pools and 150-300 ppm for vinyl/fiberglass pools.
Fiberglass pools do need calcium hardness, but at lower levels than plaster pools. Maintain CH between 150-300 ppm to prevent equipment damage while avoiding surface issues.