by Canvas Leak Detection of Georgia & Alabama | Jan 17, 2025 | Leak Detection
SharkBite fittings, a type of push-to-connect fitting, have become increasingly popular in residential and commercial plumbing. They offer a convenient alternative to traditional soldering or threading, allowing quick and easy connections between copper, PEX, CPVC, or...
by Canvas Leak Detection of Georgia & Alabama | Jan 7, 2025 | Leak Detection
Solder joints play a crucial role in maintaining the integrity of residential plumbing systems, ensuring that copper pipes remain securely connected. Over time, however, these joints can degrade, leading to leaks, inefficiencies, and costly repairs. Here are some key...
by Canvas Leak Detection of Georgia & Alabama | Dec 11, 2024 | Leak Detection
Leaks are a common yet potentially disastrous issue in any home. If left undetected, even a small leak can lead to costly repairs, structural damage, and health hazards like mold growth. The key to avoiding these problems is early detection. By knowing where to look...
by Canvas Leak Detection of Georgia & Alabama | Dec 6, 2024 | Leak Detection
When it comes to plumbing, a critical concern for any homeowner or plumber is ensuring connections are leak-proof and long-lasting. The two most common methods for joining pipes—compression fittings and soldered joints—each have their strengths and weaknesses,...
by Canvas Leak Detection of Georgia & Alabama | Nov 19, 2024 | Leak Detection
Your home’s plumbing system is designed to provide clean, safe drinking water whenever you turn on the tap. But did you know that without a critical device known as a backflow preventer, your clean water could be at risk of contamination? A backflow preventer is...
by Canvas Leak Detection of Georgia & Alabama | Nov 2, 2024 | Leak Detection
Your pool is a great source of relaxation and fun, but like any system involving water, it’s prone to leaks. While a leaky faucet in your home is easy to spot and often dismissed as insignificant, pool leaks are much harder to detect and can lead to massive amounts of...
