Frequently Asked Questions

New construction involves complete system planning from blueprints through rough-in, water line installation, sewer connections, and fixture placement. Unlike renovations, you're building code-compliant infrastructure before walls close, which requires tight coordination with builders and strict adherence to inspection schedules. One plumbing partner from start to finish prevents miscommunication and installation gaps between trades.

Austin's hard water contains high mineral content that accelerates scale buildup in pipes, water heaters, and fixtures. This mineral accumulation reduces water heater efficiency, clogs aerators, and shortens fixture lifespan. Homes with older galvanized pipes experience faster corrosion when combined with hard water, leading to pressure loss and discolored water.

Quarterly inspections catch drain buildup, fixture wear, and water heater sediment before they cause business downtime. Restaurants and multi-family properties need more frequent service due to higher usage and grease accumulation. Scheduling maintenance during low-traffic periods minimizes operational interruptions and addresses small issues before they become emergency repairs.

Slab leaks occur in pipes embedded beneath concrete foundations, requiring specialized detection methods since the leak isn't visible. Technicians use acoustic listening devices and pressure testing to pinpoint the exact location without unnecessary concrete removal. Early detection prevents foundation damage, mold growth, and water bill increases that signal hidden leaks.

Homes built before 1990 typically have 100-amp or smaller panels that can't support modern electrical loads from HVAC systems, kitchen appliances, EV chargers, and home offices. Overloaded panels cause frequent breaker trips, voltage drops, and fire risks. Upgrading to 200-amp service provides capacity for current needs and future additions without safety compromises.

Age over 10-12 years combined with declining performance signals replacement makes more sense than repair. Rust-colored water, tank corrosion, or repeated component failures indicate the unit is near failure. Repair costs exceeding 50% of replacement cost rarely justify extending an aging system's lifespan.

Commercial properties face grease accumulation from kitchens, paper product buildup in high-traffic restrooms, and root intrusion in older sewer lines serving multiple units. Volume alone accelerates drain deterioration—restaurants and multi-family buildings push significantly more water and waste through pipes daily. Regular professional cleaning prevents the complete blockages that shut down operations.

Inspectors verify pipe sizes, materials, slope, venting, and support meet code before walls close. All supply and drain lines must be pressure-tested to confirm no leaks exist within the concealed system. This inspection protects builders and future occupants by catching installation errors while corrections are still accessible.

Burning smells, sparking outlets, panel buzzing, complete power loss, or exposed wiring require immediate response to prevent fire and electrocution risks. Flickering lights or a single non-functioning outlet can typically wait for scheduled service. If you're unsure whether the situation is dangerous, err toward calling emergency support.

Electrical rough-in must happen after framing but before insulation and drywall, creating strict sequencing with other trades. Panel location, circuit planning, and load calculations affect structural and HVAC decisions made weeks earlier. Delays in electrical coordination push back inspections and closing dates for entire projects.

Inspections evaluate panel condition, circuit loading, grounding systems, GFCI protection in wet areas, emergency lighting, and code compliance for business occupancy. Overloaded circuits, outdated wiring methods, and missing safety devices are documented with repair recommendations. Regular inspections reduce liability risks and prevent electrical failures during peak business hours.

Tankless units require upgraded gas lines or electrical circuits, proper venting, and often relocated mounting positions compared to tank systems. Installation involves more complex plumbing modifications and electrical work, but eliminates tank failure risks and provides endless hot water. Space savings and efficiency gains offset the more involved installation process.