Get matched with top garage cleaning pros in La Puebla, NM

Yes, you can pressure wash epoxy floors, but you must take precautions to avoid damaging the surface. While most epoxy floors can be cleaned with a mop, you might choose to pressure wash if the floor is stained, has ground-in dirt, or is covered with mold or mildew. To do so safely, first soak any stains or dirty areas with a gentle cleanser. Use a lower pressure setting with a gentle nozzle, such as a green, white, or black tip, or a 45-degree angled tip. Keep the spray nozzle at least 18 inches away from the floor to protect the surface. Using a surface cleaner attachment or a rotary scrubber can also help prevent overspray. Be cautious if using a power washer that heats the water, as the combination of heat and pressure may be too powerful and could damage the epoxy coating.

For a garage to be included in a home's official square footage, it must qualify as livable space. This generally means it needs to be attached to the home and have permanent finishings like proper insulation, finished walls and ceilings, and adequate ventilation. To be considered livable year-round, it should also have heating and cooling. The specific legal requirements can vary by location, but if a garage is converted into a finished room meeting these criteria, it may be counted toward the total square footage.

Wood, steel, fiberglass, and aluminum are among the top building materials for a garage. Wood is highly customizable, naturally insulative, and durable in mild climates but can be expensive. Steel is lightweight, low-maintenance, and cost-effective, but it’s susceptible to rust. Fiberglass is low-maintenance and doesn’t shrink or expand in changing temperatures, but it can become brittle and crack from prolonged high winds and sun exposure.

Unlike steel, aluminum isn’t susceptible to rust and is low-maintenance, but its ultra-light weight makes it less durable than some materials, and it’s susceptible to saltwater damage, making it a poor choice for coastal homes.

Garage door sensors work by using infrared beams to detect objects in the door’s path. One sensor sends a beam while the other receives it. When the beam is broken—say, by your car or anything else—the sensors signal the door to stop or reverse. It’s all about safety and making sure nothing gets trapped under the door. If they’re misaligned, the beam doesn’t connect, and the garage door might stay open or close regardless of obstructions.