Whether you're taller than the average person or on the shorter side, a shower head at 80 inches should still work for you properly. Consider 80 inches to be the default setting for how high your shower head should be, although you can certainly deviate from that if you desire.
Wall Or Ceiling Installation
When installing, most rainshower heads are installed a little higher than standard showerheads at 80 inches to 84 inches from the shower floor. However, installing the rainshower head about 84 inches from the shower floor is recommended to accommodate taller users.
Most shower heads sit about 78-82” above the floor of the shower/tub. According to the CDC the average American man is 5'9” tall (average American woman about 5'4”) and that height typically will give about a 12” clearance. The minimum placement is typically about 72” but for some users, this may still seem tall.
While there is no set rule for the distance a showerhead should be away from the wall, you need to consider a comfortable standing position and the diameter of your shower head to determine the most appropriate clearance.
Generally, a shower head situated at around 2000mm is a good height suitable for most people with the taps around 1000mm to 1200mm from the floor. Positioning the taps away from the shower head will allow you to turn the water on without getting wet while you wait for the water to warm up.
The ideal height for a shower head, whether it's fixed onto the wall or is a rain shower, is 2000mm which allows plenty of space for people who are very tall – while still providing adequate water concentration for people who might be shorter.
The solution is very simple, a swivel ball adapter. It simply attaches between your shower arm pipe and shower head and increases the adjustability of your shower head. It actually will lower your shower head height about an inch, but it will give you much more flexibility with positioning your shower head.
If the tile doesn't go to the ceiling, the section of the shower with paint and drywall will get wet. Paint and drywall is not water proof, so, overtime you may have problems with mold and decay. The paint and drywall won't perform well in a wet area, like your shower.
Leave a space at least 6-12" between the top of the shower enclosure and the ceiling on at least one side for ventilation.
The space between the wet wall (the wall that shower nozzle is on) and the splash zone (the radius the splash creates) is about 30-36 inches. The opposite wall of your tub/shower is typically dry or seldom gets wet.
Sliding shower doors are can open either inwards or outwards, though it is recommended that the sliding panel is positioned on the same side of the shower head. As a result, the water flow will be situated away from the overlap, greatly reducing the risk of leaking between the shower doors.
Centered shower drains.
When possible it's best to design a shower with an off-center drain. Think about it, if the drain is in the center, you are likely to be blocking it with your feet while you are taking a shower. This can slow the draining process.
Shower heads and body sprays should be located so the water spray is directed toward tile walls or the fixed panels of shower doors. This will help keep water inside the shower, and away from the door. You should never install shower heads aimed in the direction of the door.
Place your new, exterior shower head connection about 7 feet (2.1 meters) from the ground. You may also consider a second exterior showerhead and faucet handle a few feet from the ground to rinse off feet and legs and for shampooing your dog, too.
Rain showerheads are large—typically 8-12 inches wide, but can reach up to 20 inches—compared to standard showerheads, which are generally 3-6 inches wide. But rain showers have the same flow rates as traditional showerheads.
What do You Use for a Shower Ceiling? Similar to the rest of the bathroom ceiling, it is best to use drywall, acrylic, tile, cement board, fiberglass and more. Ensure the material you choose is waterproof.
How Big Should a Doorless Shower Be? A doorless shower layout requires a larger footprint than a standard tub or shower stall. Building codes may specify that a standard shower stall must be a minimum of 36 inches by 36 inches while the average doorless shower is about seven feet by four feet with many much larger.
Plan a clear floor space of at least 30 inches from the front edge of all fixtures (lavatory, toilet, bidet, tub, and shower) to any opposite bath fixture, wall, or obstacle. Code Requirements: A minimum space of 21 inches must be planned in front of the lavatory, toilet, bidet, and tub.
Depending on the product selected required headroom for a standard installation is typically between 12 and 18 inches. So, if you are using a door that is seven feet high the typical minimum ceiling height would be eight feet, leaving twelve inches of headroom.
4-6" Above The Shower Head: When tiling the walls inside your shower, we usually install the tile just is usually 4-6" above the shower head. This protects most of your wall from water while leaving a bit of wall exposed to contrast the tile.
Shower walls must be waterproofed up to at least 1800mm. The walls must be waterproofed up to at least 150mm. Over the hob or step down must be waterproofed to at least 150mm.
Why You Should Tile the Floor First. The tile installation principle is that the tiled wall 'hangs' over the tiled floor. The best way to achieve this outcome is by first tiling the floor so that the wall tile will then seem to be 'sitting' on the bathroom floor.
To get back to the important question - yes, a showerhead can help increase water pressure, and it can also do so while consuming less water than your usual fittings. Showery showerheads are designed to increase water pressure so you can experience a more enjoyable shower.
Most low-flow showerheads have a rubber pressure-reducing valve (called a regulator) to maintain a lower pressure. You can increase the flow by simply taking it out. You could also consider enlarging the hole that allows water into your showerhead with a drill to increase the amount of water coming through.
A broken water pressure regulator can cause high pressure. Trapped air can increase water pressure in pipes. Your showerhead's restrictor valve may have malfunctioned. If you hear a banging in your pipes, something called “water hammer,” you could have high water pressure.