Can you rhino line a pool

Installing a Rhino floor pad is a great way to smooth the bottom of your pool, and protect it from rocks, grass, heat loss, and leaks. Plus, this under-liner padding will protect your liner. With wall foam and coping added into the mix, you can have a gorgeous and comfortable pool. Plus, it will smooth out rusty wall sides to provide a better seal and a more durable pool. First, purchase your wall foam and adhesive.

If this is a new pool, installing the wall foam should be your first step, before installing the liner. Then, line up the wall foam with the top of the pool, so it will stay straight as you roll it out.

As you roll, you may find it helpful to spray the foam itself to help it adhere. Start by ensuring you purchase the correct Rhino floor pad for your pool size. Or, your Rhino floor padding may have come included with the Deluxe above ground pool package from Pool Supplies Canada.

It must be installed first. To install the sand, pour a 2-inch layer of sand into the base of the pool. Ensure it is free of debris. Once the bottom of the pool is level you should unwrap the Rhino floor pad and lay it into the pool.

Are you sick and tired of the back-breaking task of installing a new liner every few years? Would you love to never have to take on that chore again? Then have we got something for you! This ridiculously revolutionary new formula takes all the frustration out of liner installation! No more measuring, no more fighting with folds and smoothing out wrinkles, and no more heavy lifting! You will never need to order a custom liner again!

And the best part is the 50 year warranty! They have engineered a formula utilizing polymeric peptides that bonds instantly and melds into the wall and floor of your pool. The finished color is bright and rich, and the surface is impervious to pool chemicals, UV rays and cold temperatures. Guaranteed never to fade, peel or blister! No more struggling with vinyl liner repair kits, messy glue and ugly patches!

Available in all the colors of the rainbow, and now in pink camouflage too! For spray applications, the seal coat is allowed to cure before the entire pool receives a fresh coat of fiberglass. The fiberglass is applied using a spray gun that draws resin and a hardening catalyst into a mixing chamber before the mixture is propelled from the gun's nozzle 3 or 4 feet to the pool wall.

At the same time, the gun is fed fiberglass rope that is chopped into inch-long pieces by a top-mounted, air-powered blade wheel. These freshly cut fibers are blown midair into the spray of resin and catalyst, and all three components quickly begin to solidify as one compound upon hitting the wall in an inch-wide swath. Crew members armed with ribbed aluminum rollers immediately flatten this mix before it completely hardens, forming a somewhat pliable fabric over the surface of the pool.

Then, to ensure that no fibers have been left uncovered to protrude from the fiberglass layer, the gun is again used to apply another layer of resin.

Once this layer has cured, the pool is detailed. All masking is removed by cutting through the fiberglass overspray with utility knives. Termination points are carefully cut to leave fiberglass locked into the precut grooves. Crew members then examine the surface of the pool literally by hand, feeling for any remaining protruding fibers, which are cut or sanded off.

Once fiberglass has cured, these fibers become more like slivers and pose a potential hazard to swimmers. Any other imperfections occurring during installation - for example, an insect caught in the fiberglass prior to curing or a blister caused by inadequate surface preparation - are corrected by cutting away the blemish, addressing any problems underneath and reapplying fiberglass to the affected area.

Finally, a finish coat designed to further smooth the surface and protect the fiberglass from pool chemicals is applied. The pool is once again masked off and the finish coat is sprayed on to a thickness of one-sixteenth of an inch, leaving a final overall thickness of the fiberglass renovation of about three-sixteenths of an inch.

Pigment is mixed with the finish coat to provide the pool's desired color. Spray-applied fiberglass might take a half-dozen crew members a month to complete. In the application of fiberglass mat, a seal coat of resin is applied to penetrate the substrate, followed by another type of resin specifically formulated to stand up to pool chemicals.

Sections of fiberglass matting, which is thin enough to read through, are then cut from large rolls and laid on top of this fresh resin coat while it is still damp, forming a bond.

Unlike PVC, where sections are laid to overlap, sections of fiberglass matting butt up against one another and are sealed by a second coat of resin. As this resin is rolled on, it is forced to penetrate the fiberglass mat, creating a bonded sandwich of resin around fiberglass.

This step also helps remove air pockets and shape the fiberglass to the contours of the pool. This surface is sanded by hand to remove any sharp points, and a third coat of resin is applied, leaving a nonporous outer surface. Fiberglass matting, proponents argue, allows the pool's interior to be covered with a consistent thickness of renovation material, which including all resin layers amounts to about an eighth of an inch. Resin containing black pigment can be applied to masked-off areas to differentiate racing lanes and targets, as well as to highlight steps.

Final cost of a project will vary by the size of the pool. The larger the pool, the lower the cost per square foot - as crew mobilization, labor and other fixed expenses are absorbed within the project's total price. While renovations involving PVC and fiberglass materials afford pool operators substantial savings over demolition and reconstruction, installers boast ongoing operational benefits, as well. Lining a pool with nonporous materials not only prevents leaking and the expense associated with replacing perhaps thousands of gallons of water per day, but it also inhibits the penetration of algae and bacteria in the tiny nooks and crannies of concrete and plaster pools, saving pool operators as much as 25 percent in chemical costs, according to Draughn.

Of course, no system is infallible, and while both PVC and fiberglass renovations have been known to last up to 20 years, warrantees offered typically range from five to 10 years. Temporary repairs of either system are possible using special underwater adhesives, allowing the pool to remain filled and operational. But when the time comes to completely replace either material, there can be drawbacks.