SPA COVERS – PITCHED (TAPERED) FOAM VS. FLAT FOAM
OUR 4″ X 2″ FOAM CORE
Exclusively @ Spa Covers Etc. https://www.spacoversetc.com/
Depending on your climate and the type of spa consider these points when purchasing a new spa cover. Portable spas/ hot tubs come in a variety of sizes and shapes. It is important to have the cover fit properly in order to retain heat and keep debris and moisture out of the spa. Spas that measure 96″ x 96″ or smaller use a typical two-piece design containing two panels sewn together and fold in half. The foam core is 48″ wide x 96″ long. If we put two together we get 96″ x 96″ square. Depending on the size and shape of your spa we will cut/shape the cover to fit your needs.
If the length is longer than 96″it will require a third panel. We refer to this as the three-piece design. We will take the length of the cover in inches and divide that number equally by the number of panels. All three panels will be equal. Two panels sewn together and fold in half. For convenience the third panel attaches with a Velcro flap. If the width of the spa is over 96″ (up to 120″) AND the length is also over 96″ you will need the over-sized three-piece spa cover.We can accommodate the width of a spa up to 120″. As far as the length of the spa cover is concerned, we add panels until we have the proper length. Basically any size spa!
You will need a tape measure for shapes such as square, round, octagon, hexagon and rectangle to determine the size. For shapes such as oval, stretched octagon and free formed spas (e.g. kidney bean shape) will require a template in order to fit properly.
A carpenter’s square is needed for radius corners (rounded corners).
***Remember to measure the area that you want the cover to rest, NOT the length of the water. The cover sits on the edge of the spa. It does NOT fit into the spa or float on the water. In ground Gunite/ plaster spas should have a minimum of 3″ to 4″ perimeter around the spa for the cover to rest onto.
What foam density?
What is the difference between 1.0# and 2.0# foam?
The density is a measurement of the degree of compactness of the foam inside the spa cover. The density is one of the main things to consider. Density and thickness Do NOT go hand in hand. Just because a cover is thicker does not mean it more dense.
Ideal™ Spa Covers are available in the following:
Standard – 1.0 lbs. foam (4″ x 2″ tapered) R-12 value
The Deluxe – 1.5 lbs foam core (4″ x 2″ Taper R-17 value
Heavy Duty 2.0 lbs. foam (4″ x 2″ tapered) R-19 value
Super Foam 5″ x 3″ R-22 value
Ultimate Waterfall Spa Cover – 1.5 lb foam (5″ x 2″ tapered foam) R-15 value.
The R-Value has to do with the energy efficiency and cost savings of using the spa. Spa covers with higher R values are more energy efficient. If the spa is outdoors or if you live in a colder climate the R-value of the cover is more important than if your spa is indoors.
Tapered Foam
Simply put….water will not run-off a flat cover. The water tends to puddle in the center of the cover causing it to gain weight and wear prematurely. Spa covers made by Ideal™ Spa Covers have two inches of taper for maximum run-off of rainwater and snow melt. In the center they are 4″ thick and taper to 2″. Spa covers of yesteryear were either flat or 3.5″ to 2.5″ with only 1″ of taper 50% less than our spa covers. Recently (March 2014) Ideal™ Spa Covers released its newest design. The Ultimate Waterfall spa cover. This cover has 3 inches of taper, 50% more than any other spa cover! It is 5″ thick and tapers to 2″. For more information about the Ultimate Waterfall spa cover visit Ultimate Waterfall Spa Cover
Spa covers that are NOT specifically stamped “Meets ASTM Certification”…. are not safety covers. In order for a spa cover to meet this certification the spa cover must submit their spa cover to a lab for independent testing and the cover must meet the standards. The cover must have four(4) locking tie downs with keys. Spa covers are meant to cover the spa Not to be walked on or sat on.
VPB 3000 Vapor Proof Barrier Vs. the other guys covers.
If the foam is exposed to moisture it will become water-logged! The VPB 3000 completely eliminates this problem. The VPB 3000 is a special proprietary blend of plastics that is wrapped around the foam and vacuumed sealed to protect the foam from steam that will penetrate the stitches when the cover is on a hot spa. Steam that gets into the vinyl stays separated from the foam due to the VPB 3000 and when the steam cools/ turns into water it drains out of the drain holes located under the cover.
Other spa cover companies use a simple polyethylene plastic and tape it shut. The plastic is porous and will allow steam to penetrate into the foam. When the steam cools it becomes water again and is trapped inside the plastic bag forever. Only a vacuum sealed spa cover done by professional machines (not a hand held unit) can guarantee that the cover is be safe.
The ONLY 5″ x 2″ spa cover! With a FULL 3.0″ of taper (slope) water will run-off the Ultimate Waterfall Spa Cover faster than any other spa cover. ADDITIONALLY… the new stitch design has eliminated over 1/3 of the stitches from the topside of the cover so water can’t penetrate the cover from above. The new design is stronger than any other cover and designed like no other cover! Great for any area! Get a lot of rain? This is the cover for your spa.
For information about spa covers visit Home of Ideal™ Spa Covers.
NOTE*** As of Jan 2019 Discount Pool Supply has changed its name to Spa Covers Etc. due to the fact that there are a lot of Discount Pool Supplies throughout the USA.
Our website is :https://www.spacoversetc.com/
Why do they call it a Salt Pool? Isn’t it just a device that generates chlorine from salt?
TDS (Total Dissolved Solids) is a measurement of ALL things that come into contact with the water when a chemical is added it leaves behind “salts”. When a swimmer swims they sweat just as much as they would if they were running. The difference is that it is all washed away by the water. Sweat is salt. If the wind blows dust into the pool it will add to the TDS. If the birds “drop” into the water this adds the TDS. And Urine adds to the TDS.
Fresh water is anything from 250ppm to 1000 ppm
Saline Solution (eye drops) 15,000 to 30,000 ppm
Sea water is 30,000 to 40,000 ppm
If the TDS is higher than 2500 ppm in a swimming pool we recommend draining the pool.
(In the pool industry we usually get complaints about the pool tasting salty at 5000 ppm)
If the pool has a high concentration of swimmers at one time and the TDS has tested at or above 2500 ppm, the usual source of the “salty taste” is from sweat floating at the top of the water level. (Sweat doesn’t sink).
*** Note there are many types of ways to make chlorine. This ONLY compares Liquid Chlorine to a Salt Pool. Dry Chlorine is very different.
Liquid Chlorine:
In Every gallon of liquid chlorine is a POUND and a HALF of salt. The chlorine manufacturer has a giant storage tank that they use to make liquid chlorine. It uses water and salt NACL. The tank uses a low voltage charge to polarize the NA (sodium) and the CL (Chlorine) using a negative charge the can separate the two elements and make what we call liquid chlorine (Sodium hypochlorite). Notice the Salt and chlorine in the words of sodium hypochlorite?
Over the course of time as more and more chlorine is added, water evaporates leaving the TDS from the tap water behind. When you add more water, more TDS are introduced to the pool. Adding chlorine and other sanitizing chemicals contributes to the rise of TDS.
A commercial pool may need to be drained annually depending on how many people use the pool over a course of the year. Hotter summers will require more chlorine and all will make TDS rise faster.
Fresh water out of the tap (today 9/6/2013) is 486 ppm. At 2500 ppm draining of the water is recommended.
Higher TDS readings are not harmful as long as there is a chlorine reading above 1.0 ppm. Higher TDS readings DO cause the pool to require a bit more chlorine. High TDS may cause cloudiness to the water.
Salt (generator) Pool:
This is exactly the same thing as a liquid chlorinated pool.
The difference is that in a Salt Pool, the owner of the pool owns the salt generator (the machine that makes the chlorine) and your pool is the storage tank.
Initially when the pool is filled, depending on the size of the pool, about 200 to 500 pounds of salt will be added to the water, dissolved, and when the salt generator is turned on it will do the following:
The water in the pool must be circulated (on the customers dime) in order for salt to be introduced as chlorine and mixed throughout the water. Approximately every 4 hours the unit will reverse polarity and separate the NACL into Salt and Chlorine and then reverse and turn itself back into NACL Table Salt. The strength of the chlorine in the water is determined by the setting on the salt generator and the length of time that the pool is running.
Over time more salt will be required and this will add to the TDS.
Neither a freshly filled salt water pool nor a pool that is sanitized using liquid chlorine should have a “salty” taste. However, over time both pools may develop some sort of taste. This usually is when the pool needs to be drained. A TDS test can confirm this.
Note**** Do not confuse the above description of a salt pool with a pool filled with salt water. A salt water pool is a relaxation pool in which the salt level is that of the Dead Sea and you actually float on the water. You can’t swim in this type of pool.
Remember Sea Water is over 30,000 ppm. A pool is usually under 5000 ppm.
Now that you know a Salt Pool is the same thing as liquid chlorinated pool you should ask your pool professional about things like the initial cost of a salt generator, annual maintenance costs, how often do you add more salt, and how long do they last? Compare this to the cost of liquid chlorine (at about $4.00 per gallon) and you can make an educated decision.
For more information visit our website @ Spa Covers Etc.
NOTE*** As of March 2022, a case of chlorine (4 gallons) has been reported to cost over $30.00. If you use a case of chlorine and you probably do in the summer a salt generator may be for you!
Maintaining the spa water chemistry with Bromine can be very effective chemical used to sanitize water. Always maintain a level of 3.0 to 5.0 ppm
pH (potential Hydrogen): A scale of 1 to 14 that measure the alkalinity of the water. A reading below 7.0 equals acidic water and will cause etching of the plaster, staining and corrosion to the metal pipes and heater and could be irritating to swimmers. If the pH is above 8.0 the water will be cloudy, scale will build up along the tile and in the pipes. The filter will become clogged and circulation will diminish. High pH makes chlorine less efficient but Bromine works OK at a pH up to 8.0. In A Fiberglass spa keep the pH at 8.0 or above.
Acid Demand: If the pH is above 7.8, use the #3 test solution 1-drop at a time to determine how much acid is required to bring the pH down to the ideal range of 7.4 to 7.6. Count the number of drops and compare against the chart in the test kit to determine how much acid. NOTE*** Dry acid is preferred when adjusting spa water.
Total Alkalinity: This is a buffer for the pH. The ideal range is 80 to 120 ppm. If the Total Alkalinity is above 120ppm the pH will drift up (above 7.8) and the demand for acid will be higher. If the Total Alkalinity is below 80ppm the pH will drift below 7.4 and Base will be needed to raise the pH on a regular basis. In addition, the spa will be prone to blue stains.
Base: When the pH is below 7.4, a Basic (opposite of acidic) product will be added to the spa to raise the pH. The name of this product is Soda Ash. This should not be needed and only used if the chemicals are allowed to be out of range for extended periods of time.
T.D.S.: Total Dissolved Solids can be tested at the local pool store. Check every other month. The maximum reading is 2000 to 2500 ppm, if above 2500 ppm drain pool. T.D.S. is a measurement of ALL dissolved particles in the pool. Everything leaves some particles behind. Chemicals, dirt, people etc. all leave some TDS and over time the measurement rises. Liquid chlorine is the biggest contributor to this reading. When the spa has a high T.D.S. level people may complain the spa water “tastes salty”. A high T.D.S. level won’t cause damage but will make the chlorine a lot less efficient and the cost of chemicals will be more.
Conditioner: Made from Cyanuric acid and is used to preserve chlorine levels in the water. The ideal range is 40 to 80 ppm. Test for this chemical with a Cyanuric acid test kit. Not used with Bromine
Algaecides: Kills algae. Identify the color of the algae and the location of the algae. Common colors in California are Green algae, Yellow (mustard) algae, and Black algae.
Scale: Deposits of calcium on the tile and plaster, caused by high pH.
Items Needed:
Where to Buy: Purchase these items from a POOL SUPPLY…..NEVER PURCHASE SPA CHEMICALS FROM HARDWARE STORES!!! Their products aren’t as good.
Weekly Maintenance:
Test spa water with test strips (designed for use with Bromine)
Check the reading of the pH and Total Alkalinity first.
pH: Measurement of 7.4 to 8.4 is ideal for Bromine. If it is higher don’t worry. If it is lower add 1 ounce of Spa Up, allow water to circulate for 15 minutes and re-test. Repeat if necessary up to 3 times in 24 hours. Drain spa if it will not stabilize.
Total Alkalinity: Readings of 110ppm to 160ppm are ideal. If the readings are below 80ppm drain the spa.
If the pH and Total Alkalinity are OK, proceed to next step.
With a Bromine sanitized spa it will be very simple to maintain fresh clean water.
A reading of 5.0 or better, you have plenty of Bromine.
If the Bromine Level is too high just remove floating bromine dispenser (the floater) for 24 hours and retest.
A Low level of Bromine (below 3.0 ppm). Verify that the floater has tablets 3 to 4. Set to # 3 or # 4 on the side of the floater are numbers. Close the floater exposing the numbers. Lock in place with locking ring. Add tablets if necessary.
Adding 1oz of Non-Chlorine Shock (Renew) will instantly activate the Bromine in the water and you will have a healthy Bromine Reading (above 3.0).
Always add chemicals with the filter on. Always wait 15 minutes before you add additional chemicals
Tips:
For More Info Call Spa Covers Etc. 949) 496-2883… ask for Chris
A hot tub cover has many benefits. If your spa / hot tub is made of fiberglass or acrylic, you MUST cover it because the sun’s UV rays will damage all areas above the waterline. “Spider web” type cracks will begin to appear and they will eventually turn into cracks that cause the tub to leak. For more information about portable spa covers click here https://www.spacoversetc.com/portable-spa-covers/
Plaster Spas (aka Gunite)
Reasons To Cover Your Spa / Hot Tub
Typically, hot tub covers will have a life-span of 4-6 years. In addition to exposure to the elements (i.e. smog, direct sunlight, rains, snow, etc.) they are also bombarded by the fumes from sanitizing chemicals (i.e. chlorine, bromine, ozone, etc.).
Measure the spa/ hot tub (not the old cover). I do not recommend ordering using the Make, Model & Year.
Your measurements will provide the Hot Tub Cover manufacturer the exact size. Best of all, you will be able to verify that the order is correct when the hot tub cover arrives.
You will need:
Click here for a complete “how to measure spa” guide https://www.spacoversetc.com/how-to-measure-a-spa/
Colors
Our spa covers, Jacuzzi and hot tub covers, are available in 16 vibrant colors. All colors have UV protection built into the vinyl to help prevent fading.
Click here to see all available colors https://www.spacoversetc.com/spa-cover-colors/
Foam Core
You just need to decide which foam core is best for your scenario.
Your new spa cover will keep dirt and debris out of the water. It will protect the chemicals from U.V. exposure. If locked,It will keep children out of the spa. BEST OF ALL, it will keep the spa hot and ready to use.
Spa owners that keep the spa heated and ready to go this is the MOST important decision when purchasing a new spa cover; WHICH FOAM CORE DO I NEED? Do I need the 4”x 2” or the 5”x 3” and what’s with the 6”x 4”?
The numbers reflect the thickness and the taper (slope/pitch). Most of the spa covers that we sell are 4”x 2” meaning that they are 4” (four inches) thick and they taper to 2” (two inches) this allows for rainwater to run off the cover. The key here is the 2” (two inch) taper (I can’t believe how often I see flat foam spa covers).
Super Foam 5”x 3” is available for EXTREME situations. For instance, to protect against heavy snow loads. In-ground spas that may be stepped on may want to consider Super Foam. Note ** they are thicker but they are HEAVIER. And the 4”x 6” is almost double the foam weight as our 4”x 2”. The main thing all of these foam types have in common is the 2” (Two inches) of taper.
You will need to choose the foam density. The 1.0lbs (one pound) foam density (aka standard) is the lightest and is recommended for warm climates.
We recommend the 1.5lbs (one & half pound) foam core for its added insulation. The price increase pays for itself thanks to the reduced heating costs.
The 2.0lbs (two pound) foam is BEST for cold climates and areas that have snow. This cover is great for in-ground applications.
Super Foam 5”x 3” is BEST suited for extreme snow climates or for dogs that insist on lying on the spa cover.
By the way, did we mention that we offer the ONLY 5”x 2” spa cover? Our cover features a full 3.0” (three inches) of taper for the BEST water run-off. Recommended for areas with rain and snow. Check out the Ultimate Waterfall Spa Cover here https://www.spacoversetc.com/portable-spa-covers/
Call today for more information 949.496.2883 – Ask for Chris
Order online (covers up to 96”) https://www.spacoversetc.com/portable-spa-covers/
For larger spa covers over 96” and for spas with free-formed shapes, please call for a quote 949-496-2883.