There are plenty of decking options for your fiberglass pool area: natural stone, deck pavers, tile, stained and stamped concrete or even wood-grain composite. The biggest trend today is towards decorative stamped concrete decks. Here are some reasons why:
Stamped Concrete Looks Great
Since stamped concrete opens the door to many different looks, it is easy to complement the exterior of the home and the outdoor environment. Different techniques allow to replicate even expensive materials such as slate and stone. The design choices are plenty and will give your pool a unique look.
Stamped Concrete is Functional
No matter which kind of texture you choose, with stamped concrete the area around your pool will provide a safe, comfortable and non-slippery surface for sun-bathing, barbecuing and even for kids, who love to jump in the pool. Another advantage is, that the concrete is very flexible to apply, allowing many different looks and designs.
Stamped Concrete is Durable
Did you know, that concrete was already used in ancient Rome? We know from experience, that stamped concrete in our days is one of the more durable surfaces you can choose. It also is the perfect choice for resurfacing projects.
Stamped Concrete is Affordable
If you just love the look of stone, but are looking for a more cost-effective solution; stamped concrete is the best option for you. Due to the wide spectrum of colors and patterns almost any other surface can be resembled – at just a fraction of the cost.
Designing landscapes and swimming pools is what I do. So it should come as no surprise that I can visualize the project before it's even started. That being said, when it comes to landscape design there are so many variables that it may take several attempts to get the design exactly the way the client wants. This is where designing in 3D helps you - the client - visualize what I am talking about.
For instance when I design an outdoor kitchen grill area would you rather see this:
Even though both pictures represent the exact same thing it is much easier to see the look I am going for in the bottom picture. That is because you don't have to imagine things like the counter overhanging the stools, you can see it.
Check out the video below walking you through a drawing. This will give you a sense of the creative process I use for designing outdoor living areas for my clients. And as always if you would like us to come out and give you a complimentary consultation all you have to do is ask.
Let’s face it – when it comes to a custom designed landscape or swimming pool project, being able to visualize the project first in 3D is the difference between really knowing what you are going to get and not. Traditional Landscape design plans and pool builder drawings leave much to be desired. Our 3D computer software takes over where traditional 2D blueprints leave off. Now, with our advanced software it is possible to have the feeling of walking through your finished project right at your kitchen table. We will gladly travel to your home in Dutchess County, NY - Orange County, NY or Westchester County, NY and perform a “measure call” to size up your project and discuss all of your design requirements.
When we come back with your proposal you can see your design concept in 3D for all of the outdoor living areas we build including swimming pools, waterfalls, outdoor kitchens and grills, pergolas, fountains, paver and natural stone patios, steps and retaining walls along with all of your plantings which will show the different layers of your garden as it will be in the real setting. Retaining walls, walkways, patios, steps and elevation changes are shown in true to scale 3D so you can fully understand the spatial relationship of each structure. With the twilight and night time modes you will understand the different evening lighting effects, a great way to eliminate hot and cold spots in the landscape and get the most functional landscape lighting package.
With the 3D virtual tour you will see how spaces accommodate furniture, foot traffic and accessibility or if the pool or patio is too large or too small. In seconds you can see how adding or subtracting area affects a space, ensuring your finished project is exactly what you want.
Thank-You for reading my blog! Please feel free to comment or call me directly at 845-283-8787.
Jamie Albert Snyder
This picture shows the project before we did any work. The house is located in Dutchess County, NY between Hopewell Junction, NY and Fishkill, NY.
Above is a landscape design that out designer came up with for a client.
This picture shows the finished product from pur design concept drawing. You can see how closely the project resembles the 3d rendering.
I have seen pavers cut many different ways. I will describe three of the ways here. I only use one of these three.
First you have to know where you want to cut. Let’s say for example you have a walkway and you want to incorporate some curves to make a beautiful meandering pathway. Chances are if you freehand this aspect it will not look great. So I would say that the first thing to get right is your curve. My favorite method is to calculate the actual radius of the cut you want and use a string and a marker to create the line. Sometimes in a situation where the radius point is in a location that a line cannot be stretched to I will use flexible PVC conduit and some weights (extra pavers) to hold the conduit down then trace the conduit with a marker. This method works just as well if you take the time to do it. Remember to keep your inside and outside curves the same and again take your time.
Also Safety is key here. I have 2 eyes, 2 lungs, and 10 fingers. I like them all. Use eye protection, watch your fingers and wear a respirator while cutting. Breathing the dust in will kill you - yes for real. It's bad stuff!
Now let’s assume you have your curves laid out. How should you cut it?
There are 3 main ways of cutting pavers.
1. “Snap” or “break” – This is done by taking a paver and either breaking it with a chisel and hammer or placing it in a brick breaker or block breaker. Depending on the look you are trying to achieve this may be acceptable. I want tighter joint spacing than these tools will provide.
2. Demo saw on ground – When I first saw this method about 15 years ago I could not believe it. I was working on a walkway and another contractor was working on a walkway across the street. We both started at the same time and just as I was ready to lay pavers he was getting ready to cut. Now I knew why – he used half as much base material as me. Now here he was getting ready to cut pavers and out comes the demo saw. I was in shock, It was like someone just came and was going to teach me a new sectret. So I went right over and introduced myself and watched. Well, boy was I let down. These were the worst cuts I have ever seen. Fast, but just horrible looking. From time to time I see guys doing this and if I get the chance I’ll stop and look. I have yet to see one cut out with a demo saw that looks awesome. It’s just not possible to cut a smooth curve with a 14” blade.
3. Pick it up and use a diamond blade table saw – This is the way to go. You have total control of how you follow your line and it just looks great in the end. Look at the picture below. No jagged lines in the curves, nice even flare, and no sliver cuts or triangles in the soldier course. This is the only method I use.
This is a question that I get all the time.
I'll start out with that I install both. Being certified by the ICPI (Interlocking Concrete Pavement Institute) and the NCMA (National Concrete Masonry Association) I feel that I can speek intelligently on this topic.
Just as most things - there are pluses and minuses to both.
And just as most things - poorly installed products will function poorly as well.
Pavers in the Unites States are only considered a paver if they meet requirements set forth by the ASTM (American Society of Testing and Materials). Their web address is http://www.atsm.org/. The current Paver Classification is ASTM C936.
To be a paver it must have the following characteristics:
- An average compressive strength of 8,000 psi or greater
- An average absorption no more than 5%
- Resistance to at least 50 freeze-thaw cycles with average material loss not exceeding 1%
- Conformance to abrasion resistance tests
- A length to thickness ratio of no more that 4:1 (that's right a paver that has a side longer that 4 times it's height is no longer a paver - it's just a slab of concrete)
- Unsightly pavers can be replaced (I once had a customer spill rusty water on some)
- They can be picked up to allow for a utility line or pipe to be repaired, and then placed back down and no one would ever know the difference
Concrete (this is true of many different types of concrete - stamped, textured, exposed aggragate etc...)
- Concrete is ordered by the contractor usually between 3500 - 4500 psi and a slump of between 3-7, I like 5 or 6 depending on the weather
- Cracking of concrete is a feature not a flaw
- Different batches of concrete may be different colors
- Unless you have samples taken (think large projects and state jobs) quality control is a mixed bag
- placing something as simple as a wire or pipe underneth can require expensive saw cutting and / or jack hammering
Now that you know a little about the two, lets talk about which is better when.
Poured concrete is great at taking compression loads just not as great at taking tensile loads. For example concrete makes excellent footings for decks - in fact I would say the best. Poured concrete is also great for foundation walls. The walls will surely develop cracks but usually that is acceptable for a basement. And when it is not acceptable such as in a finished basement the walls are covered up anyway.
What it is not good at is being poured 4" thick and being driven on. It's not that you can't do it, it's just next to impossible to stop it from developing cracks. Have you ever heard of the saying - "Step on a crack - break your mothers' back". Try walking down a sidewalk and not seeing a crack.
This is a picture of stamped concrete with a crack in it!
Now what are pavers good at and why?
Pavers are great at taking those loads. They do this because of the way that they interlock in 3 different ways.
- Horizontal interlock - this is the pavers ability to resist side to side shifting movement, it is created by the pattern of the pavers allong with the tightness of that pattern and at the edges of the project edge restraints. They can be aluminium edge restraints specifically designed for this application set in place with 12" spikes. Edge restraints can also be the concrete foundation that the patio is up against, a curb etc.
- Vertical interlock - this is the pavers ability to resist moving either up or down. Vertical interlock is primarily achieved by the tightness of the pattern and the quality of the preperation of the sub-base and base materials inder the pavers.
- Rotational interlock - this is the pavers ability to resist rotating. We've all experienced stepping on a piece of flag stone only to have one side lift up. That is the flag stone rotating. Creating this type of interlock is achieved through the tightness of the pattern and the ratio of the paver height to length. That's why flagstone lifts, no rotational interlock.
Pavers are also good at being low maintanence - just a few cleanings a year with a blower will keep them looking great! And by the way properly installed pavers will not have weeds growing through them. Buy that's a whole blog atricle in itself.
Still don't believe how strong pavers are? Below is a Driveway that we built and drove a 70,000 pound truck on it just 2 days after construction. And we drove it right to edge.
Tri-axle dump truck loaded - 70,000 plus pounds