Pavers for your Driveway, Patio or Pool Deck

Installing a new paver driveway or replacing old concrete walkways are a great way to beautify a home or business in Jacksonville. While it will not only beautify your property it will help increase property value. Pavers come in many different designs, colors and textures, allowing you to fit any theme or personal design look.

Paving stones have always been a popular hardscaping choice among homeowners because they’re extremely durable, last a long time, have a great look and have many different uses around the property. Whether you’re looking to redesign a pool deck, walkway, driveway or improve the patio, pavers are an ideal solution.

Our Favorite Paver Manufacturers

As a homeowner, finding the best pavers for a driveway, pool deck or walkway is an important step in starting your project. There are many different paving manufacturers to choose from, and finding the right one is often a difficult task.

At Jacksonville Pavers, we’ve installed thousands of pavers on thousands of properties. Here are the top pavers for a driveway, pool deck or patio:

Angelus Paving Stones

Since 1946, Angelus has been one of the top permeable paving manufacturers. Their wide selection of permeable paver colors, textures and styles will give you many versatile design solutions.

This manufacturer is a top choice to consider if adding permeable pavers for a new driveway on your Jacksonville property.


Whether you’re looking to add some old world charm or contemporary flare, Belgard offers a variety of concrete pavers perfect for driveways, walkways and patios. Their pavers come in different styles, shapes and tones to help you add zest to your property.


Pavers can be installed to enhance the look and feel of almost any outdoor area. Here are different ways you can use paving stones to customize the look of the common areas on your property:



Pool decks


Outdoor steps or walls

Parking lots

You can choose from particular brands and colors that you can have when making upgrades to your home.

We can help provide some guidelines to help narrow down the long list of paver materials and provide you with reputable, high quality pavers in Jacksonville.

Having A Company Design And Install Pavers in Jacksonville

Installing new pavers for outside areas on your property is an important investment. It’s easy to find dozens of paving companies in Jacksonville and the surrounding area, but choosing the right one is often more difficult. Knowing what to look for in a paving contractor is an important first step in choosing the right company for your next project.

At Jacksonville Pavers, our team of paver designers have years of experience helping not only individual property owners, but even homeowners associations find the right pavers for their projects.

We know that every paver project is unique, and we have the experience handling large projects with a personalized touch. We’ll guide you through the entire process from choosing the best pavers to design and installation, and we’ll answer all of your questions along the way.

When you work with Jacksonville Pavers, we encourage you to browse through paving manufacturers catalogs, see physical samples and look at other projects in the area. We’ve installed tens of thousands of projects in Jacksonville, Orange Park and the surrounding areas of Florida, and we’d love to help you with yours.

What Are The Most Common Uses for Aluminum in North America

Aluminum is one of Earth’s most abundant metals. Few come close to its performance. The popularity of aluminum comes down to its many benefits – lighter than steel without losing any strength, corrosion-resistant, durable, ductile, malleable, conductive, and odourless.

See the Most Common Uses for Aluminum in North America

Another large part of why dozens of America’s top industries use aluminum in their products is because it’s environmentally friendly, 100% recyclable, and doesn’t lose any of its strength in recycling. The most common uses of aluminum come down to 4 of our biggest industries.


Aluminum has 63 percent of the electrical conductivity of copper, something which makes it perfect for long-distance power lines in addition to its lightweight. Aluminum can form wire significantly easier than copper. Its corrosion resistance also adds some weather and climate protection. Aluminum is used in a wide variety of electrical products and designs, from motors to appliances, power systems, television antennas, satellite dishes, and some LED bulbs.

Consumer goods.

Aluminum is most frequently seen by the general population in consumer goods. Smartphones, laptops, tablets, and flat-screen TVs are all made with aluminum, which has high functionality as well as being high-tech looking, sleek, and sophisticated. Aluminum’s also a big material for Apple products, like iPhones. It’s used in the furniture like tables, chairs, lamps, and home décor, as well as pots and frying pans. Most iconically, aluminum is seen in soda beverage packaging having been used since 1967 by brands Coca-Cola and Pepsi.


Construction makes use of aluminum because the material requires virtually no maintenance in large part because of its corrosion resistance. Thermally efficient, construction aluminum keeps buildings cool in summer and warm in winter. It can be cut, curved, and welded with ease, allowing architects to design whichever shape they please and create some truly inspiring buildings. Aluminum’s greatest application in construction, used in 1931, is the Empire State Building in New York City. Today, aluminum is used in almost all major commercial building constructions in one way or another.


Transportation aluminum has an excellent strength-to-weight ratio, allowing vehicles to move easier and providing better fuel efficiency. With transportation aluminum, its alloys mix in with other metals. The automotive industry, some experts have said, will increase aluminum use in a car by 60 percent within the next five years. Cutting down on friction resistance, high-speed rail and subway systems worldwide also use aluminum. Lastly, it’s used in airplane and aerospace manufacturing as well as for the reasons mentioned.

Is that it?

There’s no other metal or material that has the adaptability and eco-friendliness that aluminum does. Plastic may come close however it does not carry the same environmental sustainability rating as aluminum does. Looking around, you’ll find aluminum is used alongside stainless steel, alloy steel, galvanized steel, brass, bronze, and copper to make some of the most well-known products. It can be cut in so many different ways and its benefits are so varied.

Aluminum could very well be the ultimate construction material of the twenty-first century, as it’s used in almost everything we use and which is around us. For the sake of our transportation, consumer goods, construction, and electrical, the world wouldn’t be what it is today without aluminum.

Is Aluminum Easy or Difficult To Weld?

Welding aluminum requires specific techniques, shielding gasses, specifications, and pre-weld and post-weld processing compared to other materials. Thankfully through the correct application, aluminum can be welded with ease as long as one ensures they are using the recommended method.

Aluminum can be difficult to weld for various reasons. Alloys such as 6061 experience solidification cracking when welded without a filler metal, for example. Alloys like a 6061 used with a 6061 filler metal can result in weld failure, highlighting the need to select the right filler metal.

Another challenge with aluminum is feeding. When a mechanical wire feeding process is used, additional special drive systems will be needed to ensure the aluminum does not buckle and tangle.

There are also other things to weigh when it comes to how to weld aluminum. Aluminum has greater thermal conductivity than steel which means full penetration may not occur in welding until the weld has progressed far enough from the start, otherwise known as a ‘cold open’. Aluminum is susceptible to crater cracking also requiring craters to be filled in so that failure doesn’t occur at the tail end of a weld.

There are 4 types of welding used for aluminum. There’s GTAW/TIG, GMAW/MIG, laser beam & electron beam welding, and resistance welding.


Gas tungsten arc welding (GTAW), sometimes referred to as ‘tungsten inert gas welding, is the most popular welding process used with aluminum. GTAW is a recommended choice for aluminum as it does not require mechanical wire feeding. In its place, filler material is fed by the welder with his hand. GTAW welding on aluminum is also known as very clean with prevents unintended contamination.


Gas metal arc welding (GMAW), otherwise referred to as ‘metal inert gas’ welding has higher deposition rates and faster travel speeds than GTAW. The drawback is that it does use a mechanical wire feeding system, requiring a push-pull gun or spool gun. It’s key with GMAW aluminum welding not to use 100% CO2 or 75% Argon/25% CO2 shielding gas. Although these gases are excellent for steel, aluminum cannot handle reactivity.

Laser beam and electron beam

Beam welding can handle aluminum, in many cases. The power density of beam welding processes is high, which thankfully means cold starts aren’t usually a concern. With laser welding, material light reflectivity can be something to weigh. Shielding gas optimization is also recommended to eliminate the risk of porosity.

However, in electron beam welding, you don’t encounter the same issues as the process does not use light as an energy medium.

Resistance welding

Resistance welding is the least likely method of welding aluminum as difficulties can arise in the electrical and thermal conductivity of the material. Parameter development time can be significant and special resistance welding equipment may be required to overcome these challenges.

Processes not recommended for welding

For welding aluminum, other than the aforementioned 4 processes, it is rare for other welding processes to be recommended. Stick welding, flux cored arc welding, and submerged arc welding are not effective ways of treating aluminum. Oftentimes, these methods create large amounts of porosity which is not preferred.

The type of welding used on aluminum matters a lot. Welding aluminum with the wrong specifications can easily result in failure. Any welder working with aluminum always wants to ensure best practices are being followed.