RockSolid Custom Concrete
Www.rocksolidcustomconcrete.net
8165087909
Stamped Concrete Overlays
Resurface existing concrete with a stampable concrete overlay
A stamped overlay offers all the aesthetic benefits of conventional stamped concrete but is applied over existing concrete. Stamped concrete overlays allow you to duplicate the beauty and texture of natural stone, brick, slate, wood, and other materials without having to replace your concrete.
A stamped overlay can be used indoors or outdoors to recreate
the look of natural stone, brick, slate, or even wood.
Stampable overlays can be used on existing interior or exterior surfaces. They are especially popular for refreshing the appearance of driveways, patios, walkways and pool decks. Nearly any color can be added to stamped concrete overlays, making your options unlimited when it comes to color and design.
A stamped overlay will be incredibly durable and easy to maintain if applied properly. Your existing concrete surface will need to be prepared in order for the overlay to adhere successfully. Surface preparation includes thorough cleaning, repairing cracks, and profiling (which gives the concrete "grab").
If the concrete is in bad shape, with many cracks or severe settlement, resurfacing may not be a viable option.
Other Resources:
Stamped Concrete Overlay Transforms an Ugly Entryway
Pattern and Design Options for Stamped Concrete
Return to Concrete Resurfacing
Visit www.prolinestamps.com for stamp patterns that are available.
We service a wide area!!!
Installing concrete resurfacing in Columbia Missouri, Jefferson city, lake of the ozarks, sunrise beach, rolla, warrensburg, moberly, Macon, Chillicothe, Sedalia mo, north Kansas city, liberty mo, lee summit, Independence mo, st.louis
Call us today for free consultation...
We are more than happy to help in anyway possible..
Thanks in advance....
Wednesday, April 25, 2012
Tuesday, April 24, 2012
St Louis Concrete Polish Hypertech Concrete Polishing/RockSolid Custom Concrete
RockSolid Custom Concrete
Call 816-508-7909
Visit us on the web at www.rocksolidcustomconcrete.net
www.gohypertech.com
A polished concrete floor has a glossy, mirror-like finish. The design options for polished concrete are vast. You can choose nearly any color, create patterns with saw cuts, or embed aggregates or interesting objects into the concrete prior to polishing. The reflectivity of the floor can also be controlled by using different levels of concrete polishing. Polished concrete is popular in commercial buildings because it is easy to maintain. Maintaining polished floors requires dust mopping and occasional use of a cleaning product.
Simply put, polishing concrete is similar to sanding wood. Heavy-duty polishing machines equipped with progressively finer grits of diamond-impregnated segments or disks (akin to sandpaper) are used to gradually grind down surfaces to the desired degree of shine and smoothness.
Polishing Process
The process begins with the use of coarse diamond segments bonded in a metallic matrix. These segments are coarse enough to remove minor pits, blemishes, stains, or light coatings from the floor in preparation for final smoothing. Depending on the condition of the concrete, this initial rough grinding is generally a three- to four-step process
The next steps involve fine grinding of the concrete surface using diamond abrasives embedded in a plastic or resin matrix. Crews use ever-finer grits of polishing disks (a process called lapping) until the floor has the desired sheen. For an extremely high-gloss finish, a final grit of 1500 or finer may be used. Experienced polishing crews know when to switch to the next-finer grit by observing the floor surface and the amount of material being removed.
During the polishing process an internal impregnating sealer is applied. The sealer sinks into the concrete and is invisible to the naked eye. It not only protects the concrete from the inside out, it also hardens and densifies the concrete. This eliminates the need for a topical coating, which reduces maintenance significantly (versus if you had a coating on it). Some contractors spread a commercial polishing compound onto the surface during the final polishing step, to give the floor a bit more sheen. These compounds also help clean any residue remaining on the surface from the polishing process and leave a dirt-resistant finish.
You can polish concrete using wet or dry methods. Although each has its advantages, dry polishing is the method most commonly used in the industry today because it's faster, more convenient, and environmentally friendly. Wet polishing uses water to cool the diamond abrasives and eliminate grinding dust. Because the water reduces friction and acts as a lubricant, it increases the life of the polishing abrasives. The chief disadvantage of this method is the cleanup. Wet polishing creates a tremendous amount of slurry that crews must collect and dispose of in an environmentally sound manner. With dry polishing, no water is required. Instead, the floor polisher is hooked up to a dust-containment system that vacuums up virtually all of the mess.
Many contractors use a combination of both the wet and dry polishing methods. Typically, dry polishing is used for the initial grinding steps, when more concrete is being removed. As the surface becomes smoother, and crews switch from the metal-bonded to the finer resin-bonded diamond abrasives, they generally change to wet polishing.
Step-by-Step:
Remove existing coatings (for thick coatings, use a 16- or 20-grit diamond abrasive or more aggressive tool specifically for coating removal, such as a T-RexTM).
Seal cracks and joints with an epoxy or other semi-rigid filler.
Grind with a 30- or 40-grit metal-bonded diamond.
Grind with an 80-grit metal-bonded diamond.
Grind with a 150-grit metal-bonded diamond (or finer, if desired).
Apply a chemical hardener to densify the concrete.
Polish with a 100- or 200-grit resin-bond diamond, or a combination of the two.
Polish with a 400-grit resin-bond diamond.
Polish with an 800-grit resin-bond diamond.
Finish with a 1500- or 3000-grit resin-bond diamond (depending on the desired sheen level).
Optional: Apply a stain guard to help protect the polished surface and make it easier to maintain.
A polished concrete floor has a glossy, mirror-like finish. The design options for polished concrete are vast. You can choose nearly any color, create patterns with saw cuts, or embed aggregates or interesting objects into the concrete prior to polishing. The reflectivity of the floor can also be controlled by using different levels of concrete polishing. Polished concrete is popular in commercial buildings because it is easy to maintain. Maintaining polished floors requires dust mopping and occasional use of a cleaning product.
Simply put, polishing concrete is similar to sanding wood. Heavy-duty polishing machines equipped with progressively finer grits of diamond-impregnated segments or disks (akin to sandpaper) are used to gradually grind down surfaces to the desired degree of shine and smoothness.
Polishing Process
The process begins with the use of coarse diamond segments bonded in a metallic matrix. These segments are coarse enough to remove minor pits, blemishes, stains, or light coatings from the floor in preparation for final smoothing. Depending on the condition of the concrete, this initial rough grinding is generally a three- to four-step process
The next steps involve fine grinding of the concrete surface using diamond abrasives embedded in a plastic or resin matrix. Crews use ever-finer grits of polishing disks (a process called lapping) until the floor has the desired sheen. For an extremely high-gloss finish, a final grit of 1500 or finer may be used. Experienced polishing crews know when to switch to the next-finer grit by observing the floor surface and the amount of material being removed.
During the polishing process an internal impregnating sealer is applied. The sealer sinks into the concrete and is invisible to the naked eye. It not only protects the concrete from the inside out, it also hardens and densifies the concrete. This eliminates the need for a topical coating, which reduces maintenance significantly (versus if you had a coating on it). Some contractors spread a commercial polishing compound onto the surface during the final polishing step, to give the floor a bit more sheen. These compounds also help clean any residue remaining on the surface from the polishing process and leave a dirt-resistant finish.
You can polish concrete using wet or dry methods. Although each has its advantages, dry polishing is the method most commonly used in the industry today because it's faster, more convenient, and environmentally friendly. Wet polishing uses water to cool the diamond abrasives and eliminate grinding dust. Because the water reduces friction and acts as a lubricant, it increases the life of the polishing abrasives. The chief disadvantage of this method is the cleanup. Wet polishing creates a tremendous amount of slurry that crews must collect and dispose of in an environmentally sound manner. With dry polishing, no water is required. Instead, the floor polisher is hooked up to a dust-containment system that vacuums up virtually all of the mess.
Many contractors use a combination of both the wet and dry polishing methods. Typically, dry polishing is used for the initial grinding steps, when more concrete is being removed. As the surface becomes smoother, and crews switch from the metal-bonded to the finer resin-bonded diamond abrasives, they generally change to wet polishing.
Step-by-Step:
Remove existing coatings (for thick coatings, use a 16- or 20-grit diamond abrasive or more aggressive tool specifically for coating removal, such as a T-RexTM).
Seal cracks and joints with an epoxy or other semi-rigid filler.
Grind with a 30- or 40-grit metal-bonded diamond.
Grind with an 80-grit metal-bonded diamond.
Grind with a 150-grit metal-bonded diamond (or finer, if desired).
Apply a chemical hardener to densify the concrete.
Polish with a 100- or 200-grit resin-bond diamond, or a combination of the two.
Polish with a 400-grit resin-bond diamond.
Polish with an 800-grit resin-bond diamond.
Finish with a 1500- or 3000-grit resin-bond diamond (depending on the desired sheen level).
Optional: Apply a stain guard to help protect the polished surface and make it easier to maintain.
Sunday, April 1, 2012
Columbia Missouri concrete staining
RockSolid Custom Concrete
Www.rocksolidcustomconcrete.net
Call us today at 8165087909 for free consultation
Www.rocksolidcustomconcrete.net
Call us today at 8165087909 for free consultation
Stained concrete flooring expert.
We offer a wide variety of decorative concrete applications
Waterbased stains, acetone dyes, acid staining, alcohol stains, and metallic staining
Waterbased stains, acetone dyes, acid staining, alcohol stains, and metallic staining
We prep all floors using a lavina concrete polisher
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