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Go Green!

Go Green!
The natural process to polish your marble.
by Glenn Kiyan Of Advanced Stone Restoration Hawaii
edited by Steve Patrick


In an earlier article, "Crystallization of Marble - The bad, the worse, and the ugly", I described the adverse effects of marble being polished incorrectly. In this article the correct and ecological choice of polishing marble is explained.

Polishing of stone is to attain a high shine by use of fine abrasives. Most craftsmen will use diamond abrasives to resurface an area and make it scratch-free and to remove etch marks.

To acquire a true polished or honed surface, the imperfections must be grinded or sanded to the level of the damage. Depending on the depth of damage will reflect on how many steps will be needed for the repair.

Below are all the steps listed for a full natural stone restoration. Most jobs usually require the last two steps of honing and polishing. Only an experienced specialist could recognize the proper order needed to achieve the desired finish.

Step 1:
De-lippage & Flattening: This process is usually recommended when the stone was was installed incorrectly. Lippage is the term given to uneven tiles that are set higher than one another. De-lippage/ground in place is recommended when the lippage exceeds 1/8 of an inch or if one desires to have a completely flat floor

Step 2:
Grinding: A very aggressive process using metal-bonded and diamond grits to remove deep scratches and lippage. Performed by using a heavily weighted floor machine with water, this process is typically dust free. The goal is to flatten the floor.

Step 3:
Honing: Similar to grinding, but not as aggressive. The grits and materials are not as coarse as those used when grinding. Honing will remove minor to moderate scratches and etch marks.

Step 4:
Polishing: Completed after the honing phase. A series of higher diamond grits are used. Diamond grit compounds in a powder or paste form may also be used to simulate higher grits. Using natural fiber pads or polyester pads and a floor machine, a final powdered abrasive mixed with water produces a slurry. This slurry is worked into the stone to produce a high shine.

Most natural polishing powders contain the active ingredient oxalic acid. Oxalic acid, also known as potassium oxalate, is an organic acid that is naturally occurring in many readily available plants. Hence, the term “natural polish”.

Along with oxalic acid, other natural ingredients may be mixed in the polishing powder. These ingredients may or may not include aluminum oxide, pulverized flake shellac, and organic resins. Depending on the content of calcite within a stone, a professional stone specialist can determine how to modify these ingredients to produce optimal results.

The difference between crystallization and the natural process is the resulting compound is not changed into something other than calcite. Using the natural and ecological process to polish marble and other calcite based stones, a natural finish allows the stone to breathe and not suffocate. The stone is allowed to extract moisture from the air when it becomes dry, and also push excess moisture when it becomes to wet.

Stone professionals using the natural process extends the life of your marble and other calcite based stones such as travertine and limestone. A long lasting beautiful and easy to maintain polished floor is the end result.

For a list of qualified stone restoration companies, please visit the Stone Repair Network website at www.stonerepairnetwork.com.

 

Case Study 1 & 2

Tab 1

Travertine Floor Polishing

Our experienced stone specialist can identify problems and  have corrective solutions. Learn more...

Tab 5

 

Granite Restoration

Advanced Stone can restore badly maintained flamed granite floors. Learn more...

Case Study 3 & 4

Tab 1

Limestone Polishing

ASR Hawaii resurfaced the limestone floors to remove etch marks & stains, then polished to a better-than-factory shine.   Learn more...

Tab 5

 

Marble Floor Polishing

The standard phases of professional marble polishing include: prepping, grinding, honing, polishing, & sealing. Learn more...

Case Study 5 & 6

Tab 1

Travertine Etch Removal

For calcite based floors, whether sealed or not, etching occurs when the acid reacts to the calcium in the travertine.       Learn more...

Tab 5

 

Travertine Rust Removal

Pots and plants with metal holders can leave rust stains. Resurfacing and/or chemicals are needed. Learn more...

Case Study 7 & 8

Tab 1

Granite Repair

Granite repairs come in all shapes & sizes. The good news is granite can be repaired to factory condition, if not better. Learn more...

Tab 5

 

Marble Chip Repair

Accidents happen. Luckily, if its natural stone, it can be repaired.  Learn more...

Case Study 9 & 10

Tab 1

Re-leveling Marble

This threshold needed to be re-leveled and polished back to factory finish as if there was never any problem.  Learn more...

Tab 5

 

Travertine Restoration

Advanced Stone Restoration flattened the floor to remove extreme lippage between tiles.   Learn more...

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