Posts

Showing posts with the label marble crystallization

Perfectly polishing marble floor just like a PRO…

Image
Marble polishing Marbles used in monuments, countertops, commercial buildings, home, and other forms a style statement highlighting rich architecture. The natural shine of marble adds brightness to your home or workplace and adds a new charm to the monuments. After a period of time, marble starts to fade its charm and luster over and needs proper maintenance at regular interval. The major part of floor maintenance includes the process of marble polishing . Marble polishing is a task that most people avoid but they are not left with any scope. There are plenty of marble polishing products available in the market but directly using them can lead to the damaging floor. Here in this blog, you will get to learn about different steps of marble floor polishing in detail that will help you in knowing the process better. Step 1: Floor Grinding   Floor Grinding Uneven marble installation or subfloor settlings results in an unevenness in flooring which is termed as lippage. O

Crystallization Floor Polishing in-depth:

Image
Floor Polishing Keeping the marble floor at the maximum gloss needs the process of crystallization floor polishing. Experts of floor polishing use this method for maintaining high sheen on marble flooring. Because it completely relies on chemicals, machines and techniques and homeowners cannot do this on their own. The commercial building needs more often marble floor polishing as basic maintenance than the floor of any residential property.     The process of crystallization: Before the crystallization process, any scratches (minor and major) are removed through machine attached to the industrial diamond disk. During the crystallization process, magnesium acid is properly sprayed over the marble flooring. Further, a floor polishing machine scrubs the acid over the marble and then further applies a different steel wool pad. While the process is in progress, the shine of marble is enhanced with the help of the frictional heat emitted from the machine and steel wool p