Double Charge Vitrified Tiles Vs Polished Glazed Vitrified Tiles (PVGT)

Tiles help to improve the appearance and beauty of the floors and walls of our house. A wide range of tiles is available in the market which frequently confuses us while making a selection.


Are you confused about the selection of Double Charge Vitrified Tiles and Polished Glazed Vitrified Tiles for your home?


Then you are in the right place today in this article we are going to do a detailed comparison of 
Double Charge Vitrified Tiles and Polished Glazed Vitrified Tiles(PGVT).

Also, read - Difference Between Ceramic and Vitrified Tiles

This is my promise after reading this article there will be no confusion in your mind about the selection of these two types of tiles.


So let’s start

Double Charge Vitrified Tiles Vs Polished Glazed Vitrified Tiles (PVGT)



1. Manufacturing process


For manufacturing of double charge, vitrified tile two kinds of colours are fed into the machine. The Press machine Prints 3 to 4 mm thick layers of a dual colour pattern on the upper portion of the tile. 


Whereas polished glazed vitrified tiles have 1 to 2 mm glazed layer and the top portion is digitally printed and polished to make it more Shinier. 


2. Printing 


In case of double charge vitrified tile design is a part of the body the design is penetrated into the surface Up to 3 to 4 mm. 


Whereas polished glazed vitrified tile has only 1 to 2 mm of glazed layer and on this layer, designs are digitally printed. 


3. Design 


In case of double charge vitrified tile, the process of manufacturing does not permit complex patterns hence the design patterns are limited. 


Whereas polished glazed vitrified tiles are available in a wide range of styles and designs. 


4. Thickness


Double charge vitrified tiles are  3 to 4 mm thicker than polished glazed vitrified tiles. 


Whereas the thickness of the polished glazed vitrified tile is less as compared to double charge vitrified tiles. 


5. Scratch Resistance 


Double charge vitrified tiles are more Scratch-resistant as compared to polished glazed vitrified tiles. Double charge vitrified tiles are good at hiding the scratches. 


Whereas polished vitrified tile has a glossy look which can be tampered with scratches. Hence the scratches are noticeable. 


6. Durability 


The upper layer of double charge Vitrified tile is thicker as compared to polish glazed vitrified tile it makes this style more durable and stronger than polished glazed vitrified tiles. 


7. Hardness 


Double Charge vitrified tiles are harder than polished glazed vitrified tiles. 


Whereas the hardness of polished glazed vitrified tile is less as compared to double charge vitrified tiles. 

8. Life 


In case of double Charge vitrified tiles, the patterns are printed passing through a double layer of pigments. The tile patterns are protected and last long when compared to polished glazed vitrified tiles. 


Whereas the life of polished glazed vitrified tile is less as compared to double charge vitrified tiles. 


9. Uses 


Double Charge vitrified tiles are ideal for high traffic areas like offices, commercial places, Airports, Malls, Hotels, Hospitals, Banks etc. 


Whereas polished glazed vitrified tiles are used for less traffic area. They are ideally used at home. 


10. Price 


The price of double charge vitrified tiles is more as compared to polished glazed vitrified tiles Their price starts from 50 rupees per square feet.


Whereas polished glazed vitrified tiles are cheaper as compared to double charge vitrified tile the price of polished glazed vitrified tile starts from 40 rupees per square feet. 


The rate depends on location size and thickness of tile manufacturer etc. 


Conclusion 


Both tiles have their advantages and disadvantages. Which one is best for you it depends on your need.


So, friends, I hope I have covered all the differences between  Double Charge Vitrified Tiles and Polished Glazed Vitrified Tiles in this article. If you find this article helpful please be sure to share it.


If you want to add any information which is missing in this article you can mention it in the comment section.


Finally Thanks! for reading this article.

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