So, which type of glass is suitable and safe for you? Let’s find out.
a. Non-tempered monolithic glass
You understand it because, in addition to being a single glass, it lacks any film (film for the coupling of the plates).
For safety reasons, we do not recommend using this type of glass because a single pane cannot guarantee safety.
b. Tempered monolithic glass
Inspite of tempering, the process of rapidly reheating and cooling glass (from 600 ° to 300 °) makes it four times more resistant than non-tempered glass. We do not recommend using this glass because it does not provide effective protection.
c. Laminated glass with non-tempered sheets
Depending on the intended use, the most common thicknesses are 10 + 10mm and 12 + 12mm. We only recommend this type of glass if the system you've picked (aluminum + glass) passes all of the tests required by the most recent legislation in effect (UNI 11678: 2017).
d. Laminated glass with tempered sheets
Depending on the proposed use, the most common thicknesses are 8 + 8mm, 10 + 10mm, and 12 + 12mm. It is the most common type of glass, but by selecting higher performing systems, you can reduce the thickness of the glass and thus save money while maintaining the same performance as glass with a higher thickness.
e. Laminated glass with 3 tempered sheets
Designed for a specific use, the most common thicknesses are 8 + 8mm, 10 + 10mm, 12 + 12mm, and 15 + 15mm. The three-plate system is only used when the construction manager requests it, such as in stadiums or other densely populated public places.
Remember that there are two types of film for all laminated glass, namely the plastic material with which the sheets are coupled once heated:
Soft plastic has no resistance after breaking, if all of the sheets break (a remote possibility), the glass of the parapet rests.
Rigid plastic is used to increase safety because if all of the sheets break, the glass of the parapet will remain standing to resist thrusts stretching from 40 kg / m to 80 kg / m.
Summary
As a result, we can conclude that the best glass to choose, excluding those to "not choose," does not exist. Instead, there is the appropriate glass for the system you select, which can have a significant impact on the performance and safety of the environment you are creating.
When compared to the choice of glass alone, the system chosen + glass inserted has a 99 percent importance. This is because the system, not the glass, must pass the test.