Table of Plain SNI Concrete Iron Weight will be very useful especially for those of you who are or will build a building and require accurate price estimation to reduce unnecessary costs. You need to know the table of SNI concrete iron weight, help convert prices per kg to price per stem and of course know the standards used in Indonesia.
Advantages of using Concrete Iron:
1. Concrete iron helps provide a foundation for a building to be stronger and erect according to construction.
2. Concrete iron can withstand high temperatures, making it suitable for multi-storey buildings (hight rised building).
3. After becoming a building, the maintenance costs are quite low, so the efficiency obtained is quite high.
4. Concrete iron has a high structural strength, so that after it has been built, it is very difficult to scour, according to the return.
Type of Concrete Iron
In general there are two types of concrete iron, namely plain iron and deformed bars. Plain iron has a smooth and smooth surface and a round shape. Screw iron, as the name implies, has a surface shape such as fish fins (twisting) or regular fins such as bamboo, with different patterns depending on the manufacturing plant.
Advantages of Concrete Iron:
1. Iron Concrete structure is very sturdy
2. Concrete iron has a higher compressive strength than other construction materials.
3. Concrete iron is more durable and durable without losing its resistance to load. This is due to the cement compaction process which is increasingly petrified.
4. Concrete iron has a high resistance to fire and water. Because if the Concrete Iron is exposed to water it does not rust and if it is exposed to fire, the structure with a certain immunity to cover will only be damaged on the surface.
5. Concrete Iron Cost-effective for the use of bridge pedestal materials, basement walls, site foundations and the like.
Lack of Concrete Iron:
1. The length of time the ironwork is working
2. Too many concrete properties and mix-proportions and also stirring.
3. Concrete iron has a quality that varies depending on the manufacturing qualifications.
4. Low tensile strength in concrete iron. Therefore it is necessary to use tensile reinforcement.
5. Concrete iron is difficult to control the concrete pouring and treatment process with maximum accuracy. This in itself does not apply to the process of producing other structural materials.
