The topography elevations, axles and floor elevations, which should be on each floor of the building where the production will be made, are sent to the project group by taking the survey work. The project group corrects possible errors between the two by overlapping their existing projects with the survey work. It makes the project available for production.
The survey work from the surveyor is overlaid on the current project, and if there is any glitch or error in the system, it is corrected. The 3D model is then finalized. After the 3D model, anchor system, manufacturing project, material cutting and hole marking sketches, and finally assembly sheets are taken respectively.
Survey Study Anchor elements coming from the project are manufactured in kits and shipped to the assembly site. Under the control of the surveyor, the burial anchors are placed on the axis and at the appropriate level the point to be considered here is that the anchorage system should be mounted in a solid and perfect manner so that it will not play during the concrete stage.
Steel Sandblasting Steel oxidizes over time when it comes into contact with oxygen. Rain water, sea water, humidity in the air and some acids accelerate this oxidation even more. Simply, this color change on the surface is expressed as rusting or corrosion. Rusting reduces the strength and resistance of steel. For this purpose, we must prevent the contact of the material with oxygen in order to use the steel material for years.
Silica: Silica sand, which has very fine varieties, is generally used when sanding with light intensity on thin sheets.
Basalt: This sand, which can be said to be less dusty, is generally used in indoor environments where the sand can be recycled.
Grit: It is a sand-looking iron rot with the least dusting and the best sandblasting power.
