پودر کربنات کلیسیم

The first step is to clean the polyurethane flooring, which is done in different ways according to its dirty condition, after which the floor should be sanded for more cleanness and creating suitable scratches. After completing these two steps, the primer coating should be applied on the floor. In this step, the diluted polyurethane liquid with high permeability should be poured on the floor. Creating a surface with high adhesion will protect the next layer from the separation of the floor in the future.

Therefore, the life and durability of the flooring directly depends on the quality of the primer, and choosing the right type of primer and the dryness and cleanliness of the surface when doing it is very important. One of the most important issues that should be considered before applying the primer is the complete dryness of the surface and not paying attention to it will cause a lot of damage.

Static electricity generated by the movement of people and sparks caused by it can be dangerous in many places and cause heavy financial and human damage, so due to this issue in hospitals in operating rooms and ICU for Prevent potential errors and damage Conductive flooring equipment, which is more conductive than antistatic flooring, is installed and installed. In addition, in many factories where sparks can cause explosions, antistatic or conductive flooring is used to prevent this danger. Due to the importance of the issue of using quality materials for flooring, it is of special importance to be able to direct static electricity from our body through the floor and then copper strips to the well.

Antistatic and conductive floor coverings and primers of Farapoosh Company with the following outstanding properties are formulated with the best raw materials and can meet all the standards of these floors.

The materials of these floors can be produced and ordered with the following codes

Antistatic, conductive floor primer: ………… ..

Antistatic floor covering: ………….

Conductive flooring: ………….

این رقیق کننده ها در واکنش شرکت نکرده و فرار میباشند و معمولا تبخیر بالایی داشته  و بایستی حتی الامکان استفاده نگردند ولی در بسیاری از پروژه ها استفاده از آنها جهت  کاهش ویسکوزیته ضروری است  و میبایستی در حد محدودی استفاده گردند استفاده بیشتر از حد مجاز آن  مشکلاتی را بو جود میآورد که بایستی به آنها توجه گردد  از جمله میتوان به کاهش استحکام نهایی پس از خشک شدن ، خطر آتش سوزی ،تبخیر و خطر تنفس و مسمومیتهای ناشی از آن از اهمیت بالایی برخوردار است.