هاردنرهای مورد مصرف در صنعت کفپوش عمدتا به دو گروه عمده اصلی زیر تقسیم میشوند
هاردنرهای پلی آمید : این گروه از هاردنرها عمدتا در رنگهای اپوکسی و پرایمر کاربرد داشته و بدلایل خصوصیات مناسب زیر استفاده گسترده ای دارند : انعطاف پذیرند مقاومت بالا نسبت به ضربه و مواد شیمیایی دارند و بدلیل چسبندگی بالا به بتن و مقتاومت مناسب به رطوبت در صنعت کفپوش عمدتا بعنوان هاردنر پرایمر مورد استفاده قرار میگیرد .
هاردنرهای پلی آمین
IHهاردنر پلی آمین این هاردنرها بسیار در صنعت و بخصوص صنعت کفپوش کاربرد داشته و برای روکش و لایه های کفپوش استفاده میشود این هاردنر بامقاومت شیمیایی نسبتا خوب معمولا در لایه ها و روکش استفاده میشودو رزین پس از خشک شدن بسیار سخت گردیده ودر دمای اتاق خشک میگردد
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
These diluents participate in the reaction and form part of the non-volatile binder. These diluents are non-volatile and do not evaporate. These low-viscosity liquids, when mixed with the original resin, reduce the final viscosity. In addition, the diluents improve the resin flexibility and the air bubbles formed leave the reaction faster.
Inactive epoxy thinners
These diluents do not react and are volatile and usually have high evaporation. These solvents reduce viscosity and cause problems such as reduced final strength after drying, risk of fire, evaporation and risk of poisoning by it.
The first step is to clean the floor with epoxy flooring, which is done in different ways according to its dirty condition, after which the floor should be sanded for as much cleaning as possible and to create suitable scratches and scratches. After completing these two steps, primer coating should be done on the floor. In this stage, dilute epoxy liquid with high permeability should be poured on the floor with good adhesion after drying to be able to insulate the surface in terms of moisture passage with the necessary strength and create High adhesion surface to protect the next layer from the separation of the floor in the future. Therefore, the life and durability of the floor directly depends on the quality of the primer and choosing the right type of primer and dryness and cleanliness of the surface when doing it is very important. Epoxy floor primers They are mainly divided into the following two groups:
Epoxy Polyamide Flooring Primer: EPD-01
This primer is produced and presented based on bisphenol () and hardener polyamide () resin. In the production of this product, a special composite solvent is used, which reduces the viscosity of the product to increase its penetration into concrete and substrate. This product has a very good adhesion to the floor and the subsequent layers adhere well to it, and also due to its good flexibility, it does not crack or break.
EPN-06 Epoxy Polyamine Flooring Primer
This type of primer is produced and presented on the basis of bisphenol () and polyamine () hardener resin and its viscosity is reduced by a special solvent and penetrates the concrete surface and hardens after hardening of the concrete surface. This product is mostly sensitive to floor moisture. It is used in very dry places and special places and its surface becomes hard and brittle due to being more expensive and also the above mentioned cases. In most places, polyamide primer is used for epoxy flooring.
کربنات کلسیم یک ماده پرکاربرد و فراوان در پوسته زمین است . کربنات کلسیم نوعی سنگ رسوبی است که در طی میلیونها سال تشکیل شده است . کربنات کلسیم در معادن به شکل کلسیت ، آراگونیت ، ،سنگ مرمر، سنگ آهک یافت میشود .
این ماده نقطه ذوب بالایی حدود 1339 درجه سانتیگراد داشته و غیر قابل اشتعال بوده و غیر سمی است .
این ماده معدنی و پر کاربرد ارزان بوده و فیلر مناسبی در بسیاری از کاربردها در صنعت رنگ میباشد
Farapoosh پلی polyurethane flooring با .. with the following properties is one of the best polyurethane floor coverings available in Iran, which with its reasonable price compared to competitors is one of the main suppliers of flooring materials for important flooring projects in Iran. is.
Excellent rolling property that creates smooth, undulating surfaces.It does not bubble due to having quality anti-bubble materialDue to the lack of inactive solvents, its strength and scratch-resistant properties are excellent.They do not catch fish due to high quality materials and advanced formulation.Its surface is not distorted due to its quality materials and proper formulationIt can be supplied in various colors according to the orderCan be ordered in relatively small quantities.Due to its elasticity and hardness, it is very scratch-resistant and does not crack.
Hardeners used in the flooring industry are mainly divided into the following two main groups
Polyamide hardeners: This group of hardeners are mainly used in epoxy and primer paints and are widely used due to the following suitable properties: They are flexible, have high resistance to impact and chemicals, and due to their high adhesion to concrete and good moisture resistance in industry. Flooring is mainly used as a hardener primer.
IH Polyamine hardener These hardeners are widely used in industry, especially in the flooring industry, and are used for floor coverings and layers. This hardener with relatively good chemical resistance is usually used in layers and veneers. The resin hardens after drying and dries at room temperature.