Recent Developments in Polyurea Coating and Other Applications
Recent Developments in Polyurea Coating and Other Applications
The demand for polyurea coating is highly dependent upon the growth of several end-use sectors. The main applications of polyurea coating include bonded surface coating, roofing and floor coating, amongst many others. Polyurea coating has a number of advantages over other forms of coatings such as VOC and ozone. Among the polyurea advantages are the following:
It enhances the lifespan of the raw materials. Both superior physical and chemical properties are maintained in polyurea coatings that contribute to their excellent performance characteristics. These coatings are also ideal for various types of industries where chemical reaction and excessive heat would be potential problems such as the automotive industry. For instance, polyurea coating applied to bumpers prevents moisture from penetrating the surfaces thereby enhancing the lifespan of the parts. This prevents premature degradation of the products during use. The heat that causes the damage of bumpers and parts is removed with polyurea coating.
With polyurea coating a company can reduce its liabilities related to the preparation and development of the new products. The development costs related to the new product portfolio are reduced due to the absence of development expenditures associated with polyurea coating. The company is spared the cost of materializing the products which would have been spent if the coating had not been applied. In addition, the polyurea coating enables the company to make considerable savings on the production process through the elimination of application labor costs. Through this process, the company is able to save over 20% on the total production cost. It is also capable of improving the quality of the end-product by making the final products free from any unsightly blemishes.
In view of these benefits, several companies in the automotive sector are using polyurea to improve their products. Companies such as Mercedes Benz, BMW, GMC, Nissan, Ford and Jeep are using polyurea in order to create an edge over their competitors. They are developing their new product portfolios with the help of polyurea. Some of the companies are using it for their full range vehicles while some others are experimenting with polyurea for their light pickup trucks. There are many other large companies in the automotive sector that are adopting polyurea technologies to improve their production processes.
Polyurea is extensively used in construction applications because it has the ability to withstand extreme temperatures. Its resistance to high temperatures makes it ideal for use in applications such as concrete repair. Polyurea coatings are suitable for use in applications that face frequent exposure to extreme temperatures. This includes areas like welding and automotive manufacturing. The polyurea coating provides the necessary abrasion resistance and chemical resistance to keep the surface of concrete dry. With the advent of polyurea coating, concrete repair has become much easier.
Another major benefit of polyurea coatings that has come to light is its chemical resistance. During heavy rainfall or severe heat or cold, the coating easily resists damage from chemical reactions. Apart from this, it also resists most common elements that cause corrosion on metals. The polyurea coating can be applied to prevent corrosion of iron pipes at sewage treatment plants. The coating can also be used in the manufacturing plants to avoid galvanic corrosion. Other benefits of using polyurea in construction and industrial settings include: it’s economical, it’s durable, easy to maintain, safe for people and animals, water-resistant, easy to install, environmentally friendly, and provides protection against ultraviolet radiation.