What Are the Techniques Used in Carbon Black Production?
What is the Role of Carbon Black in the Rubber Industry?
The most common method used in carbon black production is known as the furnace method. In this method, carbon black is obtained by burning hydrocarbon-based liquids at high temperatures with limited oxygen. Another method is the technique formed by the impact of hydrocarbon vapor on a metal surface. However, this method is used to a limited extent today. Another method is carried out by burning acetylene gas in an oxygen-free environment and is preferred for products with high conductivity. Since the method used in its production greatly determines the particle size and structure of the product, the appropriate technique should be selected according to the field of use. For detailed information about carbon black, you can visit the web address https://quadrokimya.com/urunlerimiz/karbon-siyahi/.
What are the Mechanical Effects of Carbon Black on Rubber?
Carbon black plays a significant role in the rubber industry both mechanically and economically. Especially in products used in the automotive industry, such as tires and seals, the strength, abrasion resistance, and thermal balance provided by carbon black are of great importance. It also makes it possible to offer more economical products by reducing production costs. Carbon black should be seen not just as a filler for the rubber industry; it is a key element that determines product performance. Carbon black additive reduces the risk of cracking and deformation while maintaining the product's elasticity. Carbon black increases the hardness, tensile strength, and tear strength in the rubber structure. These effects play a vital role, especially in automotive tires, hoses, belts, and sealing components. As the particle size decreases, a stronger bond is formed with the rubber matrix, thus increasing mechanical properties to a high level. Carbon black additive also balances both durability and performance by maintaining the product's flexibility at a certain level. Increased strength along with high elasticity ensures the production of long-lasting products.
