Rubber products are used in a variety of different applications. They include: headphone pads, keyboards, mouse pads, adhesives, rolling chair wheels, and anti-fatigue mats. Schools and offices use rubber erasers to help students remove pencil marks. Other products that are made from rubber are keyboards and mouse pads, anti-fatigue mats, rolling chair wheels, and carpet underlay. Headphone pads and stamps are also made from rubber.
The properties of natural rubber are distinctly different from those of synthetic rubber. The former is tapped from rainforests while synthetic rubber is created through oil processing and traditional manufacturing methods. The former is less volatile and has a milder smell. However, it is more expensive. Synthetic rubber is also more resilient to wear than natural rubber. Natural rubber is non-sticky and has a mild odor. It is therefore often preferred for products that have a lot of contact with the skin.
Natural rubber is composed of polymers of the isoprene monomer. It is obtained from the latex of rubber trees and is not suitable for applications involving ozone, solvents, or oils. However, rubber products distributor its abrasion resistance makes it an excellent material for tires, condoms, elastic thread, and other medical tubing. It is also used in some adhesives.
Elastomer fiber is a versatile additive material used to enhance the properties of rubber products. Its properties include increased resistance to deformation and crack initiation and propagation. The fibers can be manufactured from liquid diene rubbers and can be cross-linked with sulfur or peroxide.
Elastomer fibres can be made from natural or synthetic fibres. They are used as reinforcement for rubber compounds and are used in transmission belts, seals, and anti-vibration mountings. They also improve the green strength and hardness of vulcanised rubber.
Rubber products are used in a variety of applications. In the agricultural industry, for example, they are used in irrigation products. The requirements of these products can vary from crop to crop, but common features include weather resistance, UV and ozone resistance, and imperviousness to agrochemicals.
Rubber is obtained from rubber trees all over the world. Rubber trees are highly productive and can yield for 25 years or more. Many large manufacturing companies are cloning high-yield trees in order to meet market demands. About 90% of rubber is produced in Asia. The process of growing rubber trees is difficult, requiring heavy rainfall and zero frost. Rubber is brittle when raw, so it must be processed as a powder in order to be used in various applications.
The Geography of Rubber Products provides valuable insights about the global rubber industry, including the size and growth prospects. This report also covers the competitive landscape, regional and country breakdowns, and key industry trends and drivers. It compares the global market for rubber products with similar markets in other regions. The report is divided into five main regions: North America, Europe, Asia-Pacific, and Latin America.
The rubber tree (Hevea braziliensis) grows in the tropics and subtropics. The plant requires heavy annual rainfall and wet springs to thrive. As a result, the growing areas are limited to parts of Southeast Asia, South Asia, and West Africa. Earlier in the 20th century, the plant was virtually wiped out by blight.