Showing posts with label butyl rubber. Show all posts
Showing posts with label butyl rubber. Show all posts

Tuesday, May 3, 2016

Butyl Rubber Market; Trends, Future Forecast, Business Opportunities (2015-2020)

Butyl Rubber is a commercial rubber with unique chemical and physical properties. Butyl rubber’s impermeability to moisture and gases makes it ideal for manufacturing tubeless tires. Butyl rubber has wide range of applications including protective clothing, chewing gum and pharmaceutical medications. Butyl rubber has superior impermeability, and the long Polyisobutylene segment of its polymer chain gives it excellent flex property. In addition, butyl rubber has good chemical resistance, outstanding heat resistance, excellent aging stability, superior damping properties and excellent ozone and weather resistance. Furthermore, butyl rubber has superior electrical insulation properties, fast cure rate requiring lower amounts of vulcanizing agents and good adhesion to other types of rubber.


Butyl Rubber is used in production of wide range of products such as tires, adhesives, sealants, tubes, inner liners of tires, additives for motor oils, adhesive tapes, sealants, stoppers for medical bottles, sports equipment and so on. This product is a co-polymer of Isobutylene and Isoprene with high electrical resistivity and greater resistance which is predominantly in used in manufacturing of tires and tubes.PIB is one of the most rapidly growing segments of the rubber industry.

Tires and Tubes were the largest application of Butyl Rubber Market in 2014. Different innovations and changing trends in the tire technology have led to the growing demand for Polyisobutylene in the automotive industry. Polyisobutylene is increasingly being used to manufacture durable tires. This segment constitutes 80% and is estimated to exhibit striking growth owing to the progression in automotive industry. The Adhesives and Pharmaceutical applications are forecast to showcase the highest growth in the wake of increasing demand of high elastic and high resistive products in those applications. The butyl rubbers at very high temperatures are not stable and pose risk. Innovations focused on this drawback will further propel the market. The market structure is oligopoly, where the top five constituting more than 50% in 2014.

The market is dominated by few players which constitute more than 50% of the share in 2014. ExxonMobil and Lanxess AG are the top two players in the market, which are continuously making efforts to widen their share in the market. ExxonMobil has announced its plans in 2014 to construct a large production plant, whereas Lanxess AG has invested in China on construction of a production plant in 2013.  Asia-Pacific is estimated to witness highest growth, with China being the frontier of growth with a forecast to grow at 7.7% CAGR from 2015-2020! To mention few key players:
  •          BASF SE
  •          Chevron Oronite,
  •          ExxonMobil Corporation,
  •          Infineum, Lanxess,
  •          TPC Group and
  •          Lubrizol Corporation.


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Sanjay Matthews
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Friday, October 16, 2015

Butyl Rubber Industry; “Biomass-Derived Polyisoprene Rubber” a New Technology Developed By Zeon in Collaboration with RIKEN and Yokohama Rubber.

Zeon Corporation, the Japanese elastomer producer collaborated with the National Research & Development Agency RIKEN and Yokohama Rubber Co., Ltd and developed a new technology to synthesize isoprene from biomass using silicon metabolic technology. Isoprene is used as a raw material to produce synthetic rubber (Polyisoprene) for automobile tires. This new technology helps to reduce dependency on petroleum products and also to reduce CO2 emissions which are the major cause for global warming. The new technology designed by the company will not only reduce the use of fossil fuel but also provides the high quality rubber which can withstand in any climatic conditions. The research is carried out with the help of cell design and plant science technologies of RIKEN Center for Sustainable Resource Science (CSRS).

The demand for synthetic rubber is increasing and approximately 70% of rubber used is synthetic rubber. The presence of various non-rubber components in natural rubber such as amino acids, proteins, carbohydrates and inorganic substances may modify its chemical reactivity and mechanical properties for which the demand is less compared to synthetic rubber. The conventional method of producing synthetic rubber from fossil fuel emits toxic gasses that contribute to global warming.

Innovating new technologies such as Biomass-Derived Polyisoprene Rubber helps to reduce the pollution from the usage of synthetic rubber. Similar partnership agreement between Axens, IFPEN and Michelin to develop biomass derived synthetic rubber is under progress. The new technology from biomass is a positive sign in the rubber industry to encourage the manufacturing companies to develop eco-friendly products which benefits the stakeholders as well as the environment.

 *To Know More about Butyl Rubber, its Manufacturers, Applications and So On, Follow the Below Link:


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CONTACT:
Sanjay Matthews
Sales Manager
#: +1-614-588-8538 (101)