- Report
- January 2025
- 161 Pages
Global
From €3353EUR$3,528USD£2,817GBP
€3945EUR$4,150USD£3,314GBP
- Report
- September 2024
- 150 Pages
Global
From €4611EUR$4,850USD£3,873GBP
- Report
- February 2025
- 200 Pages
Global
From €4268EUR$4,490USD£3,586GBP
- Report
- August 2024
- 159 Pages
Global
From €2377EUR$2,500USD£1,997GBP
- Report
- March 2025
- 193 Pages
Global
From €4706EUR$4,950USD£3,953GBP
- Report
- December 2023
- 220 Pages
Global
From €3421EUR$3,599USD£2,874GBP
- Report
- February 2024
- 75 Pages
Global
From €3500EUR$3,944USD£3,043GBP
- Book
- September 2021
- 448 Pages
Hydrogenated Nitrile Butadiene Rubber (HNBR), a synthetic rubber obtained by saturating the double bonds in nitrile butadiene rubber (NBR) with hydrogen, is a class of rubber known for its enhanced thermal stability, strength, and resistance to chemicals, oil, and heat compared to traditional NBR. This material is tailored for applications that require superior performance, particularly in high temperatures and harsh conditions. Common uses include the automotive industry for timing belts, O-rings, and gaskets, as well as in other sectors such as oil and gas, manufacturing, construction, and food processing.
The market for HNBR is a highly specialized segment within the broader rubber industry. It serves a niche that demands high-performance elastomers capable of enduring extreme environments while maintaining their mechanical properties. Innovation within this market often revolves around improving HNBR's resistance to harsh chemicals and temperature variations, customizing its properties for specific industrial uses, and ensuring it meets stringent quality standards and regulations.
Notable companies operating in the Hydrogenated Nitrile Butadiene Rubber market include Zeon Corporation, Lanxess, ARLANXEO, Kumho Petrochemical, JSR Corporation, and LG Chem. These businesses are involved in the production and supply of HNBR, catering to the niche demand for high-performance rubber across multiple industries. These companies often engage in research and development to enhance the properties of HNBR and expand its range of applications. Show Less Read more