Acetylene Carbon Black (CAS 7440-44-0) Market Research Report 2024
Acetylene Carbon Black (CAS 7440-44-0) Market Research Report 2024 presents comprehensive data on Acetylene Carbon Black markets globally and regionally (Europe, Asia, North America etc.)
The report includes Acetylene Carbon Black description, covers its application areas and related patterns. It overviews Acetylene Carbon Black market, names Acetylene Carbon Black producers and indicates its suppliers.
Besides, the report provides Acetylene Carbon Black prices in regional markets.
In addition to the above the report determines Acetylene Carbon Black consumers in the market.
BAC Reports offers its clients in-depth market research of chemical industry products on the global and regional markets (North & Latin America, Asia Pacific, European Union, Russia and CIS).
We can analyze the following elements for each chemical product in any country or region:
- capacities and production
- consumption volume and structure
- market price trends
- exports and imports
- existing technologies
- feedstock market condition
- market news digest
- market forecast.
Acetylene Carbon Black (CAS 7440-44-0) Market Research Report 2024 can feature:
- market condition and estimations, market forecast
- chemical product ranges, trademarks, analogous products, application areas
- regional and global producers, consumers and traders (including contact details).
1. ACETYLENE CARBON BLACK (CAS 7440-44-0)
1.1. General information, synonyms
1.2. Composition, chemical structure
1.3. Safety information
1.4. Hazards identification
1.5. Handling and storage
1.6. Toxicological & ecological information
1.7. Transport information
2. ACETYLENE CARBON BLACK APPLICATIONS
2.1. Acetylene Carbon Black application spheres, downstream products
3. ACETYLENE CARBON BLACK MANUFACTURING METHODS
4. ACETYLENE CARBON BLACK PATENTS
Abstract
Description
Summary of the invention
Detailed description of the invention
5. ACETYLENE CARBON BLACK MARKET WORLDWIDE
5.1. General Acetylene Carbon Black market situation, trends
5.2. Manufacturers of Acetylene Carbon Black
- Europe
- Asia
- North America
- Other regions
5.3. Acetylene Carbon Black suppliers (importers, local distributors)
- Europe
- Asia
- North America
- Other regions
5.4. Acetylene Carbon Black market forecast
6. ACETYLENE CARBON BLACK MARKET PRICES
6.1. Acetylene Carbon Black prices in Europe
6.2. Acetylene Carbon Black prices in Asia
6.3. Acetylene Carbon Black prices in North America
6.4. Acetylene Carbon Black prices in other regions
7. ACETYLENE CARBON BLACK END-USE SECTOR
7.1. Acetylene Carbon Black market by application sphere
7.2. Acetylene Carbon Black downstream markets trends and prospects
*Please note that Acetylene Carbon Black (CAS 7440-44-0) Market Research Report 2024 is a half ready publication and contents are subject to change. It only requires updating with the help of new data that are constantly retrieved from Publisher’s databases and other sources. This updating process takes 5-7 business days after order is placed. Thus, our clients always obtain a revised and updated version of each report. Please also note that we do not charge for such an updating procedure. BAC Reports has information for more than 25,000 different chemicals available but it is impossible to have all reports updated immediately. That is why it takes 5-7 days to update a report after an order is received.
| Product Name: | Acetylene Carbon Black |
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| Synonyms: |
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| CAS#: |
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| Formula: | CH4 |
| Molecular Weight: | 16.04 |
| Appearance: | Odorless, tasteless black powder or grains. |
| Usage: | A strong reducing agent and is used as such in purifying metals, in electrodes, electrical devices & steel. |
Glassy carbon (also called vitreous carbon) is an advanced material of pure carbon combining glassy and ceramic properties with these of graphite; and has a molecular formula of CH4. It is stable under normal temperatures and pressures; melting at 3550 °C and boiling between 500 °C and 600 °C. Glassy carbon is incompatible with strong oxidizing agents like chlorates, bromates and nitrates, especially when heated; it is also incompatible with air, metals, unsaturated oils.
Glassy carbon was first observed in the mid-1950s by Bernard Redfern, the inventor, materials scientist and diamond technologist. Working in the laboratories of The Carborundum Company in Manchester, the UK, he discovered a resole resin that would, with special preparation, set without a catalyst. Using this phenolic resin, crucibles were produced.
Unlike graphite, glassy carbon has a fullerene-related microstructure, which leads to a great variety of unique material properties.
Thus, glassy carbon is very advantageous for many different applications in the chemical industry. Also, compared to ceramic and metallic materials, glassy carbon shows no embrittlement even at high temperatures (up to 3000°C).
Its non-wetting characteristics make glassy carbon the ideal approach for certain otherwise difficult-to-evaporate materials. For instance, it does not suffer from the annoying alloying problems when evaporating precious metals with tungsten boats.
Glassy carbon crucibles and boats are used for zone melting of semiconductor components, gallium arsenide synthesis, and monocrystal growth by the Bridgman or Czochralsky method. Glassy carbon is used for parts in ion implanting systems and electrodes for plasma etching systems due to its extreme resistance. The high X-ray transmission of glassy carbon is advantageous for the X-ray lithography. Glassy carbon wafers are used as substrate materials for X-ray masks.
Glassy carbon market is covered in the study Glassy Carbon (CAS 7440-44-0) Market Research Report 2012. The report encompasses proper description of the product, unveils application areas, and briefly summarizes patents in the sphere. It overlooks glassy carbon market situation, names manufacturers, suppliers as well as users. The report also provides current glassy carbon prices in the market.
