20-40 Friction Material Drum Brake Shoes Dedicated Coke
Coke(coal)
CAS: 65996-77-2
Molecular Formula: C
20-40 Friction Material Drum Brake Shoes Dedicated Coke - Names and Identifiers
| Name | Coke(coal) |
| Synonyms | Coke metcoke Coke(coal) Coke (coal) COKE(FROMCOAL) Catalytic coke Einecs 266-010-4 20-40 Friction Material Drum Brake Shoes Dedicated Coke |
| CAS | 65996-77-2 |
| EINECS | 266-010-4 |
20-40 Friction Material Drum Brake Shoes Dedicated Coke - Physico-chemical Properties
| Molecular Formula | C |
| Physical and Chemical Properties | Chemical properties Coke includes coke reactivity and coke alkali resistance, mainly coke reactivity. The strong carbon dissolution reaction of blast furnace coke occurs in the soft melting zone of blast furnace, which is the main reason for the degradation of coke in blast furnace, so blast furnace coke should have lower reactivity. According to the reactivity determination method of lump coke stipulated by China, Japan and other countries (see reactivity index of lump coke and strength after reaction), the reactivity index of coke for large blast furnace should be less than 35%. Casting coke is mainly used as a heat source in the iron melting furnace, and CO should not be generated in the furnace as much as possible, so casting coke requires lower reactivity. |
| Use | Uses for smelting, casting, ammonia synthesis, gas production, etc |
20-40 Friction Material Drum Brake Shoes Dedicated Coke - Risk and Safety
| UN IDs | 1361 |
| Hazard Class | 4.2 |
| Packing Group | III |
20-40 Friction Material Drum Brake Shoes Dedicated Coke - Upstream Downstream Industry
20-40 Friction Material Drum Brake Shoes Dedicated Coke - Nature
| EPA chemical information | Coke (coal) (65996-77-2) |
Last Update：2024-04-10 22:29:15
20-40 Friction Material Drum Brake Shoes Dedicated Coke - Uses and synthesis methods
chemical molecules
includes organic components and inorganic components. The organic component is a graphite-like compound with a flat carbon mesh as the main body (see the degree of graphitization of coke). The organic compound formed by other elements hydrogen, oxygen, nitrogen, sulfur and carbon exists in the volatile matter of coke. Inorganic components are various inorganic minerals present in coke, and their composition is characterized by coke ash components. The chemical composition of coke is mainly determined by coke industrial analysis and coke elemental analysis. According to the analysis of coke elements, the coke composition is: C82 ~ 87%,H1~1.5%,00.4~0.7%,N0.5~0.7%,S0.7~1.0%,P0.01 ~ 0.25%; According to the analysis of coke industry, its composition is: ash 10 ~ 18%, volatile 1 ~ 3%, fixed carbon 80 ~ 85%. Combustible base volatilization (see coke industry analysis) is an important symbol of coke maturity. Combustible base volatilization of mature coke is divided into 0.7 ~ 1.2%. The moisture content of coke varies with the quenching method, which is about 0.5% when dry quenching is used. When wet quenching is used, it is generally 3 ~ 4%. Coke ash contains 35 ~ 58% SiO2 and various metal oxides, generally Al2O3 accounts for 20~35%,Fe2O3 accounts for 8 ~ 15%,CaO accounts for 2 ~ 8%,MgO accounts for 1.5 ~
physical properties
Coke includes the true density of coke, the apparent density of coke and the porosity of coke measured according to the Archimedes principle; the permeability of coke measured according to the principle of gas dynamics; the thermal properties of coke, such as the specific heat capacity of coke, Coke thermal conductivity, coke thermal stress, coke ignition temperature, coke thermal expansion coefficient and thermal shrinkage (see coke shrinkage), and the electrical properties of coke, coke resistivity, etc. Each user department also has corresponding requirements for focusing on carbon bulk. Therefore, the grouping of coke screens that indicate the particle size distribution of coke and the resulting series of property parameters (such as average bulk and coke bulk density, etc.) are also important physical properties. The physical properties of coke are closely related to its normal temperature mechanical strength, thermal strength and chemical properties. The main physical properties of coke are as follows: the true density is 1.80~1.95g/cm3; the apparent density is 0.88~1.08g/cm3; the porosity is 35 ~ 55%; the bulk density is 400~500kg/m3; the average specific heat is 0.808kJ/(kg-K)(100 ℃),1.465kJ/(kg-K)(1000 ℃); the thermal conductivity is 2.64kJ/(m h k) (normal temperature) and 6.91kJ/(m h k) (900 ℃); The ignition temperature (in air) is 450~650 ℃; The low calorific value of combustible base is 30~32kJ/g; The specific surface is 0.6~0.8 m2/g.
Last Update：2024-04-10 22:29:15
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Product Name: Coke(coal) Request for quotationCAS: 65996-77-2
Tel: +86-17551318830
Email: r@reformchem.com
Mobile: +86-17551318830
QQ: 3787852685
Spot supply
Product Name: Coke(coal) Request for quotationCAS: 65996-77-2
Tel: +86-17551318830
Email: r@reformchem.com
Mobile: +86-17551318830
QQ: 3785839865
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Downstream Products for 20-40 Friction Material Drum Brake Shoes Dedicated Coke
Calcium carbonate
Zinc oxide
CARBON MONOXIDE
PHOSGENE
Phosphorus
Calcium carbide
Magnesium hydroxide
Sodium cyanate
Zinc oxide
CARBON MONOXIDE
PHOSGENE
Phosphorus
Calcium carbide
Magnesium hydroxide
Sodium cyanate