News Details
The use of global flame retardants
2017-10-19 12:04:04
The use of global flame retardants
Flame retardant is mainly used for flame retardant synthesis and natural high polymer materials, including plastic, rubber, fiber, wood, paper, coating, etc. According to a rough estimate, the amount of the global flame retardant is 65% ~ 70% for flame retardant plastics, 20% for rubber, 5% for textiles, 3% for paint, 2% for paper and wood.
Electronic/electrical, transportation, building materials, furniture, textile as flame retardant of several large users. In recent years, with fire safety standards increasingly strict and plastic production and the rapid growth of the global quantity of flame retardant and sales have been a trend of growth, the dosage of the global flame retardant has reached more than 1.2 million t/a, 85% were adding flame retardants, 15% for reactive flame retardant.
Among the many varieties, the largest amount is aluminum hydroxide (ATH), followed by halogen flame retardant. In the next five years, global demand for flame retardants is expected to grow by 4% to 5% annually (a little high in the asia-pacific region). By 2007, the total amount of global flame retardants can reach 145 ~ 1.55 million t.
North America, Western Europe and Japan are the biggest consumers of flame retardants, accounting for 30%, 33% and 18% of the consumer market respectively, while Asia (excluding Japan) accounts for 19%. Recent market research suggests that the flame retardant market increased to $969 million in 2003, the total annual growth of around 5%, in recent years, Japan polymer additives market declining, and the flame retardant is slightly increase.
There are many kinds of flame retardants, and the most widely used are chloride, bromine, phosphorus and halogenated phosphorus, inorganic flame retardant, etc.
Triethyl phosphate (TEP)
Triethyl phosphate(Flame retardants TEP) is mainly used as the high boiling point solvents,catalysts, plasticizers, flame retardants, ethylating agent, and organic peroxide stabilizer. And Triethyl phosphate(TEP) is widely used in medicine, pesticides, vinyl ketone, resins, hydraulic oil and other production areas. In Japan, 70% of this product is used in catalyst.
The product output: 200 tons / month
Shipping Port: China Shang Hai
Price offer is valid: 15 days
Jincang time: 15 days (commodity inspection)
Export rights: the right to import and export company.
The flame retardant consumption structure is different, the parts dosage of Europe's largest inorganic flame retardants, and the United States, Japan, the largest consumption in Asia for the bromine flame retardants, America and Japan accounted for 35% of total consumption and 40% respectively, and 60% in Asia. The specific consumption structure, Europe is: the inorganic system is 33%, bromine is 28%, the organophosphorus is 25%, the chlorine is 4%, the other 10%; The United States is 35% of bromine, 26% of organophosphorus, 24% inorganic, 8% chlorine and 7%. Asia: 60% bromine, 25% inorganic, 8% chlorine and 7% organic phosphorus. Japan: 40% of bromine, 30% inorganic, 20% of organophosphorus, 2% chloride, and 8% other.
The production of flame retardant in China is the second largest industry after plasticizer, and the market is expanding. Since 1960, since the development and production of flame retardant, so far, our flame retardant total production capacity of 150000 t/a, be engaged in the development of flame retardant research unit has more than 50, there are more than 120 varieties of flame retardants, more than 150 production units.
In recent years, China's flame retardant industry has developed rapidly, such as the sales volume of the most important added bromine flame retardant decabromodiphenyl ether (DBDPO), which was 7000t/a in 1999, 9000t/a in 2000 and 13500t/a in 2001. The growth rate has been increasing year by year, and the other important member of the halogen series has also grown significantly. There is also a growing market for phosphorus systems (including inorganic phosphorus and organic phosphates) and inorganic systems (mainly Al2(OH) 3, Mg(OH) 2, and the flame retardant Sb2O3).
Main variety of flame retardants is 42, 52 chlorinated paraffin, and A small amount of type 70 chlorinated paraffin, pbdes, six eight bromide bromide ether, ether, poly (2, 6 dibromo phenyl ether, tetrabromobisphenol A and its oligomer, alkyl phosphate (fang) chlorine (br) phosphate ester, vinegar, aluminum hydroxide, magnesium), antimony trioxide, red phosphorus, etc.
Since 1908 G.A.E ngelard with natural rubber, such as reaction with chlorine gas with flame retardant chlorinated rubber, pioneered by chemical methods of flame retardant polymer first, especially the demand of polymer industry is developing rapidly in recent 40 years, flame retardant technology rapid development, has developed many efficient and new type of flame retardants. With the development of flame retardant technology, many new technologies have emerged.
Compared with other flame retardants, bromine flame retardants show superior recovery and stability in waste recovery. The plastic containing bromine flame retardant can maintain the same mechanical property and fire resistance level as the original material.
Copyright: Zhang Jia Gang YaRui Chemical co.,Ltd
http://www.yaruichem.com
Flame retardant is mainly used for flame retardant synthesis and natural high polymer materials, including plastic, rubber, fiber, wood, paper, coating, etc. According to a rough estimate, the amount of the global flame retardant is 65% ~ 70% for flame retardant plastics, 20% for rubber, 5% for textiles, 3% for paint, 2% for paper and wood.
Electronic/electrical, transportation, building materials, furniture, textile as flame retardant of several large users. In recent years, with fire safety standards increasingly strict and plastic production and the rapid growth of the global quantity of flame retardant and sales have been a trend of growth, the dosage of the global flame retardant has reached more than 1.2 million t/a, 85% were adding flame retardants, 15% for reactive flame retardant.
Among the many varieties, the largest amount is aluminum hydroxide (ATH), followed by halogen flame retardant. In the next five years, global demand for flame retardants is expected to grow by 4% to 5% annually (a little high in the asia-pacific region). By 2007, the total amount of global flame retardants can reach 145 ~ 1.55 million t.
North America, Western Europe and Japan are the biggest consumers of flame retardants, accounting for 30%, 33% and 18% of the consumer market respectively, while Asia (excluding Japan) accounts for 19%. Recent market research suggests that the flame retardant market increased to $969 million in 2003, the total annual growth of around 5%, in recent years, Japan polymer additives market declining, and the flame retardant is slightly increase.
There are many kinds of flame retardants, and the most widely used are chloride, bromine, phosphorus and halogenated phosphorus, inorganic flame retardant, etc.
Triethyl phosphate (TEP)
Triethyl phosphate(Flame retardants TEP) is mainly used as the high boiling point solvents,catalysts, plasticizers, flame retardants, ethylating agent, and organic peroxide stabilizer. And Triethyl phosphate(TEP) is widely used in medicine, pesticides, vinyl ketone, resins, hydraulic oil and other production areas. In Japan, 70% of this product is used in catalyst.
The product output: 200 tons / month
Shipping Port: China Shang Hai
Price offer is valid: 15 days
Jincang time: 15 days (commodity inspection)
Export rights: the right to import and export company.
The flame retardant consumption structure is different, the parts dosage of Europe's largest inorganic flame retardants, and the United States, Japan, the largest consumption in Asia for the bromine flame retardants, America and Japan accounted for 35% of total consumption and 40% respectively, and 60% in Asia. The specific consumption structure, Europe is: the inorganic system is 33%, bromine is 28%, the organophosphorus is 25%, the chlorine is 4%, the other 10%; The United States is 35% of bromine, 26% of organophosphorus, 24% inorganic, 8% chlorine and 7%. Asia: 60% bromine, 25% inorganic, 8% chlorine and 7% organic phosphorus. Japan: 40% of bromine, 30% inorganic, 20% of organophosphorus, 2% chloride, and 8% other.
The production of flame retardant in China is the second largest industry after plasticizer, and the market is expanding. Since 1960, since the development and production of flame retardant, so far, our flame retardant total production capacity of 150000 t/a, be engaged in the development of flame retardant research unit has more than 50, there are more than 120 varieties of flame retardants, more than 150 production units.
In recent years, China's flame retardant industry has developed rapidly, such as the sales volume of the most important added bromine flame retardant decabromodiphenyl ether (DBDPO), which was 7000t/a in 1999, 9000t/a in 2000 and 13500t/a in 2001. The growth rate has been increasing year by year, and the other important member of the halogen series has also grown significantly. There is also a growing market for phosphorus systems (including inorganic phosphorus and organic phosphates) and inorganic systems (mainly Al2(OH) 3, Mg(OH) 2, and the flame retardant Sb2O3).
Main variety of flame retardants is 42, 52 chlorinated paraffin, and A small amount of type 70 chlorinated paraffin, pbdes, six eight bromide bromide ether, ether, poly (2, 6 dibromo phenyl ether, tetrabromobisphenol A and its oligomer, alkyl phosphate (fang) chlorine (br) phosphate ester, vinegar, aluminum hydroxide, magnesium), antimony trioxide, red phosphorus, etc.
Since 1908 G.A.E ngelard with natural rubber, such as reaction with chlorine gas with flame retardant chlorinated rubber, pioneered by chemical methods of flame retardant polymer first, especially the demand of polymer industry is developing rapidly in recent 40 years, flame retardant technology rapid development, has developed many efficient and new type of flame retardants. With the development of flame retardant technology, many new technologies have emerged.
Compared with other flame retardants, bromine flame retardants show superior recovery and stability in waste recovery. The plastic containing bromine flame retardant can maintain the same mechanical property and fire resistance level as the original material.
Copyright: Zhang Jia Gang YaRui Chemical co.,Ltd
http://www.yaruichem.com
Spanish
French
Italian
Portuguese
Japanese
Korean
Arabic
Russian