San Jose, CA (PRWEB) April 30, 2012

Follow us on LinkedIn Textile dyes, considered one of the oldest chemical businesses, has traversed a long way to emerge as a specialty business. Consumption of textile dyes is influenced by various factors such as demand for textiles, consumer spending and population growth. Fashion, a short-term factor, also plays a predominant role in determining the type of colors to be used. Textiles in dark or bright colors consume comparatively higher quantity of dyestuffs per textile volume, when compared to those in light colors. Demand for new dyes is increasing in accordance with growing preference for enhanced performance from new materials. Dye manufacturers and Textile producers worldwide are developing innovative products and processes to comply with strict environmental regulations. Future growth of the industry is dependent on changing customer preferences and rising infrastructure demand in emerging countries. Development in technical expertise and achievement in R&D activities are expected to bring about new dyeing technologies in the industry.

The years 2008 and 2009 were primed as difficult years for the textile chemicals business as the industry dealt with significant increase in feedstock prices and low demand from the textiles sector. As the market is highly raw material intensive, profit margins took a hit as result of increasing pricing pressures, amid high energy and transportation costs, and capacity underutilization. Companies, in order to improve the operating margins focused on reducing costs and increase prices to offset the steep decline in sales. A key trend in the textile dyes market is the migration of production facilities from high-cost bases to low-cost Asian countries. Industrialized nations such as the US and Europe witnessed increased shifting of operating base to emerging markets in Asia. Low manufacturing costs, trained labor and cheaper raw materials in China and India have resulted in greater concentration of production activity in these two countries. The Asia-Pacific region has emerged as a strong competitor to dye manufacturers in the West. Actively supported by the government with a host of measures such as subsidies and lower labor and environmental costs, Asian producers play an increasingly important role on the global front.

With ecological concerns gaining attention in the textiles industry, the global dye industry is undergoing a change in product mix. The recent years witnessed various dyes being banned across the globe due to environmental concerns. With the increasing demand for eco-friendly textile chemicals from textile manufacturers, companies are recognizing the need to increase R&D spending on development of innovative chemicals and dyes. Formaldehyde content in textiles is a growing issue especially in the US and Europe. In response to the growing concerns, major players such as BASF introduced formaldehyde-free Helizarin pigment printing system. Companies also offer enzyme-based technologies that are capable of replacing textile chemicals.

Asia-Pacific represents the largest and fastest growing market for Textile Dyes, as stated by the new market research report on Textile Dyes. China, Taiwan and Korea have a stronghold in disperse dyes, while India holds dominant position in production of reactive dyes. China occupies the top position in the production and export of reactive, direct, disperse, acid and basic dyes. Ever since the policy of open-economy began to take shape, the textile industry in the country has undergone drastic changes to cope with the increased demand for textiles exports. Similarly, the Indian dye industry is buoyed by factors such as developed chemical industry and high entrepreneurial skills along with sufficient availability of feedstock. Fiber Reactive Dyes represents the largest segment in the global textile dyes market in terms of value sales. Asian countries such as India and China lead in the global production of reactive dyes. Sulphur and basic dyes represent high growth potential over the next few years driven by specialty and customized dyeing requirements.

Select major players profiled in the report include Allied Industrial Corp., Alps Industries Ltd, Anand International, Atul Ltd, Big Sunshine International Co., Ltd, Clariant AG, Day-Glo Color Corp, DyStar, Eurodye CTC, Huntsman Corporation, Sumitomo Chemical, among others.

The research report titled Textile Dyes: A Global Strategic Business Report announced by Global Industry Analysts Inc., provides a strategic review of the textile dyes industry, key market trends, review of all the major segmnet, recent product launches, strategic corporate initiatives, and profiles of key market participants. The report provides annual sales estimates and projections for Textile Dyes market for the years 2009 through 2017 by the following geographic markets – US, Canada, Japan, Europe, Asia-Pacific, Latin America, and Rest of World. Key segments analyzed include Acid Dyes, Basic Dyes, Direct Dyes, Disperse Dyes, Reactive Dyes, Sulfur Dyes, Vat Dyes, and Other Dyes. The study also provides a historic review for the years 2003 through 2008 for an additional perspective.

For more details about this comprehensive market research report, please visit

http://www.strategyr.com/Textile_Dyes_Market_Report.asp

About Global Industry Analysts, Inc.

Global Industry Analysts, Inc., (GIA) is a leading publisher of off-the-shelf market research. Founded in 1987, the company currently employs over 800 people worldwide. Annually, GIA publishes more than 1300 full-scale research reports and analyzes 40,000+ market and technology trends while monitoring more than 126,000 Companies worldwide. Serving over 9500 clients in 27 countries, GIA is recognized today, as one of the world’s largest and reputed market research firms.

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Article by jekky

With economic development increasing demand for chemical products more and more production facilities operating beyond the design capacity and thus the current global chemical enterprises to prevent the process equipment failure due to erosion caused by the loss has become an imminent problems Many experts believe that materials and corrosion protection measures to reduce maintenance costs and to make plants an important guarantee for the security and stability operation In recent years the construction of the chemical industry increasingly competitive in order to reduce the tender price successful unit for anti corrosion measures such as the use of high quality alloy surface treatment technology preservatives including coating cathodic protection and on line corrosion monitoring systems the importance attached obviously not enough this was particularly prominent in developing countries At present the chemical industry to new and existing industrial components the protection and conservation of increasingly high demand people and anti corrosion coating technology the demand is growing rapidly But the anti corrosion industry division of labor is very small engaged in the production of the company in this industry many products also vary widely At present the global production of major companies have protective coatings DuPont BASF Akzo Nobel and ICI and so on Organic polymer is a family of anti corrosion coatings one of the main products in order to meet the increasingly stringent requirements the performance of such coatings continue to improve Metal pipes and containers can be used as anti corrosion primer the United States has developed a new type of full fluoride material that can be in the pharmaceutical industry as a large storage tank and high pressure vessels primers both tanks and containers to prevent internal corrosion and not with mineral acids alkalis oxidizing agents and container chemical reaction nor with key pharmaceutical ingredients react In addition by the British group developing a new thermoplastic coating for the protection of steel equipment in corrosive environment is not corrosive the coating can protect the operation of the equipment can also be sealed to protect Ding production equipment especially suitable for the protection of flange shape of the internal and other more specific devices According to the manufacturer said such coatings more easily than other paint stain removal than the plastic protective shield flange more widely used and can significantly reduce the cost of corrosion of offshore oil platforms At the same time the United States plans a commercial launch of a new type of polyurethane used in anti cracking of composite materials chemical preservatives and sealants on It is said that this new material than conventional polyurethane has better resistance to chemical corrosion and the production is also more secure because it is not toxic to the mother isocyanate production Instead of using the cyclic carbonate etc made and the cost of this new type of polyurethane and conventional polyurethane can compete Chemical process in accordance with industry standards that cold state for example 400 degrees or less of various anti corrosion applications high temperature resistant plastic playing an increasingly important role A variety of fluorine containing polymers especially polytetrafluoroethylene PTFE in fact resistant to any chemical corrosion When using glass fiber and graphite fiber reinforced the PTFE can even be resistant to temperatures above 500 degrees However when used as a compression gasket valve seals and valve seats the Teflon and other fluoropolymers have a fatal weakness namely low temperature fluidity and so on To prevent the flow of a low temperature thermoplastic is PEEK which although not as resistant to chemical corrosion as fluorine containing polymer but it is the closest with the performance of a material In addition the epoxy resin can also provide a wide range of corrosion resistance performance especially chlorine in the marine and the environment Has a better corrosion resistance performance and strength of a continuous influx of new materials in recent years the market As for the pipes and heat exchangers in stainless steel with vanadium to enhance the manufacture of reactor materials high temperature using high strength steel Production of these materials may have special requirements in order to ensure that they are using the occasion of different corrosion resistance and these are often special requirements on the industry standards and norms do not have In the past few decades the amount of high chromium alloy proved to be both in the reduction or oxidation properties of the environment have a very good corrosion capability added to the element to make it more suitable for demanding the use of air and solution The amount of high chromium heat resistant alloy can be used in the manufacture of large diameter thick walled boiler pipe In the meantime researchers are focused on developing new materials and processes in the chemical industry applications Research and Development Center of Japan and Japanese enterprises are working together to develop a super performance over existing materials of metal The application of the existing iron alloy grain diameter between 10 100 microns researchers are working to reduce the grain size to 1 micron in diameter and to increase their strength toughness it has better corrosion resistant properties Used in high corrosive medium such as concentrated hydrochloric acid sulfuric acid nitric acid hydrobromic acid chlorinated organic compounds and acidic metal chloride aqueous solution of chemical equipment only a few materials can be manufactured in metal materials manufacturing costs due to the reasons for excluding precious metals only the high melting point of titanium capable of performing this work As the surface can form a very stable five titanium dioxide layer titanium oxide material and reduction of many materials have excellent corrosion resistance only the hydrofluoric acid and fluoride ion can be eroded titanium Thus almost all types of chemical equipment and components such as containers pipes valves mixers and so on can use titanium material However because of the heat transfer under the same environment different more vulnerable to erosion therefore heat exchanger material with titanium heat exchanger to better reflect its superior performance Generally due to weight and cost reasons using titanium materials are very thin wall parts which also makes titanium materials and equipment in good heat transfer heat exchanger surface area greatly reduced device structure can be more compact In addition the titanium material ductility is good easy to cooling molding made of a variety of components while the strength of titanium workpiece higher than the plastic workpiece can withstand a higher operating pressure Titanium melting point of 3000 degrees in this condition will be easy with other metals to form brittle compounds And thus the quality of titanium materials and equipment with design experience and manufacturing technology has a lot to In addition the surface treatment of metal material to improve corrosion resistance of another effective way In the stainless steel surface coated with silver based solder alloy fiber can increase their strength and it has a good anti corrosion and anti oxidation Such technology has been used in the production of heat exchangers etc are now being applied to assess the situation with regard to aluminum and ceramics U S Micro Corporation has developed a plasma can be used for aluminum alloy known as micro plasma processes MPP power chemical micro arc oxidation process can form a thick coating capability corrosion abrasion heat and there are insulation MPP technology can also be used to protect the steel surface Research is under way and further applied to the titanium and magnesium Overall the full use of existing anti corrosion technology selection of a suitable anti corrosion material not only to make the production process more secure but also effective in reducing management costs and maintenance costs And how to produce a more economical and practical anti corrosion materials to improve the preservative effect devices will continue to be the century of engineering and scientific research personnel worked for direction

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Article by hi joiney

(857, ‘HC WIRE International Organization for Standardization recently officially launched the quot ISO22196 2007 plastic surface antibacterial performance evaluation methods quot and quot ISO20743 2007 antibacterial antibacterial textiles determination quot This marks the international standardization system antibacterial completed the initial construction Currently antibacterial industry worldwide has formed a new industry the organic antimicrobial silver based antimicrobial agent and the continuous introduction of new products but also make the market very active Sync sound technologies and standards With antibacterial industry worldwide emergence of antimicrobial plastics companies on research and development in full swing U S Milin Ken chemical companies in Europe invest in a microbiological laboratory techniques to improve customer service levels The company said that this was its antimicrobial technology to promote the continuous development and market acceptance The laboratory in plastic and textile processing equipment existing conditions provide advisory services Milin Ken said this new indoor microbiological laboratory support infrastructure is designed specifically for European customers The lab has a standard microbiological equipment including inoculation and colony counting facilities sterilization cabinets biological safety cabinets incubator and microscope In addition Japan the United States Europe China and other countries have established their own anti bacterial standard system However due to different national standards customer requirements in different countries so product testing methods and inconsistent application of standards leading manufacturers at a loss to some extent affected the antibacterial products of international trade Released last year two international standard ISO antibacterial precisely in order to meet the needs of this new situation developed A large number of organic antibacterial agent market Many chemicals are anti microbial capacity to destroy but few suitable for plastic Add to the plastic of the antimicrobial agent only needs to satisfy the requirements of low cost and have excellent compatibility and can maintain a high thermal stability during processing In addition the antimicrobial agent must be able to move to plastic surfaces to prevent microbial growth Among them the organic antibacterial agent widely used Toloy company to market a large number of brand name Micropel plastic antibacterial agent Among them 10 10 39 oxygen generation dual thiophene evil arsenic is a broad spectrum antimicrobial agent resistance to fungus pink staining organisms bacteria and algae are highly effective widely used in soft PVC and polyurethane industries 3 iodo butyl propargyl amino acid is widely used in various industrial and personal care products in plastic the company is on such a product was modified to meet including PVC polyolefins and rubber including the kinds of polymer thermal stability when processing the request Chloro octyl isothiazolone ketone can fully satisfy the soft PVC processing on the thermal stability requirements and can well control the growth of fungi Philippine name for the company 39 s soft Micro Chek antimicrobial agent is used in PVC polyurethane and other polymer of low toxicity fungicides designed specifically for outdoor applications can be used for roof membrane doors windows cool shed and car accessories The antimicrobial agent after the U S Environmental Protection Agency EPA and Health Canada Pest Management Regulatory Agency PMRA certification UK acco chemical companies have developed for polyvinyl chloride Intercide series of antibacterial agents antimicrobial activity of its components will be included in the phthalate plasticizer stabilizer or a solid epoxy resin copolymer were being Polymer chemistry has developed PolySept alloy antibacterial agent can provide long term antibacterial plastic Master batch of the product typically contains 10 to 50 of the antimicrobial agent can be directly and polyethylene polypropylene polystyrene ABS polyamide polyester and polycarbonate mixed processing Unique properties of silver based antimicrobial Silver non toxic corrosion resistant does not burn and will not cause bacterial resistance and its chemical stability and high efficiency makes the silver as antimicrobial food processing and medical equipment for industrial use plastic antibacterial agent of choice Silver based antimicrobial agent mainly through the ion exchange mechanism antimicrobial silver to slowly release silver ions silver ions in microbial surface react with the bonding point thus organization of microbial levels Love gold silver based technology company developing antibacterial agent with broad spectrum antimicrobial effect the company produced for the Logitech mouse keyboard antimicrobial anti bacterial effect is obvious the release of silver ions can provide long term antimicrobial protection Antibacterial agent containing the keyboard and mouse can be self cleaning surfaces elimination of existing and new bacterial anti bacterial effect and this will be accompanied by the entire product life cycle EPA has developed technology that love King of antimicrobial agents with access to food and water are safe the product by the U S Food and Drug Administration to include direct contact with food product categories SanitizedAG has developed a new type of silver based antimicrobial active components to glass ceramic as a carrier of silver based antimicrobial activity of this component is more efficient than the efficiency of their products increased by 1 times The active component can be directly mixed into plastic material when their environment is conducive to microbial growth when the excited carriers Glass silver ions such natural silver based antimicrobial agent active component can withstand processing temperatures up to 350 In addition glass ceramic carrier is transparent and therefore the optical properties of transparent plastic little or no effect ‘)

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The purpose of this book is to define barriers and challenges to a rapid expansion of cellulosic-ethanol production and determine ways to speed solutions through concerted application of modern biology tools as part of a joint research agenda. Although the focus was ethanol, the science applies to additional fuels that include biodiesel and other bioproducts or coproducts having critical roles in any deployment scheme. The core barrier is cellulosic-biomass recalcitrance to processing to ethanol

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Article by jekky

With the increasing emphasis on sustainable development, Dow Chemical functional fluids, poly 2 ether and surfactants business closely follow the trends, timely application developed for the Chinese market, including solar energy applications, high-quality Photovoltaic silicon, Environmental protection The areas of air conditioning products and biodegradable surfactants. With the endless stream of innovation and rapid development in the Asian market, Dow Chemical to leading-edge technology and innovative solutions to support and achieve a strong commitment to sustainable development.

Dow functional fluids, poly 2 ether and surfactant JimBatt global business director, said: “As the rapid growth of Chinese industry and Energy Surge in demand, and energy conservation, alternative energy, and product safety issues more and more attention, which will lead us into a new business. High-quality products and excellent service enhances the competitiveness of Dow, so we in the fierce market competition. Asia is the key to the success of Dow areas. We have made in this region milestone of success, and will continue this good momentum of development. “

Dow functional fluids, poly ether and surfactant Second Global Business Director, Mr. JimBatt (HC Auto Parts Network with map)

“Dow Chemical knew, sustainable development for China, for any other country, and the future of the world is extremely important. By working with our customers, investors depth Cooperation, Dow Chemical obligation to do his duty and sustainable development. “Batt continued Mr..

Dow heat transfer fluids have been operating history of 75 years, wide range of products, high quality technical service support to Dow heat transfer fluid products can be adapted to a variety of low and high temperature environment, the chemical reaction process. Synthesis of glycols (PAG) on the basis of broad product line of fluid, Lubricating oil And superior performance lubricants, performance significantly more than oil, animal and vegetable oils. Dow offers a variety of polyethylene glycol products, each with unique advantages and ability to adapt and lubricating properties, a wide range of viscosity, color, light, pungent odor of small, low dust, high stability and low flammability. Dow surfactant products, household cleaning products to improve cleaning and wetting properties, and enhance industrial cleaning products can be prepared of.

The photo interview (HC Auto Parts Network with map)Following case is the recent Dow functional fluids, poly 2 ether and surfactants business unit customers in China and Asia to make contributions to sustainable development:

Functional products in Asia

Recent years, the Government of the green energy to encourage and support innovation, Korean solar PV industry growth spurt occurs. Polycrystalline silicon solar photovoltaic products such as solar energy Battery The main raw materials and semiconductors. In Korea, the Dow has several silicon manufacturers to provide products, such as Woonjin, HKSilicon and KCC. In China, the Jiangsu Shunda Dow Electronic Material Technology Co., Ltd., Zhejiang Ning Silicon Co., Ltd. to provide related products. As the solar silicon photovoltaic solar panels and the downstream demand for rapid development in recent years the rapid increase in demand for polysilicon. In order to better serve two separate polysilicon manufacturing process (involving low and high temperature operating environment) supply SYLTHERM thermal fluid and DOWTHERM thermal fluid, Dow has set up production facilities in the relevant areas. Dow is the world has the technology and existing production capacity of several companies.

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Article by hi joiney

As early as six or seven thousand years ago, Neolithic, our ancestors will be able to use the hematite Powder The linen dyed red. Living in the Qaidam Basin in Qinghai Nuomuhong primitive tribal region, can dye wool yellow, red, brown and blue color, with weave Color Striped felt. Shang and Zhou dynasties, dyeing technology continues to improve. Court hands workshop with full-time officials “dye” and “palm dyed grass,” Management of Dyeing. Stained the color on the rise. Han, staining reached a very high level. Stained with the dye in ancient China, mostly based natural mineral or vegetable dyes. Ancient colors blue, red, yellow, white, black as “colored”, between the primary colors can be mixed colors (multiple colors). Green, blue grass mainly used to extract from the indigo dyed. System of indigo blue grass can have a good variety, the ancient first horse with the blue. Red, red in ancient China as the primary colors red, but said the orange-red to red. Red dye was first used in China hematite powder, was useful in cinnabar (mercury sulfide). Stained with them, poor fastness. Zhou started using madder, the roots contain alizarin to alum as the mordant to dye the red. Han Dynasty, the large-scale cultivation of madder. Yellow, early primary use of Gardenia. Gardenia fruit contains “possession of spent acid” in the yellow pigment, is a direct dye, dyed reddish yellow micro-light. Jin later, another yellow dye to yellow, locust flower, Huang Bo, turmeric, yellow, etc. Zhe. Zhe out with yellow fabric dye was flushed in the moonlight light reddish brown and yellow, rich red in the candlelight show, color is very matter are both trademarks of their eyes, it has been since the Sui Dynasty, the emperor’s clothes will be color. After the Song Dynasty emperor dedicated yellow robe, both evolved from this. White, you can use natural minerals sericite painting, but the main way to get through bleaching. Prior to that, there are bleached with sulfur fumigation methods. Black, ancient plant mainly used for dyeing black solid oak, acorns, Galla, leaves, holly leaves, chestnut shell, lotus seed shell, tail leaves, Chinese tallow tree leaves. Since the Zhou Dynasty of China began to adopt, until modern times, it is replaced by sulfur black dye. Mastered the method of dye colors, then you can get infected through the set between the different color. With the dyeing process technology continues to improve and develop, our ancient dye out Textile Color also been enriched. Some people have the Tang Dynasty Unearthed Silk fabrics Made chromatographic analysis, a total of 24 colors, including red silver red, as red, scarlet, Jiang Hong, deep plum; yellow with light yellow, daisy yellow, apricot, yellow, yellowish brown, Chahe; green, blue, egg blue, Azure, turquoise, sapphire, red green, and indigo; green, Hu green, pea green, leaf green, apple green, dark green and so on. Our printing gesticulate on the fabric flowers, decorated flowers, Embroidered And provide moving all night. Currently we see the first printed fabric is Chu Warring States Period unearthed in Changsha, Hunan printed silk quilt cover. In the Central Plains, printing technology, recovery from the valine start again, so was also to have twisted Valerian Valeriana, Valeriana Ge Valerian and folders. Additional Categories, Ge Valerian actually a printed fabric dyed imitation. Tang Printing and dyeing Well-developed industry, in addition to valine in the quantity and quality are improved, but also there are some new printing technology, especially in the Tang Dynasty unearthed in Dunhuang, Gansu, rubbing the group with the relief of the birds nest pattern silk, it was the Eastern Han Dynasty After subduction of the Toppan Printing Technology reproduction. Textiles from the Tang Dynasty unearthed a number were also found not seen in the records of the dyeing process. The Song dynasty, China’s printing technology by a more comprehensive, chromatography are more complete. Yang Ming Shen in the “total recorded lead Dan” records: “In the Yuan dyers have folder valine road, do not have Tan valine, Shu valine, Whey valine, three sets of valerian, Valeriana spot the name of green silk.” Although many names, but the printing technology is still not out of the scope above. To the Ming and Qing Dynasties, the dye application technology in China has reached a considerable level of dye workshop has also been greatly developed. Qianlong, it was so described dye workshop in Shanghai: “dyers blue square, stained Azure, TANSEI, next month white; a red square, dyed red, pink dew; a drift Square, stained yellow coarse white; a variegated Square, dyed yellow, green, black, purple, shrimp, blue, gold and so the Buddha. ” In addition, the more complicated with the development of printing technology. To Perot in 1834 France Printing machine Before the invention, when the sector in China has been the most advanced hand-dyeing techniques.

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Ethanol and Corn: Changes from Expanding Use (Renewable Energy: Research, Development and Policies)

U.S. policy to expand the production of biofuel for domestic energy use has significant implications for agriculture and resource use. While ongoing research and development investment may radically alter the way biofuel is produced in the future, for now, corn-based ethanol continues to account for most biofuel production. As corn ethanol production increases, so does the production of corn. The effect on agricultural commodity markets has been national, but commodity production adjustments, an

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OUR VIEW; SUBSIDIES FOR ETHANOL? CORN HAS BETTER USE.(Editorials): An article from: The Santa Fe New Mexican (Santa Fe, NM)

This digital document is an article from The Santa Fe New Mexican (Santa Fe, NM), published by The Santa Fe New Mexican on March 31, 2011. The length of the article is 640 words. The page length shown above is based on a typical 300-word page. The article is delivered in HTML format and is available immediately after purchase. You can view it with any web browser.

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Title: OUR VIEW; SUBSIDIES FOR ETHANOL? CORN HAS BETTER USE.(Editorials)
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Electronic Ceramics Barium Titanate Ultrafine Powder technology is the emerging field of today’s high-tech materials, new industries. Because of its high-tech content, materials produced by powder refined functional specificity, making the new technological revolution of basic industries. Barium titanate powder is an important foundation for electronic ceramic components of raw materials, high purity barium titanate ultra-fine ceramic powder is mainly used for medium and sensitive ceramics manufacturing, which the multi-layer ceramic capacitors, PTC thermistor device with our daily lives closely related, such as the PTC thermistor starter in the refrigerator, color TV degaussing device, program-controlled telephones, energy-saving lamps, heaters and other fields is widely used; MLC multilayer ceramic capacitors are widely used in large-scale integrated circuits. Barium titanate (BaTiO3) single crystal has excellent photorefractive properties, have high self-pumped phase conjugate reflectivity and two-wave mixing (optical zoom) efficiency in optical information storage has a huge potential application; It is also important substrate substrate materials. Strong ferroelectric barium titanate, piezoelectric and dielectric properties, etc., is a very important electronic ceramic materials, widely used in manufacturing various electronic components, such as high-capacity capacitor, monolithic capacitors, heat-sensitive components, pressure sensitive components and other sensitive components and other fields. Currently, the annual demand in China, barium titanate tons in 2000, and is 20% annual growth rate, mainly relied on imports, or production by solid state synthesis of barium titanate, the high cost of the former, the latter performance is poor, energy consumption. Institute of Metallurgy and Materials hospital rare chemical co-precipitation method using liquid barium titanate powder produced with high purity and ultrafine and quality stable. High purity electronic grade barium titanate is an important raw material use electronic components to meet the requirements of high-purity raw materials, according to a specific response to the order, first to titanium tetrachloride and titanyl oxalic acid anion complex formation, and then with barium chloride to precipitation reaction, and then washing and control of barium titanium than the post-processing, calcining high-purity electronic grade obtained barium titanate powder. Barium titanate under DC electric field, the Curie point of 120 ℃ in the following will have a lasting effect of the extreme of the polarization of barium titanate has piezoelectric properties and ferroelectric properties. U.S. researchers at the University Ham Scone star to design a composite material. The material from the barium titanate crystal and matrix composition of tin, this material is said to still hard than diamond. Experimental results show that the implantation of tin in the barium titanate particles obtained hardness close to diamond 10 times.

Source:http://www.mhcocm.com

Keywords:barium titanate,barium titanate power