Author: blogger

Gemeni Machine Works Fabricate Top Class Machinery

blogger

Gemeni Machine Works Private Limited a subordinate of Gemeni Fabricators began its operations in the year 1985 with an objective to manufacture top class machinery. Today Gemeni is one of the leading fabricators of tire retreading machines in the market. The company has distributed to countries such as Egypt, Bangladesh, Sri Lanka, Yemen, Mauritius, Nepal, Turkey, Ghana, Kenya, Uganda, Nigeria, Fiji, Madagascar, Saudi Arabia, U.A.E, and Italy.

They are a single source manufacturer and supplier for all the requirements of the retreading industry. They manufacture retreading equipment like tire buffer, tread builder, curing chamber, envelope expander, cement churner, rail system/monorail, inspection spreader, expandable rims and hub, tire stand and trolley. Gemeni Machine Works Private Limited with more than 300 machines installed and commissioned globally is one of the leading manufacturers of tire buffing machines. They manufacture retreading raw materials like tread rubber, cushion gum, vulcanizing cement, and envelope. The retreading tools like carbide rasp, hand tools, tire repair knives, brushes, buffing blades, and radial repair tools are also manufactured here. They have three decades of experience in the retreading industry. They provide one year of warranty on all the machines. Gemeni’s dedicated service team installs and commissions their tire retreading equipments to any destination in the world.

The company conducts regular trials and trains operators at the customer site on all tire retreading machines. They have a steady supply of raw materials like envelope, vulcanizing cement, cushion gum, tread rubber etc. Gemeni also trains the operators at the client site for machine maintenance and offer a comprehensive project planning report. They also provide details of design and plant layout options and customize the plant according to the requirements of the customer. The company manufactures repair equipment like tire spotter, extruder gun etc., and repair materials like extruded rope rubber and patches. The tire buffers are designed to buff tires ranging from 12- to 24-. They have expandable rims to ensure proper tire holding for various sizes of tires and have specially designed turn table and rasp head to provide the right texture and ensuring the quality of retreading. They have a high speed dust collector ensures, clean working environment.

About Gemeni Machine Works

Gemeni Machine Works Private Limited a subordinate of Gemeni Fabricators started its operations in the year 1985 with an objective to fabricate top class machinery. As of today Gemeni Machine Works Private Limited is one of the leading manufacturers of tire retreading equipments in the market. Gemeni Machine Works Private Limited has exported to almost 16 countries including Egypt, Bangladesh, Sri Lanka, Yemen, Mauritius, Nepal, Turkey, Ghana, Kenya, Uganda, Nigeria, Fiji, Madagascar, Saudi Arabia, U.A.E, and Italy. Manufactured, Installed and commissioned more than 300 retreading plants globally. They have three decades of experience in the retreading industry. The company provides details of design and plant layout options and customizes the plant according to the requirements of the customer. For more details, please visit http://www.gmwpl.com.

Cement Industry Of India

blogger

Cement is one of the main industries that plays a pivotal role in the growth and expansion of a nation. The cement industry is one of the main beneficiaries of the infrastructure boom in the country. The Indian cement industry is huge, and it has great production capacity. Currently, the total capacity of cement industry is about 165 million tonnes, which is the second largest in the world.

Cement is one of the vital constituents that is required for every construction purpose, such as industrial, housing, and also for construction of infrastructures, such as roads, ports, bridges, power plants, and so on. Thus, the cement industry is a significant contributor to the revenue collection of the government.

In India, the cement industry in the initial stages grew very slowly and the supply struggled to meet the demands. However, the scenario changed drastically after the liberalization period. The cement industry began to grow and since then the supply of cement has always managed to keep pace with its demand.

Today, the cement industry in India is one of the most advanced and pioneering sectors in the country, and the cement industry has a huge potential for growth and attracting new investments. The cement industry in India uses the most modern and world-class technology. Also, because India has a high quantity and quality of limestone deposits throughout the country, the cement industry promises huge potential for growth.

The government of India has set ambitious plans to increase the production of cement in the country, and to attain the target the government has made huge investments in the sector. The Department of Industrial Policy and Promotion, which falls under the central Ministry of Commerce and Industry, is the agency that is responsible for the development of the cement industry in the country. The agency is actively involved in keeping track of the performance of cement companies in the country and provides assistance and suitable incentives when required by the company. The department is also involved in framing and administering the industrial policy for foreign direct investments in the sector. Apart from formulating policies, the department also promotes the industry to attract new foreign investments in the sector.

The Department of Industrial policy and promotion plays an active role in promoting foreign investment in India in the cement industry by providing useful information to the investors about the investment climate and opportunities in India. The department also provides advice to prospective investors on various policies and investment procedures.

In order to promote investment in the sector, this department has greatly emphasized the development of good transportation facilities to ensure smooth transportation of bulk cement. It also aims to support the investors by providing them with R&D facilities and technological assistance.

The cement industry in India has been attracting several top-notch cement companies worldwide, which reflects the fact that this industry holds huge potential for investment. Also, due to the boom in the housing sector world-wide and the increased activity of the development of infrastructure, the demand for cement is set to increase globally. Thus, the investors having nothing to lose and are all set to benefit from investing in Indias cement industry.

Japanese Led Industry Policy in The 21st Century Light Plan

blogger

In Japan, government support, LED lighting industry grow rapidly. In 2008 the Japanese lighting market, LED lighting accounted for 0.8% of the proportion is expected to reach 8% in 2015, 2020, will increase to 25%. Nichia, ToyodaGosei and other influential world-leading enterprises are emerging LED. Japanese government in promoting the development of LED industry played a very important role. As early as 12 years ago, Japan has started to promote the development of semiconductor lighting technology and industrialization of the “21st Century Light Plan”, is the world’s first LED industry policy launched one of the countries. This article focuses on the LED to explore Japan’s most important industrial policy “in the 21st century light plan”, both before and after analysis of the plan implementation phase of the development focus to summarize the development of LED industry in Guangdong inspiration.

A first stage in order to promote R & D-based (1998-2002)

Organization to promote the implementation of the scheme commissioned by the authority. Japan’s “21st Century Light Project” (high-efficiency photovoltaic conversion compound semiconductor development) was in March 1998 by the METI (formerly MITI, METI) for the New Energy and Industrial Technology Development Organization (NEDO, TheNewEnergyAndIndustrialTechnologyDevELopmentOrganization) to provide funded by NEDO, and the specific metals research and development centers in Japan (JRCM, TheJapanResearchAndDevelopmentCenterForMetals) jointly implemented. Developed by the Japan Electric Lamp Manufacturers’ Association and four universities, 13 companies cooperation.

From the point of view at that time, Japan has actively implementing “21st Century Light Plan” mainly because of three considerations: First, to energy-saving, LED products, excellent energy saving effect can save a lot of energy for Japan, which is the most important reason. Second order reduction, once the popularity of LED lighting, will reduce 3.4 million tons per year of carbon dioxide, no doubt for the Kyoto Protocol to reduce carbon emissions to add a booster. Third, the industry leader for the Japanese government to cultivate local LED industry’s international competitiveness and maintain with Nichia, Toyoda Gosei in Japan, led by companies such as LED technology leader in the world.

A focus on promoting R & D program. “The 21st century light plan” a plan emphasizes basic research in LED technology. In 1998-2002, the Japanese government invested 5 billion yen and the development of white LED semiconductor lighting, new semiconductor materials, substrate, phosphor, and lighting, etc. (see Table 1), the 2005 production that can replace incandescent and fluorescent The first generation of LED light source for general lighting. Japan has achieved a “21st century light plan” the first phase of the target.

Completion of the first phase of the target, largely cast a number of leading Japanese LED business success, they GaN blue and green LED breakthroughs in a number of industrial areas such as key and common technologies and the establishment of a worldwide patent network formed in this century, Japan’s leading edge LED industry. For example, the master of polysilicon, silicon and silicon wafer manufacturing materials and other production and manufacturing technologies have world-renowned Japanese company Shin-Etsu, Mitsubishi two (with two other virtues of enterprise MEMC, Wacker together control around 70% of silicon wafer market); master GaAS substrate manufacturing technology of Japanese companies including Hitachi Cable, Sumitomo Electric, Mitsubishi Chemical, Shin-Etsu, etc.; master organic metal technology is Sumitomo Electric; master phosphor technology companies are fundamentally about the special chemistry (Nenoto), into (Optonix), etc.; master MOVCD devices (commonly known as the extension of the furnace) manufacturing technology of Japanese companies, including Nichia, Toyoda Gosei, Dayang Sanso (Sanso) and so on.

Second, the second phase of building and nurturing needs of the market (2003-2010)

“The 21st century light plan” is the beginning of this century, the implementation of Japan’s technology leader in the field of LED-based development strategy of the important measures. The program hopes to continuous technological breakthrough can be achieved in 2006 with 50 percent of white LED lighting alternative to traditional lighting, as well as the country’s electricity consumption by approximately 10% of the target. But in fact the LED lighting lighting in Japan in 2008 accounted for only 0.8% of market share, which is LED price drop not achieve the desired level, and marketing applications has a lot of lag. To this end, the Japanese government to adjust the “21st Century Light Plan” to implement the second phase of the center of gravity, from the first phase of the push-based technology research and development to build the second phase shift and training needs of the market. More technical aspects of research and industry by industry-led alliance government’s direct financial investment decreased, the government hopes to develop the market and strengthen the popularization and application to open the deadlock. Thus, in the second phase implementation process, the Japanese government has adopted a standard set up to promote LED, LED products promote the use of tax incentives and other measures to expand the LED lighting market.

(A) promote the establishment of standards for LED

Currently, the overall global LED industry standards are not established, although the International Standards Association has developed a CIE-127 standard, but only part of the measurement standard. The reason is mainly a wide range LED applications, requirements of individual areas such as product characteristics vary greatly, but the lack of leader-led industry standard is one very important factor. To this end, the Japanese government and manufacturers to establish a standard for the world to seize the advantage is very positive. A few years ago, organized by the Japanese government, Japanese semiconductor lighting industry for the joint Japan Electric Lamp Manufacturers’ Association of LED products style and standardized measurements, and more recently the integration of Japan 72 LED LED lighting related companies set up to promote the Association, the the standard integration and development, membership hope buyers and sellers by reducing transaction costs and industry standards, thereby enhancing the competitive advantage of Japanese companies worldwide. Japan introduced the main LED important criteria include: the development and improvement of “white LED lighting metering method General.” Illuminating Engineering Society of Japan (JIES), Japan’s Commission on Illumination (JCIE), Japanese lighting industry will (JIL) and the Japan Electrical Manufacturers’ Association ball (JEL) in 2004 to develop common standards, “with white LED light metering method General”, as the only white LED lighting for the development of measurement standards in the first edition had the lead in formulating a number of projects had not been standardized, such as standard LED manufacturing, small modules of light intensity measurement and life assessment methods. Subsequently, the four groups in Japan in March 2006 announced a revision of this standard, increasing standard, and revise the original content, colorimetric measurements and flux measurement methods make a more detailed specification. Overall, a very detailed description of the standard, can be found at this stage of the LED standard international literature, the content can be said to be the most complete specifications. In the current industry is still a lack of appropriate generic LED measurement standard case, the standard will be an important reference.

Re-enactment of “Electrical Appliance and Material Safety Law” to regulate, including LED products, including product attributes. May 2010, the Japanese re-enacted the “Electrical Appliance and Material Safety Law,” clearly defined electron emitters (LED, OLED lighting) the power, voltage, fixed frequency. Provisions of the relevant official is expected to be released before the first quarter of 2011, the fastest will be implemented in July 2011. But for LED lighting, electric current specification includes only the spherical object lighting, lamp lighting in the specification that the object beyond. Although the “Electrical Appliance and Material Safety Law” does not contain a lamp type LED lighting, but still want companies to the Japanese government according to their own performance and security constraints, the formation of non-expressly provides that “the industry specifications.”

(B) promote the use of tax incentives LED products

Tax breaks to encourage procurement of LED products. December 2005, Japan introduced to improve and enhance the promotion of energy tax, between 2006-2007, clearly defined business or organization to use led lighting to replace incandescent lighting, access to over 130 per cent depreciation of investments, or 7% of investment tax rate reduction, to narrow the traditional lighting of the LED and the gap between procurement costs, improve use of LED lighting initiative to expand the demand for LED lighting in Japan.

LED products into the “Eco-Point” energy-saving appliances subsidy program. In response to the international financial crisis, to stimulate domestic consumption demand, in May 2009, the Japanese government began to implement energy-saving appliances subsidy program “Eco-Point” system, the implementation period for the end of 2010. The so-called Eco-Point system, affordable way to mainly country will be equivalent to 5% of the cost price as “EcoPoint” restore to consumers, then consumers can use points accumulated exchange of other products. LED lighting products become the flat-screen TVs, refrigerators and air conditioning after the approval of the second batch of product subsidies object. Currently, Eco-Point systems since inception, led the sales showed significant growth-related products, including LED lights in the Japanese share rose from less than 1% in 2009 to rapidly increase in February 2010 to 10%, effective from the last play boost Japanese consumer, the role of supporting economic recovery.

Dyestuff Industry – India And China

blogger

Dyestuff Industry India and China

Very big market of Dyestuff industry in India and China. Indian government relaxation and motivate to grow dyestuff industry in India.

Pigments for color and organic world demand in 2008 to reach $ 10.6 billion

A study on color and organic pigments, organic dyes (color and organic pigments) to form the annual global demand for 2008 of 4.9 percent in 2003 should increase to 10.6 billion.

Generally, the dye industry three sub-sectors, namely, color pigments, and intermediates are involved. Dye intermediates, petroleum products, dyes and pigments in the downstream ends are further processed. These textiles, plastics, paints, paper and printing ink, leather key sources of these major industries, packaging, etc. area

Colors of the key players

Textile dyes has been used since the Bronze Age. He also developed a prototype of 21st century marketing specialty chemicals. Three major ie DyStar, Ciba Specialty Chemicals and Clariant dye manufacturers are market leaders. The largest, DyStar, 1990 in the decade some of Europe’s leading textile dyeing companies was established in a series of mergers. Greater efficiency and cost burden in the world, manufacturers of Asia powered by an immediate increase in the offbeat chemistry coloring objects. About fundamentally new regulatory barriers that impede the progress of the opening of dyestuffs. Despite DyStar, Ciba Specialty Chemicals and Clariant’s innovative products and new chemical science has increased over the last 10 years and reactive dye dispersant being made to suffer and the dye of high sulfur dyes.

In 2001, the largest private company in the market share of production of dye (23%) DyStar, (14%) Ciba, Clariant (7%), Yorkshire (5%) group, Japan (5% ) and other traditional groups (3%) were. And manufacturers of various dyes are the largest group at 43%.

Development of dye manufacturers and wholesalers to keep away from Asia in a way, he says, comes straight from the specialty chemicals strategy through collaborative work with clients to differentiate product offerings and a high price for specific products support giving a perfect solution. It is an effective, provided that such suppliers from China, India, Pakistan and Brazil and the United States and Europe, manufacturers of textile production and for most of the same quality and product performance throughout the world maintain the goal.

40-30 of the problem of overcapacity in Europe against Asia, especially China, has a percentage of the market. But experts believe that the low cost Asian manufacturers, producing a limited number of basic dyes. Most industry experts believe that growth is innovation and differentiation. However, the market of 180,000 tons per year worldwide spread of colors, special colors are made up of only about 5,000 tons.

DyStar is a leading manufacturer of reactive dyes, which were developed 50 years ago HERE. DyStar recently purchased by Platinum Equity, the company over the original dyes HERE BASF Bayer, Hoechst and made the people as well. polyesters DyStar has developed the deep shade. new chemicals thiophene-based azo dyes, including azo dyes and anthraquinone coloring control emerges. benzodifuranone DyStar too heavy for the red color developed. Azo dyes amended to reflect its performance when implementing a new detergent. The company has also established confidentiality agreements with leading detergent manufacturers to test chemicals and dyes needed new detergent reformulation is not compliant. It fluoroaromatic Levafix CA reactive dyes increased the number of reactive groups. The company is also improving the lightfastness of the dye chromophore or color component is on strengthening the work.

Indanthren Deep Red C + FR, recently, cellulosic fibers DyStar new red shades of red Bordeaux heavy, continuous and appropriate for dyeing son units for dyeing cellulose fibers, as well as for the medium and a dye cellulosic new feature / polyamide blends. The classic cold pad batch dyeing DyStar Textilfarben GmbH has launched the process (CPB). Cold pad batch major developments in technology were introduced in 1957 and still running:

D-metering pump (Hoechst)

– The introduction of sodium silicate that fixing alkali (Hoechst)

– The development of microwave ovens and laboratory evaluation method (Hoechst)

– Pad terms of stability liquor practices (Hoechst) under the mathematical — CR Optidye (DyStar)

systems development of free alkali silicate (DyStar) of –

China dye industry

In the first half of 2005, China organic pigment production rose 4 percent and 11 percent of a dye obtained. A report that Chinese demand for dyes and pigments in 12 per cent in 2008 and production of dyes and pigments is expected to increase 13 percent by 2008 will increase each year.

According to statistics, in 2004, China dyeing materials and the production volume of pigments reached 598,300 tons and 143,600 tons, 13.3 and 10.4 per cent over the last year that the increases. Total imports and exports of dyestuffs and pigments for 291 200 tonnes and was estimated at 138,800 tonnes at the same time, the increase of 16.15 percent and 10.64 last year. Therefore, for China a major producer, consumer and materials, pigments and dyeing auxiliary dyeing developed dealer.

China becomes top importer bangladesh

July-September 2005, Bangladesh and China imported 3.73 billion colors (57.5 million) from India Taka 2.53 billion (38.9 million) dollars Taka against chemicals (combined) during the .

DyStar expanded center in China

Recently, a new textile dyes DyStar feature of a million to about $ 55 U.S. to China to expand its production base and market focus has increased on this important step has announced to invest in Nanjing. Located about 300 km northwest of Shanghai, Nanjing, Jiangsu Province, is the capital of a region important for textile production. The DyStar Wuxi, where production capacity has tripled last year, with Qingdao in China will be the third production unit. The new production site in China will increase their growth. Strengthen their international competitiveness, and it will boost market leadership. This investment is a clear sign that your heart DyStar business continues to invest in the textile industry in the long term, will remain a reliable partner.

New production complex in Nanjing, cellulosic fibers and synthetic DyStar will produce colors. Flexibility built in other colors and in accordance with the requirements of the building will allow expansion of infrastructure. This means that the growing demand in China DyStar will be able to react quickly. The first plant is scheduled to inaugurate the first half of 2006.

The Indian industry dye

industry of textile dyes in India to produce the majority of their supplies. Dyes and pigments from India exports large quantities of Europe, Southeast Asia and Taiwan are in the textile industry.

Currently, Indian dye industry entirely self-produced products is dependent on the local level. India currently produces all kinds of synthetic dyes and intermediates and their strong market holds natural dyes. dyes and dye intermediates India came as a global supplier of reactive, acid, vat and direct dyes mainly. Indian coloring, about 6 percent of world production is a part.

Structure of the dye industry in India

The Indian dyestuffs industry has been underway for nearly 40 years of existence, some multinational companies established during the independence of the dye units. As the chemical industry, dye industry is widespread. Industry some manufacturers in the organized sector (about 50 units) and small producers to co-exist in a large informal sector (about 1,000 units) is the job number.

These units located in the west (Maharashtra and Gujarat) accounting for 90 per cent on the sloping ground. In fact, about 80 percent of the total capacity of Gujarat, where about 750 units is in the state.

This dye industry over the last decade has been a major development. Small scale units and export opportunities in the U.S. and Europe (due to the implementation of strict control of pollution) in countries such as the closure of many units generate Grant government (excise and tax benefits) is caused. service concessions, small-scale was a little bigger and have become uncompetitive producers provided. price competition in the market was strong in the lower areas. Duties of the economy and liberalization of mass reduction occurs has little margin for producers. Due to environmental causes closure of many small units in the organized sector players in Gujarat have also helped to move forward.

Organic dyes and being manufactured in India (both organized and unorganized) pigments over six hundred varieties. But per capita consumption of dyestuffs is lower than the world average. soluble dyes and are mainly applied to textile products. Pigments, on the other hand, are insoluble and painting are the main sources of these products.

In recent years, the dye industry that evolves rapidly upshots international forum has been swamped by a series. dyes for the textile industry is the largest market. Polyester and cotton on world markets have positive demand for certain types of dyestuffs has created. In addition, polyamides, acrylics, cellulose and the demand for wool has been virtually stable. A gap in regional growth rates of textile products also affect demand. Asia, the fastest growth in textile production, North America, Latin America and Western Europe has seen since. The global textile industry to Asia shows the changes. Followed by Asia in terms of volume and value of production of dye about 42 percent of world production, with 24 percent of the United States and Europe follows with about 22 percent. On the basis of polyester and cotton because of its widespread use, there is a change in the direction of reactive dyes, fabrics made of cotton have been applied, and the colors used in polyester dispersed. These two colors is the pioneer in all three regional global markets in Asia in particular. In addition, models of regional growth and change in textile applications in the world of industry capacity in the amount of dye.

In India, manufacturers of paint pigment industry with chemicals and dyes industry in terms of stock market key players Atul, Clariant India, Dystar, Ciba Specialty Chemicals and IDI are Sudarshan. Indian companies account for 6 percent of world production.

About 80 percent of stories are dyes. Because the technology is not widely used, the specifications of the products is easier than copying. Recently, however, there has reached global manufacturers to try to end functionality of the product profile has changed. Vat dyes, specialty products, as always have an important function that work with technology. Reactive dyes now companies are focusing on the premium segment. Tilt the package now the only solution is changing the supply of paint products. innovation is more important, the production range, quality and products are environmentally friendly. Equipment manufacturers working with manufacturers to provide integrated solutions rather than products.

Global financial industry has revised the application model dyes and policies has revolutionized the Indian market in stocks. East and small scale sector in the 1980 excise concessions generate many units in Maharashtra and Gujarat. At one point, there are about 1,000 units in the unorganized sector, most of them located in Gujarat and Maharashtra have been with.

Made-from-india.com is biggest b2b portal to trade acid dyes, basic dyes and reactive dyes for India and China business.

URL: http://www.made-from-india.com/article/Dyestuff-Industry-India-and-China-747.html

Birmingham And The Industrial Revolution

blogger

Birmingham was one of the most significant cities in the development of the industrial revolution. How did it achieve its position of prominence in early industry.

Birmingham is located in Britain’s largest royal hunting ground, just outside the Forest of Arden. Birmingham town had a very interesting Saxon name. By dissecting the name, Birmingham, we know that during the Saxon’s times a man named Berm and his family – or “ing” – kept their home – or “ham” there.

Domesday Book had the first official mention of Birmingham. Birmingham Manor was a small place, as there were only 9 houses, may be around 50 people, other than the associates of the Lord of the Manor. The boundary of the land having the manor in it is mentioned to be having 4 hides. A hide is supposed to be approximately 120 acres of land. So, there were 480 acres, and not the whole land would be the arable land stated.

Peter de Bermingham, Lord of the Manor of Berm, was granted a charter in 1166 to hold a market every week on Thursday, and given permission to levy tolls on goods and produce sold there. The privilege of holding a fair each year for four days, starting on Holy Thursday, was secured in 1251 for the Manor of Birmingham. Such institutions flourished since Birmingham was on the River Rea at the only decent crossing in the district; therefore, it was a natural centre where track ways (no proper tracks existed) came together. Traders and craftsmen started settling in Birmingham to be close to the market. Since Birmingham was a manor, not a town, no irksome restrictions had to be observed by smiths, craftsmen, tanners, or gunsmiths in the Middle Ages. They could display and sell goods unhindered, enjoying the same privileges held by those who traveled to the increasingly flourishing town for trading. This liberty encouraged those of enterprise and ambition in the neighborhood to go to Birmingham, where they could work with no disturbances and compete with anyone. Thus, the town thrived and grew in the 14th and 15th centuries.

In Tudor times both banks of the Rea were filled with water mills and the workmen of Digbeth, Deritend and the nearby boroughs of Rea used the water wheels to turn the early machines. However, still more important is the fact that Birmingham was the only region with good supply of drinkable water, sufficient enough for the ever growing population.

The increasing number of patents granted to Birmingham tradesmen and inventors in the early eighteenth century shows the strong spirit of inquiry and initiative which was spreading throughout the town, and the great improvement of tools and processes. For instance, a certain John Taylor took out a patent for cast-iron hollow-ware in 1779. Henry Clay, one of John Baskervilles apprentices, patented papier-mache in 1772, while two brothers named Wyatt patented a machine for cutting screws, work which had hitherto been done by hand. Another townsman, named Harrison, made a steel pen for Dr. Priestley. Josiah Mason later started one of the largest factories in the world for the manufacture of pens. There were many more inventions about this time, so you will understand why Birmingham became so busy and progressive.