This product is very creative, with high technology content, not only thin but also luminous, energy saving and environmentally friendly. "When I visited the HITOM Future Pavilion on March 29th, Guangdong Provincial Party Secretary Wang Yang praised the luminescent ceramics.
Subsequently, at the 13th Ceramics Fair, luminescent ceramics once again attracted attention. The luminescent ceramic samples launched by Foshan Mingke Lier Ceramics Technology Co., Ltd. were swept away by the customers.
After the Ministry of Housing and Urban-Rural Development clearly put forward the building energy-saving goal, as the main material for the building, the ceramic seems to have found the development goal of combining the market---taking the second largest energy-consuming lighting as the breakthrough point, and the lighting technology is brightened. Energy-saving effects in engineering, emergency lighting, etc.
It is reported that Foshan ceramic industry is expected to produce the first standard of luminescent ceramics within one year. As the leader of architectural ceramics, Foshan wants to seize the opportunity of energy conservation.
Building energy conservation is getting more and more attention
On March 5, Premier Wen Jiabao of the State Council pointed out in the "2009 Government Work Report" that construction will be one of the three major energy-saving fields in 2009. Subsequently, the Ministry of Housing and Urban-Rural Development put forward the goal of energy conservation---to the end of the "Eleventh Five-Year Plan" period, building energy conservation achieved savings of 100 million tons of standard coal.
At present, the area of ​​new buildings in China is about 2 billion square meters per year. By 2020, the newly added building area will reach 30 billion square meters. Some experts believe that China's construction industry is in the stage of integration and upgrading, and architectural design will increasingly be characterized by humanization and environmental protection.
It is reported that a ceramic enterprise in Fujian has overcome the technical difficulties of thermal insulation exterior wall tiles and took the lead in launching an impact on the building energy-saving market. As a leader in architectural ceramics, has Foshan lost its first opportunity?
According to the National Bureau of Statistics, China's building energy consumption accounts for about 30% of the country's total energy consumption. Lighting energy consumption is the second largest energy-consuming project in the building, accounting for about 35% of the total energy consumption of the building. How to effectively reduce the energy consumption of architectural lighting and enhance the environmental protection of architectural lighting has become a key topic of concern in the construction industry. In 2008, Minkell was the first to introduce a full-luminous ceramic tile with a 98% yield, and then HITOM also launched a luminous brick. Taking the second largest energy-consuming lighting as the breakthrough point, and combining the lighting technology to achieve energy-saving effects in lighting engineering and emergency lighting, Foshan Ceramics seems to have found a development goal that combines the market.
Luminous ceramics have a long afterglow time and high brightness
Although the viable finished products were produced in 2008, the luminescent ceramics were officially market-oriented and still at this year's Ceramic Fair. "Before, we only exported a small amount of overseas for the architectural decoration with illuminating demand. However, at the Taohui Fair, the demand for orders from domestic distributors was very strong, and the samples we exhibited were almost completely taken away." Li Yongqiang, head of Mingkelil Tell the reporter. However, to the outside world, the architectural lighting energy-saving market is widely regarded as the main field of energy-saving lamps, and ceramics and lighting seem to be difficult to link.
"The first thing we think of is emergency lighting." Li Yongqiang believes that the current emergency lighting instructions for high-rise building stairs, subways and other buildings are still traditional electric lighting. "These lighting signs do not need a strong amount of illuminating, and can be replaced by luminescent ceramics, which can guide in low light or darkness without consuming electricity." According to reports, luminescent ceramics are produced in ordinary ceramics. In the process, a long afterglow light-emitting material in the rare earth is added and fired at a high temperature. Strong light energy, long afterglow time and high brightness are the main characteristics of luminescent ceramics. In the test report of the Changchun Institute of Optics, Fine Mechanics and Physics of the Chinese Academy of Sciences, the luminescent ceramics provided by the company maintained sufficient luminescence within a few hours after the end of the illumination.
The architectural lighting project is regarded as the real link of the energy-saving market. "We have done a survey, a large billboard illuminated by spotlights, the annual electricity bill is between 100,000 and 200,000 yuan, and an ordinary building lighting project, the annual electricity bill is also hundreds of thousands of yuan." Li Yongqiang It is said that if the luminescent ceramic is used as a building exterior wall brick, after the heat energy of the solar energy is absorbed in the daytime, different colors of light are emitted at night, which not only can achieve the original effect, but also saves a considerable amount of electricity. Energy-saving cards may be the key to the acceptance of luminescent ceramics. According to reports, the production of a square meter of full-luminous ceramics probably requires one kilogram of rare earth. At present, the price of domestic high-quality rare earth is generally 200-400 yuan per kilogram. "Even if the quality of rare earth, the purchase price is also hundreds of yuan, which means that the price of luminescent tiles is necessarily much higher than the average product."
"Lighting ceramics will be recognized by the market and it takes an estimated two to three years." Li Yongqiang said.
The yield of a large number of fired ceramics has reached 98%.
There is no industry standard, even no corporate standards, which may be the biggest obstacle to the current Foshan luminescent ceramics industry. "Although we have conducted professional tests in Changchun, it has no influence on the entire industry." Li Yongqiang said. However, this situation is seen by Minkell as a great opportunity to set the standard for luminescent ceramics. "Incorporating luminescent materials to fire ceramics has actually been tried by many brands in the past few years, but they have all failed. The main reason is that the yield of large-scale firing is extremely low and there is no production condition."
Mingkril, which was registered in 2006, did not come up with products until 2008. Solving the yield rate became their main research direction during this period. "We solved the problem of foaming after firing through self-made materials, and now the yield is 98%." Li Yongqiang told reporters. It is reported that the national utility patent that Mingke Lier applied for will be announced in the near future. "At the same time, we applied for patents in major ceramic producing countries such as Italy and Spain, making luminescent ceramics exclusive to Foshan."
The monitoring in Changchun made Mingkril realize that Foshan had set the standard for the establishment of luminescent ceramics. According to reports, the company is working with Foshan Institute of Science and Technology to produce a test line for luminescent ceramic products and become an authoritative monitoring agency. "In one year, we will establish our own system and form a standard. Maybe after 3 years, the production technology of luminescent ceramics will be mastered by more enterprises. We are now racing against time." Li Yongqiang said.
The combination with new technology is the success of Foshan ceramics upgrade
"The tiles that can float on the water, the tiles that can be rolled into carpets, these fresh high-quality, fine and pointed ceramic products have been successfully developed in Foshan, and it is expected to be industrialized as soon as possible." At the Foshan live meeting in the 9 cities of the Pearl River Delta, Lin Yuanhe, secretary of the Foshan Municipal Party Committee, introduced Foshan ceramics in this way. In the process of promoting the “reconstruction of industrial transformation urban transformation environmentâ€, Foshan ceramic industry experienced a “cage change for birdsâ€. In the past, the low-end production links of high pollution and high energy consumption of ceramic enterprises were basically migrated to logistics, exhibition, research and development. The high-end industrial chain, which is dominated, is gradually forming in Foshan.
What must be seen is that under the headquarter economy, the ceramics that continue to rely on the production capacity and the main market are still low-end ceramics. Foshan is aiming at a world-class ceramic base. How to play the competitive advantage of ceramics and expand the market space? Limited, if the quality changes, the market for product functionalization will be extremely large. Foshan Ceramics has always faced problems of insufficient integration with new technologies in other fields. Building ceramics, decorative ceramics and other products are often limited to decorative functions, and there is a large gap in the construction industry's increasingly functional material.
Fortunately, Foshan ceramics enterprises have realized that the functionalization of ceramic products is becoming a trend, not only requires a gorgeous decorative effect, but also puts forward new demands in terms of energy conservation, environmental protection and safety. Therefore, functional ceramics, which are made of business cards and used for illuminating illumination, which seem to have nothing to do with ceramics, but can be realized by technology, are gradually appearing in Foshan. What is the change brought about by such changes? In 2008, the output of building ceramics in Foshan Chancheng District was 1.1 billion square meters, down 38.89% from 1.8 billion square meters in 2006, but the output value reached 18.8 billion yuan, up from the previous 14.1 billion yuan. 33.3%, completed tax revenue of 480 million yuan, also increased by 33.3%, the total value of exports increased by 60% to reach 800 million US dollars.
Subsequently, at the 13th Ceramics Fair, luminescent ceramics once again attracted attention. The luminescent ceramic samples launched by Foshan Mingke Lier Ceramics Technology Co., Ltd. were swept away by the customers.
After the Ministry of Housing and Urban-Rural Development clearly put forward the building energy-saving goal, as the main material for the building, the ceramic seems to have found the development goal of combining the market---taking the second largest energy-consuming lighting as the breakthrough point, and the lighting technology is brightened. Energy-saving effects in engineering, emergency lighting, etc.
It is reported that Foshan ceramic industry is expected to produce the first standard of luminescent ceramics within one year. As the leader of architectural ceramics, Foshan wants to seize the opportunity of energy conservation.
Building energy conservation is getting more and more attention
On March 5, Premier Wen Jiabao of the State Council pointed out in the "2009 Government Work Report" that construction will be one of the three major energy-saving fields in 2009. Subsequently, the Ministry of Housing and Urban-Rural Development put forward the goal of energy conservation---to the end of the "Eleventh Five-Year Plan" period, building energy conservation achieved savings of 100 million tons of standard coal.
At present, the area of ​​new buildings in China is about 2 billion square meters per year. By 2020, the newly added building area will reach 30 billion square meters. Some experts believe that China's construction industry is in the stage of integration and upgrading, and architectural design will increasingly be characterized by humanization and environmental protection.
It is reported that a ceramic enterprise in Fujian has overcome the technical difficulties of thermal insulation exterior wall tiles and took the lead in launching an impact on the building energy-saving market. As a leader in architectural ceramics, has Foshan lost its first opportunity?
According to the National Bureau of Statistics, China's building energy consumption accounts for about 30% of the country's total energy consumption. Lighting energy consumption is the second largest energy-consuming project in the building, accounting for about 35% of the total energy consumption of the building. How to effectively reduce the energy consumption of architectural lighting and enhance the environmental protection of architectural lighting has become a key topic of concern in the construction industry. In 2008, Minkell was the first to introduce a full-luminous ceramic tile with a 98% yield, and then HITOM also launched a luminous brick. Taking the second largest energy-consuming lighting as the breakthrough point, and combining the lighting technology to achieve energy-saving effects in lighting engineering and emergency lighting, Foshan Ceramics seems to have found a development goal that combines the market.
Luminous ceramics have a long afterglow time and high brightness
Although the viable finished products were produced in 2008, the luminescent ceramics were officially market-oriented and still at this year's Ceramic Fair. "Before, we only exported a small amount of overseas for the architectural decoration with illuminating demand. However, at the Taohui Fair, the demand for orders from domestic distributors was very strong, and the samples we exhibited were almost completely taken away." Li Yongqiang, head of Mingkelil Tell the reporter. However, to the outside world, the architectural lighting energy-saving market is widely regarded as the main field of energy-saving lamps, and ceramics and lighting seem to be difficult to link.
"The first thing we think of is emergency lighting." Li Yongqiang believes that the current emergency lighting instructions for high-rise building stairs, subways and other buildings are still traditional electric lighting. "These lighting signs do not need a strong amount of illuminating, and can be replaced by luminescent ceramics, which can guide in low light or darkness without consuming electricity." According to reports, luminescent ceramics are produced in ordinary ceramics. In the process, a long afterglow light-emitting material in the rare earth is added and fired at a high temperature. Strong light energy, long afterglow time and high brightness are the main characteristics of luminescent ceramics. In the test report of the Changchun Institute of Optics, Fine Mechanics and Physics of the Chinese Academy of Sciences, the luminescent ceramics provided by the company maintained sufficient luminescence within a few hours after the end of the illumination.
The architectural lighting project is regarded as the real link of the energy-saving market. "We have done a survey, a large billboard illuminated by spotlights, the annual electricity bill is between 100,000 and 200,000 yuan, and an ordinary building lighting project, the annual electricity bill is also hundreds of thousands of yuan." Li Yongqiang It is said that if the luminescent ceramic is used as a building exterior wall brick, after the heat energy of the solar energy is absorbed in the daytime, different colors of light are emitted at night, which not only can achieve the original effect, but also saves a considerable amount of electricity. Energy-saving cards may be the key to the acceptance of luminescent ceramics. According to reports, the production of a square meter of full-luminous ceramics probably requires one kilogram of rare earth. At present, the price of domestic high-quality rare earth is generally 200-400 yuan per kilogram. "Even if the quality of rare earth, the purchase price is also hundreds of yuan, which means that the price of luminescent tiles is necessarily much higher than the average product."
"Lighting ceramics will be recognized by the market and it takes an estimated two to three years." Li Yongqiang said.
The yield of a large number of fired ceramics has reached 98%.
There is no industry standard, even no corporate standards, which may be the biggest obstacle to the current Foshan luminescent ceramics industry. "Although we have conducted professional tests in Changchun, it has no influence on the entire industry." Li Yongqiang said. However, this situation is seen by Minkell as a great opportunity to set the standard for luminescent ceramics. "Incorporating luminescent materials to fire ceramics has actually been tried by many brands in the past few years, but they have all failed. The main reason is that the yield of large-scale firing is extremely low and there is no production condition."
Mingkril, which was registered in 2006, did not come up with products until 2008. Solving the yield rate became their main research direction during this period. "We solved the problem of foaming after firing through self-made materials, and now the yield is 98%." Li Yongqiang told reporters. It is reported that the national utility patent that Mingke Lier applied for will be announced in the near future. "At the same time, we applied for patents in major ceramic producing countries such as Italy and Spain, making luminescent ceramics exclusive to Foshan."
The monitoring in Changchun made Mingkril realize that Foshan had set the standard for the establishment of luminescent ceramics. According to reports, the company is working with Foshan Institute of Science and Technology to produce a test line for luminescent ceramic products and become an authoritative monitoring agency. "In one year, we will establish our own system and form a standard. Maybe after 3 years, the production technology of luminescent ceramics will be mastered by more enterprises. We are now racing against time." Li Yongqiang said.
The combination with new technology is the success of Foshan ceramics upgrade
"The tiles that can float on the water, the tiles that can be rolled into carpets, these fresh high-quality, fine and pointed ceramic products have been successfully developed in Foshan, and it is expected to be industrialized as soon as possible." At the Foshan live meeting in the 9 cities of the Pearl River Delta, Lin Yuanhe, secretary of the Foshan Municipal Party Committee, introduced Foshan ceramics in this way. In the process of promoting the “reconstruction of industrial transformation urban transformation environmentâ€, Foshan ceramic industry experienced a “cage change for birdsâ€. In the past, the low-end production links of high pollution and high energy consumption of ceramic enterprises were basically migrated to logistics, exhibition, research and development. The high-end industrial chain, which is dominated, is gradually forming in Foshan.
What must be seen is that under the headquarter economy, the ceramics that continue to rely on the production capacity and the main market are still low-end ceramics. Foshan is aiming at a world-class ceramic base. How to play the competitive advantage of ceramics and expand the market space? Limited, if the quality changes, the market for product functionalization will be extremely large. Foshan Ceramics has always faced problems of insufficient integration with new technologies in other fields. Building ceramics, decorative ceramics and other products are often limited to decorative functions, and there is a large gap in the construction industry's increasingly functional material.
Fortunately, Foshan ceramics enterprises have realized that the functionalization of ceramic products is becoming a trend, not only requires a gorgeous decorative effect, but also puts forward new demands in terms of energy conservation, environmental protection and safety. Therefore, functional ceramics, which are made of business cards and used for illuminating illumination, which seem to have nothing to do with ceramics, but can be realized by technology, are gradually appearing in Foshan. What is the change brought about by such changes? In 2008, the output of building ceramics in Foshan Chancheng District was 1.1 billion square meters, down 38.89% from 1.8 billion square meters in 2006, but the output value reached 18.8 billion yuan, up from the previous 14.1 billion yuan. 33.3%, completed tax revenue of 480 million yuan, also increased by 33.3%, the total value of exports increased by 60% to reach 800 million US dollars.
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