Month: March 2013


Published / by Syd

Therefore, it must be understood that this is a trigger factor for the transmission of information and the agility of the communication and as such, facilitates and supports the management of knowledge, but it is not neither the only nor the most important requirement for this to be generated. Another important aspect in the emergence of the new paradigm is the introduction of a new factor of production: in recent years, knowledge has become a strategic for any type of organization resource, private, State or non-governmental, happened to be an intangible capable of generating value. The society is developing more and more, activities that require a high degree of knowledge. In business, knowledge management creates value and difference products and services with respect to the competition. From the economic point of view, a resource is added to the already defined as land, labour and Capital economic theory, these go to constitute, for some organizations in secondary production factors or happen to be replaced by knowledge. At the macroeconomic level, perceived a greater participation of the intangible capital in the gross domestic product (GDP) of Nations, due to the increase in investment in knowledge development, i.e. training and research activities and human capital. According to the Organization for the economic cooperation and development (OECD), its member countries have increased investment in intangible capital.

Paul and Dominique, (2002), argue that taking into account the simple but little representative indicators of investment in research and development, public education and programs for computer, notes that annual investment rates have risen significantly since the Decade of the eighties (at an annual average rate of 3% in the OECD countries). In addition, is estimated to be in the majority of countries that are members of this organization, more than 50% of GDP its origin in technology based companies. Stimulus to learning: the flexibility of organizations to allow its members to learn from my own experience and reflect on what has been done has dramatically increased the number of innovations and has stimulated the capacity to adapt to change.


Published / by Syd

High-strength raymond mill is used for grinding the barite, limestone, kaolin, ceramics and slags, etc, with the hardness below scale 9.3 of Mohs and 280-odd sorts of non-inflammable and non-explosive stuff in the trades of mining, metallurgical industry, chemical engineering and building material for high fine powder generation and processing. The product size is adjustable in the range of 80-425 (1000 the finest) meshes. It is possible to produce 30-80 mesh coarse powder through special device in the machine. Hongxing Raymond mill is widely used in high fine powder processing of non-flammable or non-explosive materials whose Moh s hardness is not more than 9.3 and humidity is below 6% as barite, calcite, potash feldspar, talc, marble, limestone, dolomite, fluorite, lime, activated clay, activated carbon, bleaching, kaolin, cement, phosphate rock, gypsum, glass, insulation materials in more than 280 industries like mining, chemical industry and building. It can adjust its finished products grain size between the ranges from 80 to 325 arbitrarily; Accessories some coexistence can reach 600 meshes at most.

According to the ultrafine equipment processing technology that our company grasps for years, the problems above have got a comprehensive technical renovation. When using traditional Raymond mills, we find that during processing mineral calcite, 325 mesh mineral powders contains lots of 10um ultrafine powder. If they are separated and expanded production, benefits will get increased remarkably. Therefore, we have a lot of innovation for the structure of Raymond mills. Raymond mill is chiefly composed of mainframe, analyzer, blower, cyclone separator finished, plumbing installation engine and etc. And the mainframe consiste rack, air inlet volute, blade, roll grinding, grinding Center, Shell and motor. The auxiliary equipments involve jaw crusher, bucket elevator, electromagnetic vibrating feeder and control cabinet.

Customers are able to choose flexibly according to the actual situation. The accessory equipments: jaw crusher, bucket elevator, electromagnetic vibrating feeder and control cabinet etc, it is available for the customers to make an elastic choice in accordance with the actual situation. In the main frame, at 100-1500 kg powered pressure spring is fixed to the roller suspended. After the grinder is put into effect, the roller rotates around the main shaft, and rolls closely against the ring pressed by the high pressure spring and centrifugal force. And its rolling pressure ration is 1.2 times higher than that of the raymond grinder under the same power condition and the production output is raised to substantial degree. When a certain degree of wear of the roller and ring is affected, it is recommended to adjust the length of the spring to maintain the constant pressure between the roller and the ring. As a result, the stable output and fineness are ensured. Crawls system of main frame adopts airtight gearing and pulley, drives smoothly and operates reliably. 2. The whole plant is a vertical structure of strong systematic characteristic, so it small area Governor. From crushing of raw material to grinding and packing is an independent production system. 3. Electric control system is centralized controlled, so the automaticity is high, no people are needed in the operating room. 4. Main parts of the whole plant are made from cast and steel of high quality. The techniques is so subtly that insures the durability of whole plant. 5.Compared with other milling plants, its passing ratio achieves 99%, this is what other mill cannot reach.