Diamond Lapidary Glass Grinding Wheel Of the several methods now used for fixing super abrasive particles of diamond or CBN to the working surface of an abrasive tool, electroplating is the fastest growing.More and more production operations involve combinations of hard-to-grind materials and complex wheel shapes that virtually dictate the use of electroplated super-abrasive tools.
Our electroplated grinding wheel are precision engineered to meet the high demands of lapidary,jewelry,gemstone,glass,ceramic,composite,electrical contacts of starters,alternators, motors applications.We offer many stock wheels with varying shapes and grits that will maintain tight tolerances and provide superior form holding when used wet or dry.
Metal Bond Grinding Wheels and Diamond Sintered Grinding Wheel are manufactured using a variety of metal fillers with Diamond or CBN abrasive. Generally, Metal Bond wheels have the hardest matrix, and require coolant.
Diamond CBN Superabrasive Grinding Wheels are available in a variety of sizes and styles, both plain and formed to specific contours. These grinding wheels are designed primarily for grinding such materials as: high carbon; high chrome; high speed steels, such as M2, M3, M7 and T15; die steels, such as: D2, D3, HB, A & O; alloy steels (harder than 50 Rc); nickel and cobalt base super alloys; titanium; stainless steels, etc.offer substantial benefits in grinding exotic alloy steels. Since the CBN crystal resists dulling much better than conventional abrasives, it provides stress-free, cool cutting action throughout its long life. The crystal tends to be self-sharpening as cutting stress increases. The mono-layer wheel structure requires no truing or dressing throughout its life, thereby eliminating truing tool cost as well as non-productive wheel truing time.In addition to this,we also provide the lapidary polishing wheels.
Diamond Grinding Wheels, Lapidary Grinding Wheels, Diamond Grinding Wheel, Diamond Flat Wheel, Diamond Spherical Grinding Wheel, Diamond Textured Wheel, Diamond Profile Wheel, Diamond Engraving Wheel Hans Superabrasive Material Co., Ltd. , https://www.hansuperabrasive.com
For the Institutes of the Chinese Academy of Sciences, which represent the country’s innovative strength, the Foshan enterprises are “unwelcome†and “foodâ€; in the face of the vitality, courage to explore, and innovation, Foshan enterprises, experts It is "see the move", unambiguous.
â– Scan results
Rich research results in the field span
At the two "new materials" conferences, six research institutes from the Institute of Process Engineering, the Guangzhou Institute of Chemistry, the Institute of Mechanics, the Shanghai Institute of Ceramics, the Shenyang Institute of Metals, and the Ningbo Institute of Materials, the Chinese Academy of Sciences The institute has brought together the latest research results with independent intellectual property rights and a number of mature or basically mature transformable technology projects.
Guangzhou Institute of Chemistry, which has cooperated with many companies in Chancheng, Gaoming and Sanshui, according to the characteristics of Foshan's industrial structure and the technical needs of enterprises in related fields, the goal is to clearly propose architectural ceramic products that can cooperate with Foshan enterprises. Five key areas such as additives; the process of having several national and key laboratories of the Chinese Academy of Sciences brought many achievements and projects in two major areas of environmental functional materials and functional powder materials, and expressed the vision of the Institute to strengthen communication.
The Shanghai Institute of Ceramics, which has been airborne in Foshan in the past two years, has demonstrated research results and many successful cooperation cases in the fields of artificial crystals, high-performance structures and functional ceramics; Ningbo has brought about industrial development. The impact of the project, involving the field of polymers, magnetic materials, etc.; among the many achievements brought by Shenyang Metal, the antibacterial stainless steel that the US group had previously proposed to the expert group for technical requirements has been introduced in detail...
Received 16 companies in more than two hours
In the past four days, the “new materials†theme research and docking, in the two conferences of Chancheng and Gaoming, and the subsequent corporate visits, the companies all focused on the serious pursuit of the Chinese Academy of Sciences experts who took the initiative to let the company scan and actively scan the needs of enterprises. They are quite excited.
Liu Xin, deputy director of the Central South Division of the Chinese Academy of Sciences, said that the reason for choosing new materials as the first batch of industrial fields to enter Foshan was through repeated investigations in the previous period. “Foshan ceramics and metal processing have a very strong industrial base. We expect that there will be strong demand in these two industries and other related industries, so we have invited these institutes in a targeted manner. Considering these industries There are also some key cores that belong to polymer-assisted technology, so I have also asked for polymer and powder research."
The full preparation for the preparation of the Foshan company received a warm response, the company's matchmaking meeting held at the Crowne Plaza Foshan on the afternoon of the 16th was like a market. The crowded Guangzhou Chemical Institute "station" received 16 companies in the afternoon more than two hours, and many companies also took advantage of rare opportunities to find a number of exchanges to consult.
Huang Ningsheng, deputy director of the Guangzhou Branch of the Chinese Academy of Sciences, said that the docking and enthusiasm explained that “Foshan enterprises have a strong demand for science and technology; the financial crisis has played a role in the 'reverse mechanism' of technological innovation; the institute from the Chinese Academy of Sciences represents the state-level technical supply, The business is attractive."
â– Scan results
Business grows rapidly
The Institute of Chinese Academy of Sciences is indispensable
Under the situation that the financial crisis has been seriously affected, the cooperation between the Chinese Academy of Sciences and Foshan City has been deployed from the top to the bottom, and the cooperation between the institute and the enterprise has been thoroughly and practically practiced before.
Gaomingyi Linna Company, which is engaged in the development and production of new rare earth functional additives, has cooperated with the Guangxi Institute of Chemical Industry and the Institute of Chemistry of the Chinese Academy of Sciences, and has been included in the national “10th Five-Year Plan†and “Eleventh Five-Year Plan†863 Programs. The SME Innovation Fund Project and the 863 Achievement Transformation Base. On the afternoon of the 17th, he met with the expert delegation of the Chinese Academy of Sciences. The person in charge of the company said that in just seven years, Yanlinna quickly grew into a leading enterprise in the industry. The Institute of Chinese Academy of Sciences contributed a lot.
“Since the Guangzhou Branch of the Chinese Academy of Sciences signed a cooperation agreement with the Foshan Municipal Government in 2005, the cooperation between the Chinese Academy of Sciences and Foshan has gradually developed into an organized, proactive and strategic direction.†Guangzhou Institute of Science and Technology, deputy director of the Foshan Municipal Science and Technology Bureau Wang Changhua, director of the transfer center's office in Foshan, told reporters that the current cooperation projects in various districts of Foshan are widely involved in energy conservation and emission reduction, new energy, clean production, and ceramic industry upgrading. The forms of cooperation are also flexible, including technology research and development, platform construction, etc. .
Serving Foshan Industry
Will put all the power of the hospital into a hundred results
On the morning of the 17th, the expert group inspected a research project completed by the Institute of Process Engineering of the Chinese Academy of Sciences and Haitian in Gaoming Haitian Company. The project has been continuously supported by major projects of the Chinese Academy of Sciences, the National “Eleventh Five-Year Plan†863 Program, and the special funds for key common technology projects of the Guangdong Provincial Economic and Trade Commission. It successfully used membrane technology to improve the production level of traditional condiments and ensure food safety. And achieved energy saving and emission reduction. In 2007, when the results were industrialized, the new sales income was 57.10 million yuan, the profit was more than 12 million yuan, the tax revenue exceeded 5 million yuan, and the annual electricity saving was 404,000.
Between the districts, towns and enterprises of Foshan, the Chinese Academy of Sciences expert group repeatedly expressed a message: the Chinese Academy of Sciences will devote all its strengths to the achievements of the Institute and serve the development of Foshan's industry. We will select a region with a relatively complete industrial system and a large demand for technology, and establish a number of public technology innovation service platforms for the industry on the platform of “Industrial Technology Innovation and Breeding Center†jointly established by the hospital.
Among the Institutes of Chinese Academy of Sciences, which have entered Foshan in advance and cooperated with Foshan enterprises, there are South China Botanical Garden, Guangzhou Energy Research Institute, Guangzhou Geochemistry Research Institute, Shanghai Silicate Research Institute, Guangzhou Technology Transfer Center, and Shenzhen Advanced Technology. A long list of research institutes and so on, the results of cooperation have blossomed in many industries.
â– Highlights
Order:
Enterprises are optimistic about the shot
Orders:
Experts fly to Foshan overnight
On the 16th, the expert group held a conference on the results of “new materials†in Chancheng and conducted technical exchanges with enterprises. In the afternoon of the docking, a representative of the company found the technical demand for “dust removal†from the Shanghai Institute of Ceramics of the Chinese Academy of Sciences.
After some conversations, the Director of the Cooperation Department of Silicate will immediately report the information to the silicate headquarters and contact experts in related fields. Researcher Zeng Yuping, a doctoral tutor who studied in Germany and Japan, received the demand information from the company in the afternoon. He flew from Shanghai to Guangzhou on the night of the night, and arrived at Foshan at 3 am on the 17th. On the morning of the 17th, experts from the Silicon Institute met with the company and reached a cooperation intention to develop related products.
Recently, Deputy Director Yu Weidong, who is in charge of the Sicheng District Science and Technology Bureau, told reporters that the cooperation agreement for this project has been prepared and has been signed on the 21st. "After signing the contract, we will apply for scientific research projects and strive for special funds for government research projects."
The company actively "orders", the research institute is quick to "take orders", and the government departments have more confidence. Hu Xuejun, director of the Municipal Science and Technology Bureau, said that he hopes that through the practical project docking, hundreds of "warships" and "cruisers" of the Chinese Academy of Sciences will be assembled into an "aircraft carrier" that enhances Foshan's independent innovation capability and upgrades its industrial development level.
Characteristically,such tools consist of a precision tool form or mandrel with super-abrasive particles deposited on the working surface and locked in place by electrode position of a bonding matrix,most frequently nickel.The particles are so locked onto the tool surface may vary in size and dispersion to suit the purpose of the tool, but they should lie in a single layer.
Electroplated grinding wheels with nickel bonding can achieve high stock removal rates and high-precision profiles on parts being ground. Depending on the wheel blank design,plating technique, and post-treatment of the single-layer grit structure, many different grinding wheels can be produced using this bond system.There is no need for dressing during the life of the wheel.This avoids downtime and eliminates the need for a dressing device.
When you need to remove more material than polishing will allow,use quality grinding wheels.Diamond grinding wheels are used for grinding, shaping,flattening or smoothing of your specific application of stone.The Diamond Tool Store offers a full line of diamond grinding and shaping wheels for many applications that come in many different sizes with desired grits and positions.The product line you will see for grinding tools will reduce the amount of chipping and special shapes and sizes that allow fabricators to get into tight corners for a clean,smooth finish.
The Chinese Academy of Sciences Foshan Institute of Industry, Research and Research "New Materials" theme docking event ended
The 9-day investigation of the Chinese Academy of Sciences expert team in Foshan has recently completed the docking of the second theme “New Materialsâ€. In the four days, the expert group held two new material achievement conferences in Chancheng and Gaoming District. More than 80 related enterprises in the city concentrated on “scanning†a large number of high-level scientific and technological achievements. Everyone is busy searching for information, capturing projects, taking turns to catch talks, and sharing a rare feast of technological innovation.