Goodyear Launches Its First R&D Center in China
Goodyear Rubber's first research and development center in China was formally launched. This industry-leading R&D center is located in the Goodyear Pulander factory and will create good conditions for Goodyear to improve its business capabilities in the Chinese market.
Goodyear Launches Its First R&D Center in China
The R&D center is located in the Pulandian factory, which will promote the market-oriented innovation of Goodyear through direct interaction between customers and designers, and at the same time, it will also help Goodyear to target China's latest The original vehicle equipment platform includes new energy vehicles.
Richard J. Kramer, chairman, president and chief executive officer of Goodyear, stated: “China is the world’s largest and fastest growing passenger and commercial truck market and an integral part of Goodyear’s global growth strategy. Newly established China The R&D center is part of the Goodyear Global Innovation Center network and will strengthen our leadership position in global tire industry innovation.â€
Daniel L. Smytka, President of Goodyear Asia Pacific, also stated: “Now it is a good time for us to improve our business capabilities in the Chinese market and ensure that we can continue to be the first choice for our customers. Goodyear has established a strong relationship with the original vehicle equipment manufacturers. With a partnership, and by investing in a new R&D center, we will be able to expand our product range, accelerate our entry into the market, and bring more value to our customers.â€
Their rollers and the outer wheels are arranged in a right angle intersecting intersecting. They can bear the load from all directions at the same time (such as axial, thrust or momentum hormones, etc.). Because of the linear contact between the roller and the track surface, the possibility of the axis to bear the load and the elastic deformation is very small. This type of bearing is widely used in industrial robots, working machines and medical facilities. It needs high rigidity, high speed and high speed to ensure precise occasions.
In cross roller bearings, cylindrical rollers are perpendicular to each other through spacer retainers on the top, so 1 cross roller bearings can bear all loads of radial load, axial load and torque load. Ring size is the minimum limit of miniaturization, especially very thin type is small size close to the limit, and has high rigidity, so the most suitable for use in industrial robot joint or rotating parts, machining center machine rotary table, hand rotating parts, precision rotary table, medical machine, metering device, IC manufacturing equipment etc.
1. Excellent rotation accuracy
The inner structure of the Cross Roller Bearing is arranged in 90 degrees perpendicular to each other by the roller.
The roller is equipped with a spacer or isolation block between the rollers to prevent the rolling of the rollers from being examined each other. In addition, the phenomenon of roller contact or locking will not occur. At the same time, because the inner and outer ring is a segmented structure, the clearance can be adjusted, even if the preload is applied, high accuracy rotation motion can also be achieved.
2. Simplification of operation and installation
The outer ring or inner ring, which is divided into 2 parts, is fixed together after loading the roller and the holder, so the operation is very simple.
3. Bear large axial and radial load
The roller is arranged vertically through the spacer retainer on a 90 degree V groove rolling surface.
4. Greatly save the installation space
The size of the inner and outer ring cross Roller Bearing is miniature minimal, especially ultra-thin structure is small size close to the limit, and has high rigidity, so the most suitable for industrial robot joints or rotating parts, machining center of the rotary table, the robot rotating parts, precision rotary table, medical instrument IC, measuring equipment, manufacturing device widely used.
5. high speed ability
6. reducing shaft length and machining cost, thermal expansion leads to a limited change in geometric size.
7. the nylon separator is used, the moment of inertia is low, the starting torque is low, and the angle degree is easy to control.
8. optimization of pretightening force, large rigidity, high precision of guiding roller
9. carbon steel provides excellent impact resistance and surface abrasion resistance
10. simple but fully lubricated
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LUOYANG AUTO BEARING CO.,LTD , http://www.ballbearing.nl