For easy assembling the pin and link plate of a connecting link are slip fit. However, Tsubaki developed a special process to eliminate that loss of Fatigue Strength and still satisfy the customers demand for easy assembly: the patented Ring Coining process. By applying the patented Ring Coining process, Tsubaki generates a cold deformation around the pin hole of the connecting link plate.
This results in residual stress around the pin hole and thereby adds strength. Constant Quality Level In pursuit of outstanding quality, every Tsubaki chain is made of a special steel alloy developed by the Tsubaki Engineering Department. Besides that, Tsubaki produces the ANSI G8 under highly controlled conditions in its advanced heat treatment facilities. This, in combination with the Tsubaki fatigue strength confirmation tests, ensures that our customers can always rely on a constant level of Tsubaki quality.
Since Tsubakimoto Chain Company has maintained a line-up of cutting-edge chain products with exceptional quality and performance that help end-users meet their power transmission and conveying requirements.
Simplex, duplex and triplex executions are at your disposal. Our special lube grooves hold oil at the point of contact, where the chain needs it most, providing an internal reservoir for lubricant. The coating imparts a smooth, low-friction surface to the pins and imbues them with extra hardness for protection from impact damage and wear.
These specially-coated pins are an ideal solution for extreme environment applications, such as handling hard materials or working in settings with significant loose debris. They ensure excellent day-to-day performance and a longer lifespan for the chain. Even between cleanings, moisture exposure won't corrode the surface of the chain.
Each bushing is made from a single piece of cold-formed steel so there are no seams or weak points. This process also guarantees the proper shaping of the bushing for reliable contact with pins. Each bushing features interior grooves that retain oil better than other designs, providing long-lasting lubrication and smooth performance, even in hard-to-lubricate environments. We join every link using our patented ring-coining process. This helps the links resist fatigue and mechanical damage because the pitch holes are designed to respond to shock loads.
The aforementioned special features pay off in numerous ways. The replacement also drastically increased performance by eliminating sudden stalls and lubrication problems from the carbon steel chains. All Rights Reserved.
All other trademarks and registered trademarks are property of their respective owners. Appropriate for applications as diverse as food packaging, forklift trucks, oilfield mining, and more, our roller chains provide reliable and powerful performance. To learn more, please select a category below. If you are searching for a straightforward and simple method of transmitting mechanical energy, look no further than roller chains. Roller chains are one of the final connections in motion control systems and are comprised of rollers, pins, side plates and bushings.
To work effectively, a sprocket connected to the motor moves the chain, while the other end is connected to the load. In this section, we'll discuss how roller chains work, why they are effective, and what types of roller chains we can offer for your project.
Roller chains run on a rotating sprocket connected to a motor that moves the chain. In most roller chains, two types of links alternate in order for it to work. The environment in which your roller chain is used, along with the work it performs, will influence what type of roller chain to use and how often you'll need to change the roller chain.
Rest assured, roller chains are one of the most effective and efficient options for power transmission and conveyance applications. You will find roller chains most commonly used for transmission of mechanical power of industrial machinery and for product conveyance throughout manufacturing facilities.
0コメント