No
|
Item
|
Data
|
1
|
Material
|
Carbide, ASP23, Vanadis, CPMRTXM4, SKD11, SKD61, HSS, A2, M2, D2, SUJ2, S45C, ect
|
2
|
Standard
|
Dayton, Lane, DIN, ISO, MISUMI, EDM, FIBRO, MOELLER, HASCO, ect
|
3
|
Size
|
Depend on your drawings or products standard
|
4
|
Place of origin
|
Dongguan, Guangdong, China
|
5
|
Heat treatment
|
Available
|
6
|
Surface Work
|
TiCN, TiN, Aitain, Ticrn, nitriding, Black oxygened, Black coating etc available
|
7
|
Tolerance
|
+ - 0.002mm
|
8
|
Polishness
|
Close to Ra0.2
|
TUOYU
Introducing the Rich Precision CNC Machined Steel Flanged Bush Coupling Steel Bush Sleeve Metal Reducing Spacer Bush. Crafted using quality that is premium, this flanged bush coupling was created to offer unparalleled durability and gratification under extreme conditions. Every single bush sleeve and metal reducing spacer bush is engineered to perfection, ensuring maximum efficiency and dependability in just about any application along with its precision CNC machining technology. Supreme accuracy in reducing vibrations, that makes it a choice that is great any rotating machinery or drive train application. Manufactured to meet up the greatest standards of quality, this will withstand the toughest conditions and provide torque this is constant. Good for used in production, agricultural, or mining equipment. Found in combination with your unique manufacturing process assure your equipment runs efficiently, minimizing wear in your equipment and preventing downtime this is high priced. An easy task to place in. Simply slip the metal reducing spacer bush over the drive shaft, place the flanged bush coupling throughout the steel reducing spacer bush, and complete off by sliding the steel bush sleeve within the bush coupling that is flanged. It’s that simple. Versatile, and that can be used with drive motor shaft applications, transmission shafts, and other equipment this is rotating. This product is good for any upkeep or repair project you have with a range of uses. Try it out for yourself and experience the difference.