How is Oldham Coupling a Better Option in the Market?

1. How is Oldham Coupling a Better Option in How is Oldham Coupling a Better Option in the Market? the Market? Oldham is a type of flexible coupling that is designed for applications that require zero backlash. They are becoming extensively popular as an alternative for straight jaw couplings. Oldham coupling is made up of three discs. Two of the discs, which are commonly produced of aluminum or stainless steel, are linked to each side of the drive, while the third, which is made of one of several different polymers, is sandwiched in between with a tongue and groove design. One side's tongue and groove is perpendicular to the opposite side's tongue and groove. Springs are frequently used to decrease coupling backlash. 5 Reasons to Buy Oldham Couplings 1. Operation with Zero-Backlash Oldham couplings are a three-part arrangement that consists of two lightweight aluminum or corrosion-resistant stainless-steel hubs and a central disc. The tenons on the hubs made with a little press fit to the slots in the disc, allowing the coupling to work with zero backlash. 2. Application Versatility Hubs with the same outer diameter can be clamped or set screwed with bores that are keyed or keyless, inch or metric, providing a wide range of coupling possibilities. 3. Isolation from power sources

2. Since there is no metal-to-metal contact, electrical isolation capabilities are available, shielding delicate equipment such as encoders from electrical currents that might cause incorrect data readings or damage. 4. Fail-Safe Design In the event of a torque overload, the disc will break, halting power transmission instantly. Some systems are likely to be harmed as a result of continuing, compromised operation. 5. Low Cost of Replacement When an Oldham coupling fails, the disc breaks and is usually the only component that has to be replaced. When compared to single-piece couplings, this method is cheaper.

3. Magnetic pump A magnetic coupling is a type of coupling that distributes torque from one shaft to another by using a magnetic field instead of a physical mechanical connection. Assuming a static, physical barrier may be created between the two shafts to isolate the fluid from the motor running in air, magnetic shaft couplings are most commonly utilized for liquid pumps and propeller systems. Magnetic shaft couplings eliminate the need for shaft seals, which wear out and fail due to the movement of two surfaces against each other. When physical shaft couplings are employed, magnetic pump are also used for ease of maintenance on systems that normally demand precision alignment, because they allow a higher-off axis error between the motor and driven shaft. Applications of Magnetic Pumps Magnetic pump is used in some diver propulsion vehicles and remotely driven underwater vehicles to transfer torque from the electric motor to the prop. Magnetic gearing is also being investigated for usage in utility size wind turbines to improve dependability. There are various advantages to using a magnetic coupling over a regular stuffing box. Some aquarium pumps employ Magnetic pump between the motor on the dry side of an aquarium wall and the propeller/impeller in the water on the other side of the aquarium wall.

4. Contact us Company Name: Botou Kemai Pumps Co.,Ltd Address: 402,Hanlin Ming Yuan, Anshun Street, Bo Tou, Cang Zhou, Hebei, China Email Id: sales@kemaiind.com Phone NO: +86-13333170668 Website: https://www.kemaiind.com/