SWC cross bearing (also known as SWC cross shaft coupling) is a common type of coupling used to transmit torque between two shafts with misaligned angles. It has a special design that helps minimize friction and wear during operation.
Category: Cross Bearing SWC
SWC cross bearings are divided into two types: SWC-I is a series used for universal joint shafts and SWC type is used for series joint shafts:
SWC-I cross bearings come in many different sizes, from the smallest SWC-I 58 to the largest SWC-I 225, suitable for different applications: SWC-I 58, SWC-I 65, SWC-I 75, SWC-I 90, SWC-I 100, SWC-I 120, SWC-I 150, SWC-I 180, SWC-I 200, SWC-I 225.
Meanwhile, SWC includes the following sizes: SWC 160, SWC 180, SWC 200, SWC 225, SWC 250, SWC 265, SWC 285, SWC 315, SWC 350, SWC 390, SWC 440, SWC 550, SWC 620.
2. Technical parameters of SWC cross bearings:
- Structure:
+ Consists of 4 bearings mounted symmetrically to each other, forming a cross shape.
+ These bearings are responsible for transmitting torque and compensating for angular misalignment between the two shafts.
- High load capacity: This coupling has the ability to withstand large loads, especially in heavy industrial applications such as steel, cement, and energy.
- Flexible misalignment angle: SWC cross bearings allow the drive shafts to have a misalignment angle of 15 to 25 degrees, helping to transmit torque stably without having to align too tightly.
- No need for regular maintenance: The compact and durable design allows SWC cross bearings to operate for a long time without the need for continuous maintenance.
VIEW CATALOG: SWC CROSS BEARINGS
CONTACT FOR CONSULTATION AND PURCHASE HOTLINE: 0964 900 401 - EMAIL: PHUCNGUYENPHAT.PNP@GMAIL.COM |
SWC-I cross bearings are widely used in heavy industries such as:
- Metal production: SWC-I couplings support steel, aluminum and copper rolling lines, helping to transmit strong torque, ensuring smooth metal rolling.
- Crane industry: Used in lifting and moving heavy materials systems, SWC-I couplings help ensure safety and efficiency during the operation of crane equipment.
- Mining industry: SWC-I helps transmit torque in mining machinery systems, withstand harsh environments and ensure continuous operation of machinery.
- Oil and gas and shipbuilding: Applied in offshore oil and gas exploitation equipment and shipyards, helping to ensure stability and safety for important technical equipment.
- Paper and rubber industry: SWC-I plays an important role in paper and rubber production lines, helping to enhance the performance and durability of heavy industrial equipment.
- Genuine products: Phuc Nguyen Phat is committed to providing genuine cross bearings, ensuring clear origin and superior quality.
- Competitive prices: We offer customers the most competitive prices on the market, helping to save investment costs.
- Professional consulting support: With a team of experienced and knowledgeable staff, we are ready to advise and support customers in choosing the most suitable product for their needs.
- Rich warehouse: Phuc Nguyen Phat always has a large inventory available, ensuring the ability to supply products quickly and promptly.
- Dedicated after-sales service: We not only provide products but also provide thoughtful after-sales service, including warranty, maintenance and technical support for customers to use with peace of mind.
- Reputation and experience: With many years of experience in the industry, Phuc Nguyen Phat has built a solid reputation and is trusted by many customers.
To buy SWC cross bearings, please contact the hotline: 0964 900 401 or via email: phucnguyenphat.pnp@gmail.com. We are always ready to support consulting and send the fastest quote to customers.
-------------------------
For any questions, please contact:
- Phuc Nguyen Phat Technical Trading Production Company Limited
- Address: 39/20/10 Street No. 10, Ward 3, Linh Xuan Ward, Thu Duc City, Ho Chi Minh City, Vietnam
- Email: phucnguyenphat.pnp@gmail.com
- Hotline: 0964 900 401 (Ms. Ha) - 0965588029 (Mr. Hai)
- Website: https://pnp-thietbi.com