Product Description:
Aligning ball bearings are specialized components designed to
accommodate misalignment between shafts and housings. These
bearings feature an inner ring that can pivot relative to the outer
ring, allowing for smooth operation even when the alignment is not
perfect.
Self-Alignment: These bearings are specifically designed to accommodate angular
misalignments up to a certain degree, reducing wear and increasing
operational life. This makes them an ideal choice for applications
where perfect alignment may not be possible.
Durable Construction: Aligning ball bearings are made from high-quality materials such
as chrome steel or stainless steel, which offer exceptional
strength and resistance to corrosion. This ensures that the
bearings can withstand harsh operating conditions and continue to
perform at a high level for an extended period of time.
Smooth Performance: The low friction design of aligning ball bearings ensures
efficient operation, minimizing energy loss and heat generation
during use. This makes them an ideal choice for applications where
high performance and efficiency are critical.
Versatile Applications: Due to their unique design and exceptional performance
characteristics, aligning ball bearings are widely used in various
industries, including automotive, industrial machinery, robotics,
and more. They are suitable for a range of applications that
require high performance and durability.
Aligning ball bearingsFeatures
1.Material Advantage:
The density of nylon retainers is significantly lower than that of
metal, so the weight of nylon retainers is noticeably lighter at
the same volume. This lightweight characteristic helps reduce the
overall weight of the bearing system, thereby decreasing the
overall load on the equipment.
Applicability: Nylon retainers are particularly popular in
weight-sensitive applications, such as in aerospace, automotive,
and high-performance electric motors.
2. Low Friction Characteristics
Self-Lubricating Properties: Nylon materials have good
self-lubricating properties, significantly reducing friction
between the rolling elements and the retainer compared to metal
retainers. This low friction not only improves the operational
efficiency of the bearings but also reduces energy consumption.
Extended Service Life: With reduced friction and lower heat
generation, nylon retainers can effectively extend the service life
of the bearings.
3. Corrosion Resistance
Chemical Stability: Nylon materials exhibit good resistance to
various chemicals (such as oils, solvents, and acids),
significantly lowering the risk of corrosion compared to metal
retainers.
Adaptability to Harsh Environments: This corrosion resistance
allows nylon retainers to be used in harsh or hazardous
environments, such as in the chemical industry and humid
conditions.
4. Noise Reduction Performance
Noise Suppression: Nylon retainers produce less noise during
operation, effectively suppressing noise caused by friction or
contact, making them suitable for applications with strict noise
requirements, such as household appliances and precision
instruments.
User Comfort: Lower noise levels can enhance the user experience of
the equipment.
5. Good Impact Resistance
Toughness: Nylon retainers possess good toughness and impact
resistance, allowing them to maintain their structural integrity
under certain impact loads, thereby extending the service life of
the bearings.
Dynamic Load Applicability: This characteristic is particularly
important for machinery that frequently experiences vibration and
shock, such as mining and construction equipment.
6. Temperature Range Adaptability
Temperature Stability: Nylon retainers maintain good mechanical
properties within a certain temperature range, making them suitable
for various environmental temperatures. While the high-temperature
resistance of nylon is not as good as that of some metals, its
performance is quite stable under normal operating temperatures.
7. Shock Absorption
Vibration Damping: The superior flexibility and vibration-absorbing
capabilities of nylon materials can effectively reduce vibrations
generated during the operation of equipment, enhancing operational
stability and reducing mechanical fatigue and wear.
Improved Mechanical Reliability: Good shock absorption contributes
to the protection of bearings and other mechanical components,
prolonging the overall service life of the equipment.
8. Manufacturing Flexibility
Molding and Processing: Nylon retainers can be produced through
processes such as injection molding and extrusion, providing high
manufacturing flexibility and allowing for the design of various
shapes and sizes based on different needs.
Custom Design: This characteristic enables nylon retainers to
better adapt to specific applications or customer requirements,
improving production efficiency.
Applications:
Industrial Machinery:
Aligning ball bearings are crucial components in industrial
machinery, such as manufacturing equipment, conveyors, and assembly
lines. As shafts may often be misaligned due to various reasons,
aligning ball bearings help ensure smooth operation and reduce
stress on the machines.
Agricultural Equipment:
Agricultural equipment, including tractors, harvesters, and other
similar machinery, also benefits from aligning ball bearings due to
the varying alignment conditions they may encounter during
operation. The use of aligning ball bearings can improve the
overall performance and longevity of the machines.
Automotive Applications:
Aligning ball bearings are commonly implemented in automotive
applications, such as engines, transmissions, and wheel hubs, as
they provide excellent tolerance to misalignment. This helps to
improve both the performance and longevity of the machines.
Pumps and Compressors:
Pumps for fluid handling and compressors for gas applications
require aligning ball bearings to prevent failure, as vibration and
movement are common issues. By utilizing aligning ball bearings,
these machines can operate without failure despite the frequent
movement.
Robotics and Automation:
Aligning ball bearings are crucial components in robotic arms and
automated machinery, where precise movement is required. Though
alignment can be challenging, the use of aligning ball bearings can
help ensure the machines operate with precision.
Textile and Paper Machinery:
For handling shifting loads and maintaining high-speed operations
in spinning machines, weaving looms, and paper mills, aligning ball
bearings are essential. These machines commonly need to operate
with misalignment, making aligning ball bearings a valuable
component.
Food and Beverage Equipment:
In food and beverage processing and packaging machinery,
cleanliness and reliability are crucial while misalignment is
common. Aligning ball bearings provide an ideal solution in such
situations, ensuring these machines operate with precision and
reliability.
Mining and Quarrying Equipment:
Many heavy machinery, such as conveyors, crushers, and others used
in mining and quarrying environments, require aligning ball
bearings to operate in harsh conditions where misalignment is
frequent. Aligning ball bearings can help these machines withstand
such variables.
Construction Machinery:
For excavators, loaders, and cranes used in heavy equipment,
aligning ball bearings help ensure reliability and productivity on
construction sites. These machines operate under varying conditions
and require aligning ball bearings to prevent failures and ensure
optimal performance.
HVAC Systems:
In HVAC systems, fans, and blowers, alignment may shift due to
thermal expansion and vibration. Aligning ball bearings ensure
consistent airflow and efficiency by providing stability and
support under such conditions.
Railway and Transportation Systems:
For rolling stock and trains, aligning ball bearings help ensure
wheel and axis stability under varying alignment conditions.
Implementing aligning ball bearings improves railway and
transportation systems' overall performance and service life.
Electrical Motors and Generators:
Aligning ball bearings are crucial in electric motors and
generators for smooth rotation while accommodating slight
misalignments. The use of aligning ball bearings can reduce noise
and increase the overall efficiency and longevity of these
machines.
Packing and Shipping:
Product Packaging:
- The aligning ball bearings will be packed in a sturdy cardboard
box.
- The bearings will be placed in a plastic bag to prevent any damage
during transportation.
- The box will be sealed with packing tape to ensure that the
bearings remain secure.
Shipping:
- The product will be shipped via a reliable courier service such as
DHL, FedEx or UPS.
- The shipping cost will be calculated based on the weight and
distance of the shipment.
- The estimated delivery time will be provided to the customer upon
placing the order.
FAQ:
What is the brand name of the Aligning Ball Bearings?
The brand name of the Aligning Ball Bearings is AWX.
Where are the Aligning Ball Bearings manufactured?
The Aligning Ball Bearings are manufactured in China.
What is the minimum order quantity for the Aligning Ball Bearings?
The minimum order quantity for the Aligning Ball Bearings is 10.
What is the price of the Aligning Ball Bearings?
The price of the Aligning Ball Bearings is negotiable.
What are the packaging details for the Aligning Ball Bearings?
The Aligning Ball Bearings are packaged in single boxes.
What is the delivery time for the Aligning Ball Bearings?
The delivery time for the Aligning Ball Bearings is 30 days.
What are the payment terms for the Aligning Ball Bearings?
The payment terms for the Aligning Ball Bearings are L/C, D/A, D/P,
T/T, Western Union, and MoneyGram.
What is the supply ability of the Aligning Ball Bearings?
The supply ability of the Aligning Ball Bearings is 10000pcs.
