Brand Name: | VIIPLUS Graphite Bronze self-lubricating bearing |
Model Number: | self-lubricating bearing |
MOQ: | negotiable |
Price: | negotiable |
Payment Terms: | MoneyGram, Western Union, T/T |
Supply Ability: | bronze sleeve bushings, China, manufacturers, suppliers, factory, wholesale, Metallic Self Lubricating Bushings, Cast Iron Bearing, Sleeve Bushing, POM Bearing, Cast Iron Plain Bearing, Lubrication Bronze Bushing |
Our straight cylinder maintenance-free bronze Gleitlager offers exceptional performance with its self-lubricating properties and low friction coefficient. This innovative design ensures smooth and efficient operation without the need for regular maintenance or lubrication.
The Gleitlager is made from high-quality bronze material, which is known for its durability and wear resistance. Its self-lubricating properties mean that it can operate effectively even in harsh environments or under high loads, reducing the risk of wear and tear.
The low friction coefficient of our Gleitlager helps to minimize energy loss and heat generation, leading to improved efficiency and longer equipment lifespan. This makes it an ideal choice for a wide range of applications, including in loaders and other heavy-duty machinery.
With our commitment to quality and performance, you can trust us to provide you with a reliable and long-lasting Gleitlager solution that meets your specific needs. Contact us today to learn more about our maintenance-free bronze Gleitlager and how it can benefit your operations.
Bronze inlaid bearing is a solid lubrication product with CuSnZn6Pb3 bronze as the substrate and graphite and MoS2 as solid lubricants.Because the density of CuSnZn6Pb3 bronze is higher than that of high force brass, it is very wear-resistant in the case of high temperature and low load.At present, the product has been used in the fireplace door, oven raceway, rubber machinery, light industry machinery, machine tool industry and other low load, high temperature, medium speed occasions.
CuSn6Zn6Pb3 | ||||
Sn(%) | Zn(%) | Pb(%) | Cu(%) | Other magazines(%) |
5~7 | 5~7% | ≦1.5 | rest | ≤0.5 |
Substrate material | CuSn6Zn6Pb3 | Maximum operating temperature ℃ | 350 |
Ultimate dynamic load N/mm² | 60 | ||
The coefficient of friction u | <0.15 | Maximum sliding speed m/s | 2 |
Basic hardness HB | 80~100 |
can be used for a long time without maintenance;
designed for high static load and dynamic load;
it has a very low and stable friction coefficient and no "adhesion" phenomenon;
dust resistance, corrosion resistance, impact resistance and edge load resistance;
the metal substrate has good shock-absorbing capacity;
can be used in a wide range of temperatures;
suitable for reciprocating, rotating and oscillating situations where startup is frequent
and oil film is difficult to form; very low wear rate, long service life.
The substrate of the VSB solid self - lubricating bearing shall be determined according to the working conditions of the bearing itself.More commonly used materials are colliers brass, tin bronze, cast iron, etc.The embedded solid lubricating materials are mainly graphite and additives. Different additives are suitable for different working conditions.According to the working conditions of the bearing itself, the combination of different metal substrates and embedded solid lubricants can ensure that the bearing can meet the special needs of various working conditions such as temperature, load, movement and medium, and ensure stable and reliable operation.
wide range of use: oil supply system in the mechanical design is a piece of labor.Time-consuming, the use of solid lubrication bearings in the design does not need to consider the refueling device, fuel device saving.At the same time, for all kinds of special occasions, the solid lubrication bearings can be designed into a variety of shapes to meet the needs of various special occasions, the use of solid lubrication bearings, can greatly reduce mechanical maintenance, oil and other costs.
Due to the linear expansion coefficient of solid lubricant is greater than the metal matrix, so when the solid lubricated bearing, when we started running on the oil film will shift to a grinding and realize self-lubrication, so solid lubrication bearings can be used in the place where is hard to go and can't go or grease, even in the case of low speed and high load, also can have good lubrication effect.
The traditional mechanical design, in a certain operating time, want to often come on maintenance, check the oil, the oil supply device was clear, the body itself and the surrounding environment pollution caused by regular gas, result in an increase in maintenance costs, realize self-lubrication, not only can realize the environment clean and tidy, and greatly reduce the cost of the use of lubricating oil.
The solid lubricated bearing is made of centrifugal cast high strength brass as the substrate, which plays the role of bearing load.Self-lubricating, so it combines their advantages.Even in the case of high load, low speed can still play superior performance.
shaking motion, starting and stopping frequently and other places where the formation of oil film is difficult, can play superior wear resistance:
The arrangement principle of solid lubrication bearing lubricant is to ensure that there is a lubricant effect on each part of the grinding part in the process of operation, so the arrangement of lubricant must be determined according to the direction of movement of the grinding part.
The lubricant of solid lubricated bearing is made of wear-resisting materials such as graphite and PTEE with special formula, it has stable molecular structure, metal matrix can be selected according to different metals with different drug resistance and corrosion resistance, so the solid lubricated bearing has superior drug resistance and corrosion resistance.
7. The product cost is more competitive. Compared with similar products, the product has a long working life and requires little maintenance.
VSB-JDB-1 | VSB-JDB-2 | VSB-JDB-3 | VSB-JDB-4 | VSB-JDB-5 | |||
---|---|---|---|---|---|---|---|
VSB-JDB-2 | VSB-JDB-22 | VSB-JDB-23 | |||||
GB1776-87 | ZCuZn25 Al6Fe3Mn3 |
ZCuSn6Zn6Pb3 | ZCuAl10Fe3 | ZCuSu10P1 | Steel+ ZCuSn6Zn6Pb3 | HT250 | GCr15 |
ISO1338 | GCuZn25 Al6Fe3Mn3 |
GCuSn6Zn6Pb3 | GCuAl10Fe3 | - | Steel+ CuSn6Zn6Pb3 Fe3Ni5 |
- | B1 |
DIN | G-CuZn25 Al5 |
GB-CuSn5Zn5Pb5 | GB-CuAl10Ni | GB-CuSn10 | Steel+ CuSn6Zn6Pb3Ni | - | 100Cr6 |
JIS | HBsC4 | BC6 | AIBC3 | BC3 | BC6 | FC250 | SUJ2 |
ASTM/UNS | C86300 | C83600 | C95500 | C90500 | C83600 | Class40 | 52100 |
(BS) | HTB2 | LG2 | AB1 | PB4 | LG2 | - | - |