Find a Gleitlagerbuchsen bronze Bushings for your application, for hydraulic cylinders and pivot joints of excavator booms, arms and bucket joints.
Gleitlagerbuchsen bronze Bushings are frequently used in harsh and abrasive environments. They are found in hydraulic cylinders and pivot joints of excavator booms, arms and bucket joints. Building and mining machines are also often furnished with bronze gleitlagerbuchsen bearings. These bushings are often used as a cheap solution for many repair jobs on all kind of machines. They are chosen because of their cheap prices material costs. Missing grease grooves and the lack of lubrication shorten the bearing life of these repair jobs. As such, this will also corrode these bearings very quickly and turns the sliding surface into a very abrasive medium, which will cause even faster damage to the pin. In the end, the repair costs are more cost intensive than consulting viiplus and being advised on the right materials.
Gleitlagerbuchsen bushings ideally suited for lubricated applications
With plain or grooved sliding layer
Suitable for grease lubrication
Gleitlagerbuchsen with groove, mm, made to order from china.
Select your bushing size, Cost-effective Price.
Gleitlagerbuchsen are used in agricultural machines, cranes, electric motorcycles, spring bolts, transmis-sion systems, etc
Gleitlagerbuchsen- groove type or plugged graphite
Types of lubricant grooves
There are different shapes and grooves type that should be used depending on the type of lubricant and movement. * Grooves can be closed on one or both sides or open.
Gleitlagerbuchsen types available in standard dimensions: Plain cylindrical bushes Bearing forms made to order: Hardened steel bushing with various lubrication grooves, non-standard parts
Bronze Gleitlagerbuchsen Product introduction of Gleitlagerbuchsen
The finished Gleitlagerbuchsen bushing provides a simple and economical way to use the bearing. It has the characteristics of high bearing capacity, good corrosion resistance and arbitrary size processing. At the same time, different grades of bronze alloys Gleitlagerbuchsen materials can be provided according to different usage conditions, and different forms can be processed according to the requirements. It has higher dimensional accuracy than rolled copper bearings.
Welcome To bronzelube.com to Select Your Correct Gleitlagerbuchesen
1.Without the extra cost and time saving of oil supply device, oil injection hole and oil tank processing and oil supply device, processing fee and assembly fee, the manufacturing cost can be greatly reduced. 2.The reduction in operating costs significantly reduces the amount of lubricating oil used and the maintenance cost of equipment, and also eliminates the risk caused by insufficient oil supply. 3.In addition, the use of self-lubricating bearings can also improve mechanical properties, extend service life and improve reliability. 4.Recovery and environmental protection of lubricating oil without waste oil recovery treatment is conducive to environmental protection.
Resistant to impact load and vibration in low speed condition.
Highly resistant to corrosion and can be operated with the shaft having rough surface.
Suitable for oil and grease lubrication and available with different forms of oil groove.
1. Flexible, simple, convenient and wide range of use; 2. Can be used without oil; 3. Low use cost; 4. Excellent performance under high load and low speed; 5. Where the oil film is difficult to form, such as reciprocating movement, swaying movement and frequent starting and stopping, it can give play to excellent wear resistance; 6. Excellent drug resistance and corrosion resistance; 7. The cost of the product is more competitive. Compared with similar products, it has a longer working life, less maintenance, long replacement cycle and good performance
Gleitlagerbuchesen, Bronze Bearing Materials | National Bronze Manufacturing
Model / corresponding grade
International brand GB1776-87
Steel+ CuSn6Zn6Pb3 Fe3Ni5
United States ASTM/UNS
Terms of service
The most important prerequisite for ensuring optimal bearing performance is knowing – or accurately predicting service conditions. The main areas of consideration are:
Load, steady and impact,
Speed at design load,
Oscillating motion, i.e., less than full revolutions,
Dirty environments and/or lubricants,
Frequent start-stop operation,
Questionable or interruptible lubricant supply,
Shaft or journal misalignment,
Hardness differential, bearing vs. shaft.
Meeting the often contradicting requirements of the expected mix of operating conditions makes almost every bearing design a compromise. Conditions in which extreme loads, speeds or temperatures occur in combination, whether low or high, are particularly challenging. The task of the warehouse designer is to optimize this compromise in order to achieve the best possible performance in the finished product.