Project Description

OILES#2000 Sinter Bearing
 
 
 
 
 
 

OILES#2000 is a multi-layer bearing composed of special friction surfaces and supporting metal steel backing materials. The sintered layer is made of special copper alloy powder and graphite-based solid lubricant dispersed and sintered, and treated with oil.

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Dry Friction Mechanism

As the solid lubricant layer structure of crystalline materials are all easily within the metal matrix material between adjacent molecules to form a low shear strength of the interface, the initial friction occurs due to metal wear, solid lubricant can easily be released into the bearing surface formed with the combination of mechanical grinding parts; this layer transfer film has a high carrying capacity and low friction coefficient and can thus greatly reducing the supply of continuous extended wear life, the other in the event of damage to the transfer film can be very short period of time to repair itself, which played a maintenance role.

Features:

● Since the solid lubricant is uniformly dispersed, it can be used under friction conditions in any direction of motion, and has good fretting wear resistance;

● Can be used without oil;

● High load, excellent wear resistance, excellent speed characteristics.

● Standard products and plates of various specifications can be provided for secondary processing;

● Protected by an oil film, it has a wear-resistant effect.

● Porous structure oil storage plays a self-lubricating effect.

Performance

● The low hardness of the sintered layer is easy to absorb the hard particles in the earthwork pile construction environment so that the guide plate and the dual structural parts are not easy to rough.

● Oil film protection can also reduce noise.

● Compared with other self-lubricating materials, it can resist the eccentric wear caused by vibration.

● The material can be freely processed and cut and is not restricted by the arrangement of solid lubricants.

● Avoids heavy metal pollution caused by smelting, and at the same time reduces the use of environmentally harmful components, making it more environmentally friendly.

What Is A Oiles#2000 Sinter Bearing

#200 sinter bearing is a composite bearing composed of porous special oil-containing wear-resistant material and metal steel back. The special wear-resistant layer is made of special copper alloy powder and solid lubricant whose main component is graphite dispersed on the metal matrix and sintered at high temperature. Treated with oil; since the solid lubricant is uniformly dispersed in the alloy layer, a solid lubricating film can be formed at the beginning of sliding, this film has low shear strength, and can be firmly attached even under high static load conditions. The bearing surface is not easy to crack, so there is no creeping phenomenon under micro-movement; and the metal matrix provides high mechanical strength and dimensional stability. The result is excellent friction and wear characteristics.

oiles # 2000 sinter bearing
oiles # 2000 sinter bearing
High Performance

China Self Lubricating OILES#2000 Sinter Bearing Supplier

• Meet in dry friction conditions, can be maintenance-free;
• Has a high carrying capacity;
• Wide temperature range -40–+120
• You can re-radiation environment and vacuum environment;
• Material has good electrical properties, without the static phenomenon;
• You can dust conditions and corrosive environments;
• Materials as needed for re-processing.

High Quality

Metallic Composite Sinter Bearing

Metal self-lubricating sinter bearings made by powder sintering process, suitable for high load or fuel can dry friction conditions required under the conditions of work; the main materials include copper, iron base and stainless steel base, but also with the use of the bearing condition, the use of temperature, load, speed, and environmental requirements can choose, such as graphite, molybdenum disulfide solid lubricant such as different proportions, the solid lubricant materials uniformly distributed in the organization can continuously provide a low friction bearing surface for the material, reducing the friction coefficient and thus greatly improve bearing life, compared to more conventional powder metallurgy wear resistance and high-temperature performance.

oiles # 2000 sinter bearing

Oiles#2000 Sinter Bearing
Steel Backed Sintered Bearing

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Specifications
Lubrication condition Dry Periodic lubrication
Service temperature range 40 to 120℃
Allowable maximum contact pressure: P
Dynamic: 24.5 N/mm2
Static: 73.5 N/mm2
Dynamic: 49.0 N/mm2
Static: 73.5 N/mm2
Allowable maximum sliding velocity: V 0.50 m/sec 1.00 m/sec
Allowable maximum PV value 1.63 N/mm2・m/sec 2.45 N/mm2・m/sec

Other Based Material Composition And properties Of The Table

Material grades Copper Iron-based Nickel-based
FRB85HB1 FRB85HB2 FRB85HB11 FRB85HB12 FRB85HF14 FRB85HF18 FRB85HN22 FRB85HN23
CuSn
8613/6-1
CuSn
8613/12-1
CuSnPb
8313/6-1
CuSnPb
8413/8-1
FeNiCu
8310/8-3
FeCu
9404/8-2
NiFeCu
6033/10-2
FeCrNi
7218/20
Density g/cm3 6.8 6 7.2 5.8 6 5.9 6 5.8
Hardness HB ≥40 ≥50 ≥50 ≥50 ≥80 ≥50 ≥45 ≥55
Compressive trength Mpa 300 180 380 250 550 180 240 180
Maximum static load Mpa 100 50 100 50 100 80 100 100
Maximum dynamic load Mpa 50 25 50 25 50 40 50 50
Maximum line speed m/min 15 20 15 15 10 10 20 10
Max PV N/mm²*m/min 60 60 60 60 48 48 36 30
emperature ℃ -50~+150 -50~+150 -50~+150 -50~+150 0~+600 0~+450 -200~+650 -100~+750
Friction factor μ 0.12~0.18 0.10~0.15 0.15~0.22 0.12~0.18 0.30~0.45 0.30~0.45 0.25~0.40 0.35~0.50
Coefficient of linear expansion 10-6/K 18 18 18 18 13 13 12 18

Solid lubricant

Material Graphite MoS2 WS2
Crystal structure Hexagon Hexagon Hexagon
Proportion 2.25 4.7 7.5
Friction factor in the air 0.1~0.18 0.08~0.12 0.09~0.17
Temperature ℃ -120℃~+600℃ -100℃~+400℃ -180℃~+600℃
Chemical resistance Well Well Well
Corrosion resistance Well Difference Difference
Resistant to nuclear radiation Well Well Well
Use in the air Well Well Well
In water use Well Difference Difference
Use in a vacuum Difference Well Well