Product description
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FB090 Bronze wrapped bushing
FB090 Bronze Base Rolling Bearings,CuSn8 tin bronze alloy as the material, the surface rolling diamond oil hole, played the role of fat storage, it has good fatigue strength and load-bearing capacity, corrosion resistance, abrasion resistance. Widely used in agricultural machinery, construction machinery, engineering machinery, high load low speed applications.
Technical Parameters
Max.load | |
Static load | 120 N/mm² |
Dynamic load | 40 N/mm² |
Max.speed | 2m/s |
Max.PV | 2.8 N/mm²*m/s |
Tensile strength | 450 N/mm² |
Hardmess | HB 110-150 |
Elongation | 40% |
Max.temp | -100℃~+200℃ |
Friction coef. | 0.08~0.25 |
Thermal conductivity | 58W(m*k)-1 |
Linear cofe. of thermal expansion | 18.5*10-6K-1 |
FB090 material deconstruction
- Using high-density bronze roll forming or spherical oil pockets, oil hole special internal surface to reduce the wear and tear to extend the use of time and good anti-corrosion function.
The advantages of the product
1. save a lot of copper, copper sets car system saves hours:
2. bushes, bearing compared to its light weight and low cost;
3. The friction surface can be processed in a variety of points there, pit, storing a grease, extended refueling time is five times that of copper sets;
4. The high load capacity, especially suitable for rough friction surface;
Products available: straight sets, thrust washers, flanged bushings, bearings, skateboards, steel sleeve assembly.
Standard bushing tolerances
Standard Dia. | O.D.Size | Housing Bore | I.D.Size | Matching Shaft Diameter |
10~18 | +0.065 +0.030 | +0.018 0 |
+0.046 0 |
- 0.016 - 0.043 |
18~30 | +0.075 +0.035 | +0.021 0 |
+0.052 0 |
- 0.020 - 0.020 |
30~50 | +0.085 +0.045 | +0.025 0 |
+0.062 0 |
- 0.025 - 0.064 |
50~80 | +0.100 +0.055 | +0.030 0 |
+0.074 0 |
- 0.030 - 0.076 |
80~120 | +0.120 +0.070 | +0.035 0 |
+0.087 0 |
- 0.036 - 0.090 |
120~180 | +0.170 +0.100 | +0.400 0 |
+0.100 0 |
- 0.043 - 0.106 |
180~250 | +0.210 +0.130 | +0.046 0 |
+0.115 0 |
- 0.050 - 0.122 |
250~315 | +0.260 +0.170 | +0.052 0 |
+0.130 0 |
- 0.056 - 0.137 |