Jiashan Dernore Bearing Co., Ltd.
JIASHAN B&B ELECTRIC&MACHINERY CO.,LTD
Add.: No.668, Chengqiao Road, Chengqiao Community, Weitang Subdistrict, Jiashan County, Zhejiang Province, China
Tel.: +86-573-84027080
+86-573-84028080
Fax: +86-573-84027519
Email: export01@chinaoiles.com
MSN: beijialin01@hotmail.com
Skype: beijialin01
P.C.: 314100

Home » Products » Metal Bearings» Self-Lubricating Bearings » #50HP Solid Lubricated Copper Bearing
#50HP

Solid Lubricated Copper Bearing

1. The #50HP solid lubricated copper bearing is based on high-hardness copper alloy with HB>245. It is a kind of solid lubricant inlaid non-oil bearing. A certain proportion of holes are drilled in the wear-resistant surface.

2. In view of mechanical strength and hardness, this product is superior to both #50SP1 and #50SP5. With ultra high carrying capacity, it is suitable for those with low speed, high precision, and no impact.

3. In addition, the #50HP solid lubricated copper bearing gives the best wear-resisting property when compared to #50SP1 and #50SP5. It is an ideal wear-resistant bearing for injection molding machines and so on.

4. Please choose a suitable product among #50SP1, #50SP5, and #50HP in accordance with specific working conditions.

Technical Parameters

Material   

  
   Technical
   Chemical

#50SP1-SL1
CuZn25Al6
FeMn3
#50SP1-SL4
CuZn25Al6
FeMn3
#50SP5-SL1
CuZn25Al6
FeMn3
#50HP
CuZn25Al6
FeMn3
#50AB-SL1
CuAl10Ni
#50AB-SL4
CuAl10Ni
#50B
CuSn12
Cu 65 65 65 65 80 80 88
Sn             12
Pb 25 25 25 25      
Zn 6 6 6 6      
Ni         5 5  
Al         10 10  
Fe         5 5  
Mn 4 4 4 4      
Hardness
HB
>180 >180 >235 >250 >150 >150 >80
Tensile strength
N/mm²
>550 >550 >750 >785 >200 >200 >200
Elongation

>12   >12 >10 >10 >8 >8
Coefficient
of expansion
1.9×10-5/℃   1.9×10-5/℃ 1.9×10-5/℃ 1.6×10-5/℃ 1.8×10-5/℃ 1.8×10-5/℃
Limited Temp

300~400   300~400 300~400 400 400 400
Max load
N/mm²
80   100 118 50 70 70
MAX SPEED
M/min
15   15 10 20 10 10
Max PV
N/mm2*m/s
200   200 200 200 200 200
Compression set amount
400 N/mm²
<0.01   <0.01 <0.05 <0.04 <0.05 <0.05