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The excellent properties of our copper
rod with the best surface luster is highly appreciated
by our domestic and overseas customers |
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bronze cylindrical oilless bushing |
ejector guide bushes |
flanged bushes |
half bearing |
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oilless ejector guide bushings |
self lubricating flange bearing bushing |
oilless guide rail |
bronze wear plate |
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Oilless Cam Guide Plate |
spherical bushes |
oilless thrust washer |
self lubric wear plate |
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Solid Lubrication Bearings Bushing Products Features |
1. No need to oil installations, the lling hole processing tank
The cost of oil installations, processing fees, assembly fees, the extra cost
and time savings can signicantly reduce manufacturing costs.
2. Lower operating costs
Substantially reduce the use of lubricants and equipment maintenance
costs, while also eliminating the risk caused due to insucient oil supply.
3. The shortening of design time
Non-oil can make the design, structure, and greatly simplify and reduce
costs, save design time and to obtain significant results, in addition,
the use of self-lubricating bearings can also improve the mechanical
properties and extend the service life and higher reliability.
4. Lubricating oil recycling and environmental protection
No need to waste oil recycling, are environmentally friendly.
the self-lubricating bearing parts of the machinery industry,
the use of certain generalized. In order to make the mechanical drive
is operating normally, a lot of effort. The bearing area is divided into
Rolling and plain bearings. Sliding bearings in high-load movement,
foreign substances, temperature, fuel, maintenance, imperfect
circumstances, can cause galling. Like sliding bearings can not be used
under harsh conditions, the solid inlaid metal self-lubricating bearings,
wear resistance, resistance to galling, to play the bearings of the due
performance, the role of mechanical performance and maintenance-free.
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The Matrix Materials for The Self-lubricated Bearings |
Material Code
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CuZn25Al5Mn3Fe3 |
CuZn25Al5Mn3Fe3 |
CuAl9Fe4Ni4Mn2 |
CuSn5Pb5Zn5
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CuSn12 |
HT250 |
Gcr15 |
Density |
8.0 |
8.0 |
8.5
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8.9
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9.05
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7.3 |
7.8 |
Hardness HB |
>210 |
>250 |
>150 |
>70 |
>80 |
>190 |
HRC>58 |
Tensile strength N/mm2 |
>750 |
>800 |
>800 |
>200 |
>260 |
>250 |
>1500 |
Elongation% |
>12 |
>8 |
>15 |
>10 |
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>5 |
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Coecien
of linear expansion
10-5/℃ |
1.9 |
1.9 |
1.9 |
1.8 |
1.8 |
1.0 |
1.1 |
Limit Temp ℃ |
-40~+300 |
-40~+150 |
-40~+400 |
-40~+400 |
-40~+400 |
-40~+400 |
-40~+400 |
Max.load N/mm2 |
100 |
120 |
150 |
60 |
70 |
80 |
200 |
Max.speed (Dry) m/min |
15 |
15 |
20 |
10 |
10 |
8 |
5 |
PV
N/mm2 m/min |
200 |
200 |
60 |
60 |
80 |
40 |
150 |
300N/mm2 Permanent deformation |
<0.01 |
<0.005 |
<0.04 |
<0.05 |
<0.05 |
<0.015 |
<0.002 |
Note: We can produce the bearing bushing according to American, Jaoanese, German, Chinese and other standards
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The Advantages of the Solid-Lubricant-Inlaid Bearings |
1. Properly and simply designed, widely used;
Oil offering system is an energy waste and time waste set in mechanical
design. There is no needs for considering the oil-putting set in design when
using the solid lubricant bushing so it can save the oil-putting equipment
and at the same time it also design the solid-lubricant-inlaid bushing into
alt kinds of shapes in order to meet various needs in special places. Using
solid-lubricant. inlaid bushing can reduce the costs of the machinery
mending and the oiI in wide range.
2. Being used without oil;
Because of the linear coecient expansion of the solid lubricant is bigger
than that of the metal basement, when the solid-lubricant-inlaid bushing
starts to operate, the oil lm can transfer to the corresponding friction set
to make out self-lubricant. So the solid-lubricant-inlaid bushing can be
used in places where the oil or grease cannot be added. It can make out the
self-lubricant function even though under high load conditions.
3. Low cost for usage;
Traditional mechanical design asks for frequently aiding oil and checking
if the oil watch and the oering set are through in certain period. Because
adding oil at regular intervals causes the pollution to the machine itself and
the nearby surroundings and increase the maintenance cost. And when the
self-lubricant is made out, it can not only make the surroundings clean but
also decrease the cost of using the Iubricant.
4. The superior functions can be brought into play under high
load and low rotati ng speed.
The solid-lubricant-inlaid bushing is based on the high intensity brass that
is centrifuge cast. And then make out the loading function. Use special
graphite that has good self-lubricant properties as lubricant to make out
the self-lubricant so that the bushing has included all of their advantages.
It can still bring the superior properties into play even under high load and
low rotating speed.
5. The wear resistance can be brought into play even ln places the
oil film form into difficulties because of the reciprocating and
rocking movement, starting and stopping;
The arrangement principle of the lubricant of the solid-lubricant-inlaid
bushing is to ensure that all the parts of the corresponding friction
sets have the lubricant function in the operating procession. So the
arrangement place 0f the lubricant should be depended upon the
operating direction of the corresponding friction sets.
6. Superior chemical resistance and corrosion resistance;
The lubricant of the solid-lubricant. inlaid bushing is made of special
graphite and PTFE. It has steady molecule structures. The metal basement
can be chosen according to the dierent chemicaI resistance and corrosion
resistance of the metal appliance. So the solid-lubricant-inlaid bushing has
the superior chemical resistance and corrosion resistance.
7. The products is more competitive, comparing to the similar
kinds of products, this kind of products has longer working life
and need seldom maintenance. It has longer replacement ci rcle
and good properties. |
Base Material Interchange
China Brands
GB1176-87 |
Intenational
ISO 1338 |
Germany
DIN |
Japan
JIS
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America
ASTM(UNS) |
England
BS |
France
NF |
Applicable conditions |
ZCuZn25Al6
Fe3Mn3 |
GCuZn25Al6
Fe3Mn3 |
DIN1709
G-CuZn25Al5 |
H5102
CAC304
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B30-92
C86300
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HTB2
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High-load,low speed
Commonly used |
ZCuZn25Al6
Fe3Mn3 |
GCuZn25Al6
Fe3Mn3 |
DIN1709
G-CuZn25Al5 |
H5102
CAC304 |
B30-92
C86300 |
HTB2 |
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Over high load,low speed,
High load used |
ZCuSn5
Pb5Zn5 |
GCuPb5
Sn5Zn5 |
DIN1705
G-CuSn5ZnPb |
H5111
BC6 |
B30-92
C83600 |
LG2 |
CuPb5
Sn5Zn5 |
Mid-load,low speed |
ZCuAl9Fe4
Ni4Mn2 |
GCuAl10
FeNi5 |
DIN17656
G-CuAl10Ni |
H5114
AlBC3 |
B30-92
C95500 |
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CuAl10
Fe5Ni5 |
Mid-load,mid-speed,
Commonly used
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GB5675-85
HT250 |
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FC250 |
ASTM
Class40 |
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Mid-load,low speed |
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Solid Lubricant |
Graphite + additive |
Excellent resistance against chemical
attacks and low friction, Temp limit 400℃ |
Suit for general machines and
under atmosphere |
PTFE + additive |
Lowest in friction and good of water
Lubrication,Temp limit 300℃ |
Ship, hydraulic turbine, gas turbine etc. |
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<0.01 |
<0.005 |
<0.04 |
<0.05 |
<0.05 |
<0.015 |
<0.002 |
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The application of the bronze self lubricating bearing bushes in the injection machine,Rubber machine, Die casting equipments |
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Please send your drawing with chemical composition and
physical parameters .Our price is the lowest . Other specifications
and sizes are available upon request. Please contact us
or e-mail Johnson@jccopper.com |
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