Description

Looking for Hydraulic cylinder pins and bushings? Special PTFE Find the Right Parts Material & Best Price Quote!

Hydraulic Cylinder Bushing Suppliers, Plain Shaft Bearing Suitable For Hydraulic Cylinders

Hydraulics Industry. At viiplus.com we have extensive experience with the specialized materials that are critical components in hydraulic pumps, motors, and cylinder bushings.

Hydraulic Cylinder Bushing. Request a Quotation for Your Hydraulic Bushings

Friction Plain Bushing For Bearings, Bushing Selection

Bushings Parts and Plain Bearings for Hydraulic Cylinders, Pump Bushing

Product Range of Bearings, Bushings, Thrust Washers …

Friction Plain Bushing For Bearings, bearings reduce shaft costs by eliminating the need for hardening and machining grease … pneumatic and hydraulic cylinders, pumps and motors, railroad.

Purchase of bearing in the section Hydraulics and quote requests online.

Bushing design: Rod guidance for pneumatic and hydraulic cylinders, hydraulic and pneumatic cylinders sliding bushings, maintenance-free, metric dimensions, Material: Steel-Bronze/PTFE

Hydraulic Bushings

Self-lubricating Bearings for Control Arms
Various Bushing Materials applications in the cylinder
Free samples and Customizable

Rod guidance for pneumatic and hydraulic cylinders, sliding bushing maintenance-free, metric dimensions

Bearings and Bushings – Hydraulics Parts, Discovery Hydraulic Bushings Catalog

Hydraulic Bushings & Hydraulic Cylinder Bushings Supplier

Sliding Bearings are machine components that handle stress and reduce friction between moving parts. Bushings operate with sliding motion between moving surfaces.

Bushes – Hydraulic cylinders sliding bearings and sleeve bushings components

Metal-Polymer Self-lubricating bearing materials are extensively used in a wide range of automotive and industrial applications, such as:

Industrial

Agricultural, construction equipment, food and beverage, marine, material handling, office equipment, packaging equipment, hydraulic cylinders, railroad and tramways, textile machinery, valves.

Sliding material and bushing type selection guides.

Material composition

PTFE layer

Bearing backed

Steel or stainless steel or bronze backed bushings

Special PTFE Red Color

Sliding layer

Sintered copper powder

The pores of the sliding layer are also filled with this lubricant mass.

OPERATING PERFORMANCE
Dry	Very Good
Oil-lubricated bushing	Good
Grease lubricated	Fair
Water lubricated	Fair
Process fluid lubricated	Fair

hydraulic cylinder pins and bushings

1..A mixture of modified polytetrafluoroethylene (PTFE) and lead (Pb), 0.01 ~ 0.03mm, is a wear-resistant material, which can form a transfer film during operation to protect the grinding shaft.

2. The bonding strength of PTFE/Pb with steel plate is improved by 0.2-0.3mm copper powder layer, which has a good bearing capacity and wear resistance. At the same time, copper is a good thermal conductive material, which can quickly transfer the heat generated during the operation of the bearing.

3.Low carbon steel 0.7 ~ 2.3, improves the bearing capacity and heat transfer effect.

4. Copper/tin electroplating, copper plating 0.008mm, tin plating 0.005mm, so that the bearing has a good corrosion resistance function.

Application features: it is applicable to the room temperature, low speed and medium load place, replace the traditional copper sleeve, not only reduce the cost and prolong the service life. Under special circumstances, it can save refueling frequency and simplify replacement procedures when used on a rolling mill. The products have been widely used in automobile chassis, forging machines, gold mining machinery, construction machinery, hydropower, steel rolling industry, and other fields.

hydraulic-cylinder-pins-and-bushings/

FOR SUPERIOR / LEAD-FREE PERFORMANCE
Dry	DP4 / DP11
Oil-lubricated	DP4 / DP31
Grease lubricated	DP4 / DX
Water lubricated	DP4-B
Process fluid lubricated	DP4 / DP31

BEARING PROPERTIES
GENERAL		Unit	Value
Maximum load, p	Static	N/mm2	250
Maximum load, p	Dynamic	N/mm2	140
Operating temperature	Min	°C	-200
Operating temperature	Max	°C	280
Coefficient of linear thermal expansion	Parallel to the surface	10-6/K	11
	Normal to the surface
		10-6/K	30

DRY Maximum sliding speed, U m/s

2.5

Maximum pU factor N/mm2 x m/s1.8Coefficient of friction

0.02 – 0.25 *

Maintenance-free Characteristics

Low friction coefficient
Multiple areas of use
Long lifetime

Type of applications

Person lifts
Packaging machines
Pneumatic cylinders
Pumps

Design

Cylindrical bearings
Flanged bearings
Thrust washers
Slide plates
Drawing details

Hydraulic bushings – What to know

Bushing bushings processing customization
Bushing bushings, oil-free bushing prices, professional processing of various types of bushings customized, according to customer demand to customize the map, customized processing, welcome to call for more information, professional processing custom
Hydraulic Bearing is improved on the basis of oil-bearing. The hydraulic bearing has a larger oil storage space than the oil bearing and has a unique loopback oil supply circuit.
Hydraulic Bushings Structure

A hydraulic bearing is still essentially an oil-containing bearing. However, they have been improved to have a much longer life than ordinary oil-sealed bearings, and inherit the advantages of oil-containing bearings – low noise operation.
Classification of radial hydraulic bearings
Radial bearing is to bear static load, according to the load direction is fixed, swing, reverse, rotary and other different situations, can use single pad, double pad and multi-pad radial bearings. Single pad single cavity to the heart of the bearing, only suitable for bearing the size and direction are stable radial load, single pad four cavity to the heart of the bearing, it can withstand some lateral load and eccentric load, that is, in the direction of the radial load, from the oil pad center line allows some tilt angle and eccentric distance; double pad to the heart of the bearing, when the two pads are 120 ° apart, the load can be allowed to swing in – 40 ~ 40 ° range. For the reverse load, use the opposing double pad bearing. However, the centripetal bearing in the machine tool widely used multi-pad or multi-cavity, which is not only to be able to withstand directional changes in radial load, more importantly, in order to obtain greater rigidity and better rotary accuracy, so generally more than four pads or four cavities, there are also three pads or three cavities and six pads or six cavities. In the multi-pad bearing and multi-chamber bearing, the oil cavity is mostly equal area. In radial bearings, the shape of the oil cavity is mostly rectangular, in heavy-duty bearings, grooved oil cavities are often used, and sometimes round oil cavities are used in single-pad bearings.
Advantages of oil seal
First of all, hydraulic bearings improve the non-sealed design of the bottom of traditional bearings by sealing all the bottom of the bearing to form an airtight oil retention design. This effectively prevents the volatilization of lubricating grease and dust from entering the inside of the bearing. As a result, the life of the bearing is greatly extended.
Second, conventional bearings cannot store much lubricant because the bottom is not sealed. In contrast, hydraulic bearings are designed with a large oil storage space to store a large amount of lubricating grease by using the closed bottom feature. This makes the bearing keep lubricated at all times, which greatly improves the stability of the hydraulic bearing use.
In addition, the hydraulic bearings use special low-wear, high-temperature resistant grease. This grease has a low wear rate and high-temperature resistance. Even if the hydraulic bearings work continuously for a long time, in a high-temperature condition, the grease inside the hydraulic bearings will not evaporate, ensuring good lubrication to the bearings.
Not only that, the floating hydraulic bearing also uses the through-pressure oil circuit design, which makes the bearing and the reservoir interoperable, and facilitates the lubricating grease in the reservoir to enter the bearing smoothly. It also uses powder metallurgy and special metal to make the bearings. There are tiny cavities on the bearing, and the bearing is soaked in special lubricating grease to make the cavities full of grease.
The hydraulic bearing keeps overflowing grease to lubricate the bearing during the operation. With the design of a trans-pressure oil circuit, the bearing and the oil reservoir are connected as one, and the lubricating grease can flow freely to achieve truly unlimited self-lubrication [3].
Hydraulic Bushings Service Life
The hydraulic bearing has a significant reduction in operating noise and very long service life of 40,000 hours [1].
What is hydraulic bushing?
A hydraulic bushing is a bushing that is specifically designed for hydraulic applications. Hydraulic applications require certain characteristics and features of a bushing, which is why a hydraulic bushing is different from a standard bushing. One of the most important parts of a hydraulic bushing is a groove that is designed to securely connect the bushing to the hydraulic valve. Hydraulic systems carry heavy loads in ways that other machines don’t, which makes them require these unique, grooved bushings to provide excellent support.

Why should I replace my hydraulic bushings?
When hydraulic bushing starts to wear out, you replace it. Because hydraulic systems are designed to support extreme weights, it is critical to ensure that all components of the hydraulic system are in perfect condition. If any part of the hydraulic system is not in optimal condition, you run the risk of machine failure, which can damage not only the machine but every part of the heavy load it supports. Due to the unique nature of hydraulic systems and their function, it is vital to ensure peak maintenance before any kind of accident occurs.

How do you know when you need to replace your hydraulic bushings?
There are a number of ways to know when you need to replace your hydraulic bushings. First, if the grooves in the hydraulic bushings start to wear out, you run the risk of slippage within the machine. Slip can reduce the efficiency of your machine, but it can also have more damaging consequences, such as detachment or breakage. If the hydraulic bushing itself begins to lose its shape or develop cracks, it is necessary to replace it immediately. Again, because of the unique features of a hydraulic system, it is of utmost importance that you ensure that all hydraulic components, including the hydraulic bushing, are in perfect working condition. Choosing a high-quality material, such as bronze, will ensure that your machine remains in operating condition for a longer period of time and can minimize the risk of accidents.

What is the purpose of hydraulic bushings?
Hydraulic bushings have very specific functions because they are specifically designed to be used in hydraulic systems. Some of the components of a hydraulic system that use hydraulic bushings are as follows.

Hydraulic pumps
Hydraulic cylinders
Control arms
Hydraulic cylinder pins and bushings
While the types of systems that hydraulic bushings can be used in are very limited, the systems themselves are very versatile. Hydraulic systems are a very important development in modern technology, and the strength and stability of hydraulic systems are invaluable in many applications. Some of the places where hydraulic systems are commonly used are as follows.

Bulldozers
Tractors
Industrial garage doors
Cranes
Hydraulic machines
Pumps and hydraulic bushings
Pumps and hydraulic bushings

What materials are hydraulic bushings made of?
Hydraulic bushings can be made from any of the other bushing materials, but depending on the application of the bushing, a stronger material may be required. Since hydraulic bushings may be responsible for the function of carrying tons of weight in a system, an extra-strong metal like bronze may be needed instead of a polymer like PTFE or other metals like steel and brass.

What is a hydraulic bushing press?
A hydraulic bushing press is a tool used to install and remove tight-fitting bushings in a variety of applications. These tools are commonly used in the automotive industry to remove close-fitting bushings from automotive chassis, axles, and wheel well areas. This is a good example of the strength and usefulness of a hydraulic system, as in this case the hydraulic bushing is used in a hydraulic system that is used to install and remove other types of bushings in a completely different application

Hydraulic Bushing Suppliers
Trusted leading supplier of hydraulic bushings and all other types of bushings. Manufacturers of hydraulic bushings, we work particularly closely with customers in Europe and the Americas. If we don’t have what you are looking for in our inventory, by all means, please contact us! We can customize any order as needed.

We can customize any order to your own design. Our industry-leading team of engineers can use their knowledge and skills to deliver the perfect product for you, no matter how difficult the project may be. For more information on pricing and lead times, don’t hesitate to contact our professional sales team!

For other Technical information and standard dimensions contact our engineer.

Friction plain bushing for bearings. Friction plain bushes for bearings serve to support or guide moving parts

（metric： mm）

shaft		sleeve		ID	OD		BUSHING THICKNESS		L T（-0.3～0）
Size	h7	Size	H7	φd	φD	T	T	T	4	5	6	7	8	10
5	0 -0.012	7	0.015 0	5	7	0.055 0.025	1	-0.03 -0.075	504	505	506	–	508	–
6	0 -0.012	8	0.015 0	6	8	0.055 0.025	1	-0.03 -0.075	–	605	606	607	608	610
7	0 -0.015	9	0.015 0	7	9	0.055 0.025	1	-0.03 -0.075	–	705	–	707	–	710
8	0 -0.015	10	0.015 0	8	10	0.055 0.025	1	-0.03 -0.075	–	–	806	–	808	810
9	0 -0.015	11	0.018 0	9	11	0.06 0.03	1	-0.03 -0.075	–	–	–	–	–	910
10	0 -0.015	12	0.018 0	10	12	0.06 0.03	1	-0.03 -0.075	–	–	1006	1007	1008	1010
12	0 -0.018	14	0.018 0	12	14	0.06 0.03	1	-0.03 -0.075	–	–	1206	–	1208	1210
13	0 -0.018	15	0.018 0	13	15	0.06 0.03	1	-0.03 -0.075	–	–	–	–	–	–
14	0 -0.018	16	0.018 0	14	16	0.065 0.035	1	-0.03 -0.075	–	–	–	–	–	1410
15	0 -0.018	17	0.018 0	15	17	0.065 0.035	1	-0.035 -0.085	–	–	–	–	–	1510
16	0 -0.018	18	0.018 0	16	18	0.07 0.035	1	-0.035 -0.085	–	–	–	–	–	1610
17	0 -0.018	19	0.021 0	17	19	0.07 0.035	1	-0.035 -0.085	–	–	–	–	–	–
18	0 -0.018	20	0.021 0	18	20	0.075 0.04	1	-0.035 -0.085	–	–	–	–	–	1810
19	0 -0.021	22	0.021 0	19	22	0.075 0.04	1.5	-0.035 -0.085	–	–	–	–	–	–
20	0 -0.021	23	0.021 0	20	23	0.08 0.045	1.5	-0.035 -0.085	–	–	–	–	–	2010
22	0 -0.021	25	0.021 0	22	25	0.08 0.045	1.5	-0.035 -0.085	–	–	–	–	–	2210
24	0 -0.021	27	0.021 0	24	27	0.08 0.045	1.5	-0.035 -0.085	–	–	–	–	–	–
25	0 -0.021	28	0.021 0	25	28	0.085 0.05	1.5	-0.035 -0.085	–	–	–	–	–	2510
26	0 -0.021	30	0.021 0	26	30	0.085 0.05	2	-0.035 -0.09	–	–	–	–	–	–
28	0 -0.021	32	0.025 0	28	32	0.09 0.05	2	-0.035 -0.09	–	–	–	–	–	–
30	0 -0.021	34	0.025 0	30	34	0.09 0.05	2	-0.035 -0.09	–	–	–	–	–	–

SHAFT		SLEEVE		L T（-0.3～0）							Tolerance of inner diameter after pressing (Reference and valuation)
SIZE	h7	SIZE	H7	12	15	20	25	30	35	40
5	0 -0.012	7	0.015 0	–	–	–	–	–	–	–	0.165 0.06
6	0 -0.012	8	0.015 0	–	–	–	–	–	–	–	0.165 0.06
7	0 -0.015	9	0.015 0	712	–	–	–	–	–	–	0.165 0.06
8	0 -0.015	10	0.015 0	812	–	–	–	–	–	–	0.165 0.06
9	0 -0.015	11	0.018 0	–	–	–	–	–	–	–	0.168 0.06
10	0 -0.015	12	0.018 0	1012	1015	1020	–	–	–	–	0.168 0.06
12	0 -0.018	14	0.018 0	1212	1215	1220	–	–	–	–	0.168 0.06
13	0 -0.018	15	0.018 0	–	1315	–	–	–	–	–	0.168 0.06
14	0 -0.018	16	0.018 0	1412	1415	1420	–	–	–	–	0.168 0.06
15	0 -0.018	17	0.018 0	1512	1515	1520	1525	–	–	–	0.188 0.07
16	0 -0.018	18	0.018 0	1612	1615	1620	1625	–	–	–	0.188 0.07
17	0 -0.018	19	0.021 0	–	1715	1720	–	–	–	–	0.191 0.07
18	0 -0.018	20	0.021 0	1812	1815	1820	1825	–	–	–	0.191 0.07
19	0 -0.021	22	0.021 0	–	1915	–	–	–	–	–	0.191 0.07
20	0 -0.021	23	0.021 0	2012	2015	2020	2025	2030	–	–	0.191 0.07
22	0 -0.021	25	0.021 0	2212	2215	2220	2225	2230	–	–	0.191 0.07
24	0 -0.021	27	0.021 0	–	2415	2420	2425	2430	–	–	0.191 0.07
25	0 -0.021	28	0.021 0	2512	2515	2520	2525	2530	2535	–	0.191 0.07
26	0 -0.021	30	0.021 0	–	2615	2620	–	2630	–	–	0.201 0.07
28	0 -0.021	32	0.025 0	2812	2815	2820	2825	2830	–	2840	0.205 0.07
30	0 -0.021	34	0.025 0	3012	3015	3020	3025	3030	–	3040	0.205 0.07

SHAFT		SLEEVE		ID	OD		SLEEVE BUSHING		L T（-0.3～0）
SIZE	h7	SIZE	H7	φd	φD	T	T	T	12	15	20	25	30	40	50
31	0 -0.025	35	0.025 0	31	35	0.09 0.05	2	-0.035 -0.09	–	–	–	3125	–	3140	–
32	0 -0.025	36	0.025 0	32	36	0.09 0.05	2	-0.035 -0.09	–	–	3220	3225	3230	3240	–
35	0 -0.025	39	0.025 0	35	39	0.095 0.055	2	-0.035 -0.09	3512	3515	3520	3525	3530	3540	3550
38	0 -0.025	42	0.025 0	38	42	0.095 0.055	2	-0.035 -0.09	–	–	3820	–	3830	3840	3850
40	0 -0.025	44	0.025 0	40	44	0.095 0.055	2	-0.035 -0.09	4012	–	4020	4025	4030	4040	4050
42	0 -0.025	47	0.025 0	42	47	0.095 0.055	2.5	-0.04 -0.105	–	–	–	–	–	4240	4250
45	0 -0.025	50	0.025 0	45	50	0.1 0.06	2.5	-0.04 -0.105	–	–	4520	4525	4530	4540	4550
50	0 -0.025	55	0.03 0	50	55	0.105 0.06	2.5	-0.04 -0.105	–	–	5020	–	5030	5040	–
55	0 -0.03	60	0.03 0	55	60	0.11 0.065	2.5	-0.04 -0.105	–	–	–	–	5530	5540	–
60	0 -0.03	65	0.03 0	60	65	0.12 0.07	2.5	-0.04 -0.105	–	–	–	–	6030	6040	6050
65	0 -0.03	70	0.03 0	65	70	0.125 0.075	2.5	-0.045 -0.095	–	–	–	–	6530	6540	–
70	0 -0.03	75	0.03 0	70	75	0.125 0.075	2.5	-0.045 -0.095	–	–	–	–	–	7040	–
75	0 -0.03	80	0.03 0	75	80	0.13 0.075	2.5	-0.045 -0.095	–	–	–	–	7530	7540	–
80	0 -0.03	85	0.035 0	80	85	0.13 0.075	2.5	-0.045 -0.095	–	–	–	–	–	8040	–
85	0 -0.035	90	0.035 0	85	90	0.13 0.075	2.5	-0.045 -0.095	–	–	–	–	–	8540	–
90	0 -0.035	95	0.035 0	90	95	0.13 0.075	2.5	-0.045 -0.095	–	–	–	–	–	9040	–
100	0 -0.035	105	0.035 0	100	105	0.14 0.08	2.5	-0.06 -0.11	–	–	–	–	–	–	10050
110	0 -0.035	115	0.035 0	110	115	0.14 0.08	2.5	-0.06 -0.11	–	–	–	–	–	–	11050
120	0 -0.035	125	0.04 0	120	125	0.145 0.09	2.5	-0.06 -0.11	–	–	–	–	–	–	12050
130	0 -0.04	135	0.04 0	130	135	0.145 0.09	2.5	-0.06 -0.11	–	–	–	–	–	–	13050
140	0 -0.04	145	0.04 0	140	145	0.165 0.1	2.5	-0.06 -0.11	–	–	–	–	–	–	14050
150	0 -0.04	155	0.04 0	150	155	0.185 0.12	2.5	-0.06 -0.11	–	–	–	–	–	–	15050
160	0 -0.04	165	0.04 0	160	165	0.185 0.12	2.5	-0.06 -0.11	–	–	–	–	–	–	16050

SHAFT		SLEEVE		L T（-0.3～0）									Tolerance of inner diameter after pressing (Reference and valuation)
SIZE	h7	SIZE	H7	55	60	65	70	80	90	95	100	125
31	0 -0.025	35	0.025 0	–	–	–	–	–	–	–	–	–	0.205 0.07
32	0 -0.025	36	0.025 0	–	–	–	–	–	–	–	–	–	0.205 0.07
35	0 -0.025	39	0.025 0	–	–	–	–	–	–	–	–	–	0.205 0.07
38	0 -0.025	42	0.025 0	–	–	–	–	–	–	–	–	–	0.205 0.07
40	0 -0.025	44	0.025 0	–	–	–	–	–	–	–	–	–	0.205 0.07
42	0 -0.025	47	0.025 0	–	–	–	–	–	–	–	–	–	0.235 0.08
45	0 -0.025	50	0.025 0	–	4560	–	–	–	–	–	–	–	0.235 0.08
50	0 -0.025	55	0.03 0	5055	5060	5065	–	–	–	–	–	–	0.24 0.08
55	0 -0.03	60	0.03 0	–	5560	–	5570	–	–	–	–	–	0.24 0.08
60	0 -0.03	65	0.03 0	–	6060	–	–	6080	–	–	–	–	0.24 0.08
65	0 -0.03	70	0.03 0	–	6560	–	–	–	–	–	–	–	0.22 0.09
70	0 -0.03	75	0.03 0	–	7060	–	–	7080	–	–	–	–	0.22 0.09
75	0 -0.03	80	0.03 0	–	7560	–	–	7580	–	–	–	–	0.22 0.09
80	0 -0.03	85	0.035 0	–	8060	–	–	8080	–	–	–	–	0.225 0.09
85	0 -0.035	90	0.035 0	–	8560	–	–	8580	–	–	–	–	0.225 0.09
90	0 -0.035	95	0.035 0	–	9060	–	–	–	9090	–	–	–	0.225 0.09
100	0 -0.035	105	0.035 0	–	–	–	10070	–	–	10095	–	–	0.255 0.12
110	0 -0.035	115	0.035 0	–	–	–	11070	–	–	11095	–	–	0.255 0.12
120	0 -0.035	125	0.04 0	–	–	–	12070	–	–	12095	–	–	0.26 0.12
130	0 -0.04	135	0.04 0	–	–	–	–	13080	–	–	–	130125	0.26 0.12
140	0 -0.04	145	0.04 0	–	–	–	–	14080	–	–	140100	140125	0.26 0.12
150	0 -0.04	155	0.04 0	–	–	–	–	15080	–	–	150100	150125	0.26 0.12
160	0 -0.04	165	0.04 0	–	–	–	–	16080	–	–	160100	160125	0.26 0.12

Additional information

Weight	1 kg

Composite bushing

metal-polymer bearings

hydraulic cylinder pins and bushings

Description

Looking for Hydraulic cylinder pins and bushings? Special PTFE Find the Right Parts Material & Best Price Quote!

Hydraulic Cylinder Bushing Suppliers, Plain Shaft Bearing Suitable For Hydraulic Cylinders

Friction Plain Bushing For Bearings, Bushing Selection

Bushings Parts and Plain Bearings for Hydraulic Cylinders, Pump Bushing

Product Range of Bearings, Bushings, Thrust Washers …

Hydraulic Bushings

Bearings and Bushings – Hydraulics Parts, Discovery Hydraulic Bushings Catalog

Hydraulic Bushings & Hydraulic Cylinder Bushings Supplier

Bushes – Hydraulic cylinders sliding bearings and sleeve bushings components

Industrial

Sliding material and bushing type selection guides.

Material composition

The pores of the sliding layer are also filled with this lubricant mass.

hydraulic cylinder pins and bushings

Maintenance-free Characteristics

Type of applications

Design

Additional information

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Highly Qualified, Self Lubricated Bearing – Discover the Plain Bushing Range

Top Sliding Bar

Newsletter

Composite bushing

metal-polymer bearings

hydraulic cylinder pins and bushings

Description

Looking for Hydraulic cylinder pins and bushings? Special PTFE Find the Right Parts Material & Best Price Quote!

Hydraulic Cylinder Bushing Suppliers, Plain Shaft Bearing Suitable For Hydraulic Cylinders

Friction Plain Bushing For Bearings, Bushing Selection

Bushings Parts and Plain Bearings for Hydraulic Cylinders, Pump Bushing

Product Range of Bearings, Bushings, Thrust Washers …

Hydraulic Bushings

Bearings and Bushings – Hydraulics Parts, Discovery Hydraulic Bushings Catalog

Hydraulic Bushings & Hydraulic Cylinder Bushings Supplier

Bushes – Hydraulic cylinders sliding bearings and sleeve bushings components

Industrial

Sliding material and bushing type selection guides.

Material composition

The pores of the sliding layer are also filled with this lubricant mass.

hydraulic cylinder pins and bushings

Maintenance-free Characteristics

Type of applications

Design

Additional information

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Split composite sliding bearing

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Bronze Graphite Bushings

Title

Highly Qualified, Self Lubricated Bearing – Discover the Plain Bushing Range

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