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The Carpenter name has been synonymous with excellence in stainless steel. After all, we developed the world’s first free-machining stainless and continue to set new benchmarks in machinability. We also manufacture high-strength and high-temperature alloys, magnetic and controlled-expansion alloys, superior corrosion-resistant alloys and other specialty metals.
Based on a longstanding commitment to research and development, Carpenter continues to set new industry standards in the manufacture of specialty steels and alloys.
These steels and alloys can be made in a variety of forms including billet, bar, wire, fine wire and ribbon, custom shapes, plate and precision strip. To obtain and deliver the high-performance metals needed today, Carpenter utilizes some of the most advanced equipment in the industry, skilled engineering and production staff, and sophisticated quality control procedures.
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- 7000 produkts in stock
- Lifetime online predictable
- Maintenance free
Polymer bearings from igus® are a step up from a lastic bush to a tested, predictable and ex-stock mechanical component. This is exactly how we our job; the basis being materials with increased performance, precision, and prediction of behaviour, especially regarding life time.
With igus® maintenance free polymer bearings we can simultaneously help you to improve your products and reduce your costs.
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Sliding Instead of Rolling
DryLin® R linear bearings work through the use of sliding elements, in contrast to the design of recirculating ball bearing systems. In practice, these iglidur® elements made of high performance polymers can be manufactured from all iglidur® materials. Thus, the DryLin® R linear technology has the advantages of all of the different iglidur® bearing materials. iglidur® J is the best material for most linear applications because of its excellent wear and low coefficient of friction. Therefore, DryLin® R linear plain bearings are designed using this material.
The Most Important Properties of DryLin® R Linear Plain Bearings:
- maintenance free
- dirt resistant
- lightweight
- extremely quiet operation
- resistant to corrosion
- high static loading capacity
- resistant to shocks and vibrations
DryLin® R linear plain bearings are designed for dry running. Dirt, dust, and other abrasive media are not drawn into the bearing surface by grease or oils.
In contrast with the recirculating ball bearings, The performance of DryLiny® R bearings is not effected by the length of travel. Therefore, there are no restrictions on minimum stroke length for DryLin® R linear bearings.
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Permaglide® plain bearings are bearings for very small radial or axial design envelopes. These products are available as bushes, flanged bushes, thrust washers and strips and in two groups of materials. The bushes are available not only in metric sizes but also in inch sizes.
Bushes, washers and strips are supplied in the maintenance-free Permaglide® P1 or the low-maintenance P2. Flanged bushes are made from the maintenance-free Permaglide® P1.
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With the igubal® type series, a complete system of self-aligning bearing elements are available for the design engineer: Rod end bearings, clevis joints, flange bearings, spherical bearings and pillow block bearings.
igubal® self-aligning bearings are easy to mount, suit all angular variations and in many cases can be replaced by special housings.
The igubal® user utilizes all advantages of the employed high performance plastics. They have excellent vibration dampening properties, and are technically applicable in dry operation. They are insensitive to dirt, can operate in liquids and even in chemicals and are completely resistant to corrosion.
Bearing elements of the igubal® type series are very light, save installation space by their dimensions and save your costs twice: first in procurement and second in operation by the saving of maintenance and installation costs.
Special properties of the igubal® rod end bearings
- Maintenance-free dry operation
- High stiffening
- Very high fatigue strength in varying loads
- Compensation of misalignments
- Compensation of edge loads
- Insensitive to dirt, dust and lint balls
- Resistant to corrosion and chemicals
- High dampening properties
- Suitable for rotary, oscillating and linear movements
- Very low weight
- Dimensional series K and E, dimensions according to DIN ISO 12240
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Radial spherical plain bearings
Radial spherical plain bearings comprise inner and outer rings with maintenance-free sliding layers of ELGOGLIDE®, PTFE composite or PTFE-bronze film. They can support slight axial forces as well as radial forces and are suitable for alternating dynamic loads. Sealed spherical plain bearings are protected against contamination and spray water by lip seals. Large spherical plain bearings of d = 320 mm and above belong to the premium grade X-life.
Axial spherical plain bearings
Axial spherical plain bearings comprise shaft and housing locating washers with ELGOGLIDE®. They are preferably used to support axial forces and are suitable as support or base bearings. Large spherical plain bearings of d = 220 mm and above belong to the premium grade X-life.
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Model SB
The most widely used series. Used for heavy loads since the spherical contact area has a large width. The outer ring is split at two points, enabling the inner ring to be accommodated.
Model SA1
This type of Spherical Plain Bearing is widely used in Europe. The outer ring is split at one point, and the width and thickness are smaller than model SB. Thus, this model can be used in small space.
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rings, bushings and spacers for agricoltural and automotive application with surface phosphating coating
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MISUMI provides more than 1 Million mechanical components for the assembly automation. We delivery components europewide in averagely 6-8 days GUARANTEED delivery from the day of purchase, stock items available from 2 days delivery.
MISUMI 24/7 Web Ordering System (WOS) represents a full-fledged e-Commerce solution, which you can use, for the first time, independently from the catalogue in paper form, to configurate MISUMI products, submit quotations and place orders.
For more information about MISUMI, WOS or for ordering a catalogue please visit: www.misumi-europe.com
MISUMI - Precisely Meeting Your Demands
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It has two layers - sliding layer and backing layer. Sliding layer consists of filament-wound PTFE and Synthetic fiber that has low frictional and wear-resistant performance. Backing layer consists of filament-wound fiberglass impregnated into epoxy resin. It has good load capacity with low friction and stick-slip-free operation at slow speed.
Mostuf composite bearings are filament-wound composite bearings with a self-lubricating inner surface backed with a high-strength, fiber-reinforced thermoset composite. Composite bearings are standard components for manufacturers involved in heavy industrial equipment, farm equipment, pneumatic and hydraulic cylinder manufacturers, as well as valve and actuator manufacturers. Essentially, composite bearings are ideal for high-load, low speed applications or where lubrication is difficult or costly.
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It has two layers – sliding layer and backing layer. Sliding layer consists of filled PTFE Tape. Backing layer has the same structure as T bearing. It has good load capacity with low friction and stick-slip-free operation at moderate speed.
Mostuf composite bearings are filament-wound composite bearings with a self-lubricating inner surface backed with a high-strength, fiber-reinforced thermoset composite. Composite bearings are standard components for manufacturers involved in heavy industrial equipment, farm equipment, pneumatic and hydraulic cylinder manufacturers, as well as valve and actuator manufacturers. Essentially, composite bearings are ideal for high-load, low speed applications or where lubrication is difficult or costly.
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Welcome to RBC's on-line Engineering Data Guide for Fiberglide® Self-Lubricating Bearings. To access critical dimensions and data for your design questions, use the Seach By Criteria section below. If you are uncertain as to which of RBC's Fiberglide® Self-Lubricating Bearings is best suited for your design application, check with our selection guide. To view an entire product series, select a product from the table of contents.
CJS - Journal Bearing Type - Coiled Steel Backing
CJT - Journal Bearing Type - Thin Walled Steel Backing
CJH - Journal Bearing Type - Heavy Walled Steel Backing
CJM - Metric Sized Journal Bearings - Coiled Steel Backing
LJS - Journal Bearing Liner Type - Non-Metallic
FTS - Thrust Washer - Steel Backing
LTD - Thrust Washer - Non-Metallic
FTP & FTT - Thrust Packs
SJR - Sealed Journal Bearings
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Simplicity Linear Plane Bearing
The time-tested Simplicity® linear plane bearing has been one of Pacific Bearing Company’s staple products for over twenty years. Originally designed as a solution to catastrophic roller bearing failure, the self-lubricating Simplicity linear bearing has not only met great success in the most contaminated environments, but has helped spawn newer products using the same durable technology: Mini-Rail® and the Uni-guide to name a couple.
Simplicity linear plane bearings contain bonded Frelon® liner; which allows for low friction, long-life, high load capacity, shock absorption and the ability to work in dirty environments. They are size interchangeable and are also available in Standard Inch, Metric, and Japanese Metric sizes.
The Simplicity® product line consists of more than linear bearings, also included are: linear slides, pillow blocks, sleeve bearings, flange mounts, and die set bushings. Most products are available in inch or metric sizes.
Available for use not only in the most contaminated environments, but also the most clean, Simplicity linear plane bearings are the ideal product for a wide range of applications.
• Virtually maintenance free
• Industry interchangeable
• Applicable in dirty and clean environments
• Self-aligning capability
• Low friction and Long-life
• Shock absorption
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Slide bearing
Group 008
# Made from nylon-66 (PA-66)
# Colour: natural
# Suitable for DIN h6-H7 fitting
# Bearing clearance about 1 % of the shaft diameter after assembly
# Also available in assortment box 019
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RBC has been a pioneer in spherical plain bearing technology since
inventing the fractured outer race design many years ago. Since that
time, RBC has continued to introduce industry leading innovations such
as high misalignment, angular contact, extended inner ring, tapered
bore, and extended lubrication groove spherical plain bearing designs.
These advanced products are used wherever pivoting, high load bearing
applications are found. Most typically, RBC spherical plain bearings
are employed in hydraulic cylinder rod ends, vehicle suspensions,
heavy equipment articulated joints, and other severe duty uses.
Industries served include off-highway mobile construction equipment,
large agricultural machinery, mining equipment, forestry products, and
other large equipment requiring bearings that provide misalignment
capabilities while carrying high loads.
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Description of bearing types
Male, female or spherical bearings are ready-to-use mechanical components, based on the journal bearing principle.
These components are used in mechanical construction to transmit static or dynamic forces at different angles.
Male and female bearings are sometimes called tips or ends.
Spherical bearings are sometimes just called bearings.
The design of bearing components is governed by the DIN / ISO 12240 standard, which also specifies the overall and interface dimensions and with neighbouring mechanical components.
Bearing components can be self-lubricating or fitted with grease nipples.
Spherical bearings supplement ball bearings or other casings in slow movements. They are also ale to withstand high loadings because of the larger surfaces in contact..
The body of spherical bearings can be made from various materials: standard steel, high grade steel, stainless steel or aluminium
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Steel manufacture with optional PTFE liner available. Improved wear life for use in wide range of temperatures and environments where full rod end is not appropriate - from heavy construction to racing.
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Pivoting bearings DIN ISO 12240-1 (DIN 648)
Rod ends and pivoting bearings are some of the most frequently used linking elements in industry. These parts can be found everywhere where simple movements are required, e.g. linear pulling, pushing or even axle offset compensation. The linking technology specialist, mbo Osswald, provides a particularly wide application range with a whole assortment of different rod ends and pivoting bearings.
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OILES Aramid M/F1
Aromatic polyamide base bearing
STANDARD PRODUCT
HALF FINISHED PRODUCT
CUSTOMIZED PRODUCT
Strong resistance to chemical attack and corrosion. Usable in vacuum.
OILES Aramide M is a thermostabile engineering plastic made from aromatic polyamide (Meta type Aramide). OILES Aramide F1 shares the same heat resistance and high rigidity of OILES Aramide M; moreover, OILES Aramide F1 shows better wear resistance and low friction coefficient compared with those of OILES Aramide M.
Features:
- Outstanding in heat resistance, mechanical property and electric insulation.
- Easy to process by machine.
- Remarkable resistance to radioactivity, chemical attack, hydrolysis, flame, and causing gas in the vacuum.
- Available in various size of ball shape standard products and material for machining.
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Steel backed lead bronze lined bearing material for lubricated applications, high load capacity and good fatigue properties, have been widely used in automotive, common industrial like steering gear, power steering, pedal bushes, king-pin bushes, tailgate pivots, mechanical handling, lifting equipment, hydraulic motors, agricultural machines etc.
1.Sinter bronze powder: good wear resistance and excellent load carrying capacity.
2. Steel backing: gives exceptionally high load carrying capacity, excellent heat dissipation.
3.Copper plating 0.002mm, good corrosion resistance.
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deva.eco sliding bearings are thin-walled, rolled bronze parts with lubrication deposits. They can take high loads and enable compact, economic bearing design solutions.
There are three basic designs:
deva.eco 9 with rombic shaped rolled lubrication pckets. This design is mostly used in applications where nearby design elements, such as gears, are oil-lubricated. Likewise these bearings can be used with standard pumpable greases or lubrication pastes.
deva.eco 8 has lubrication pockets like deva.eco 9 but filled with solid lubricant to allow operation without additional lubrication. If higher lubrication performance is required deva.eco 7 is better suited. This type includes punched holes aslubrication deposits and is used for applications which are frequently relubricated. Due to the shape of the lubrication deposits this type is less suitable for oil lubrication.
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Sintered bronze
Our range of oil-impregnated sintered bronze bearings is intended for use in maintenance-free operations, under moderately high speeds and low loads.
Solid bronze
We also produce a range of solid bronze bushes in a variety of alloy compositions.
Thin-wall solid bronze: MBZ-B09TM, LDTM, LDDTM
Our range of mono-metal bearing products is complemented by a range of thin-wall solid bronze bushes for grease-lubricated applications.
MBZ-B09 materials are provided with a uniform pattern of indents that act as grease reservoirs.
In contrast, LD and LDD materials are provided with perforations that allow larger amounts of lubricant to be incorporated. LDD is also supplied with an integral sealing arrangement.
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OILES 600
Copper alloy bearing with wear resistance
HALF FINISHED PRODUCT
CUSTOMIZED PRODUCT
Bronze bearing requiring less number of lubrication
OILES 600 is a bearings of bronze cast metal added with special elements. It has a great wear resistance and an improved lubricant retention property.
Features:
- Excellent resistance to sticking and abrasion under lubrication condition.
- Reducible oiling frequency.
- Remarkable excellence in adaptation.
- Available in materials for machining.
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The NBA Series
The NBA Series features a single fractured NYLOY® race, assembled with controlled clearance around a sintered bronze ball. This combination provides reliable performance in a wet atmosphere and is completely non-magnetic, and corrosion free.
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Our metal-backed, PTFE-based (polytetrafluoroethylene) polymer bearing materials have a common structure, consisting of a steel backing bonded to a porous bronze sinter layer. This bronze sinter layer is impregnated and overlaid with the filled PTFE bearing lining.
The steel backing provides mechanical strength, while the bronze sinter layer provides a strong mechanical bond between the backing and the bearing lining. This construction promotes dimensional stability and improves thermal conductivity.
These polymer bearing linings, being predominantly PTFE, offer exceptionally low friction.
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Steel bronze powder with PEEK/PTFE marginal bearings
1.PEEK+PTFE 0.30~0.50mm, gives high wear resistance and low friction even only minute quantities of lubricant are supplied. This bearing surface carries a pattern of circular indents which should be filled with grease on assembly of the bearing.
2.Bronze layer 0.20~0.35mm, provides max. thermal conductivity away from the bearing surface, also serves as a reservoir for the PTFE/PEEK mixture.
3.Steel backing, provides mechanical strength and high load carrying capacity.
4.Copper/Tin plating 0.002mm, provides good corrosion resistance
Features
1.CSB-80 provides maintenance-free operation
2.Operate satisfactorily without lubrication under light duty and low speed
3.CSB-80 has a high PV capability under high temperature
4.Temperature be allowance from -150℃~＋250℃
5.Good chemical resistance
6.High static and dynamic load capacity
7.No water absorption
8.Suitable for rotating, oscillating, reciprocating, reciprocating and sliding movement.
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OILES 80
Polyacetal resin bearing containing lubricating oil
STANDARD PRODUCT
HALF FINISHED PRODUCT
CUSTOMIZED PRODUCT
Polyacetal resin bearing adequate for mass production. Usable in various ways.
OILES 80 is a polyacetal resin base bearing material specially processed and containing lubricating oil which is uniformly distributed over the entire body.
Features:
- Provides high load capacity and excellent wear resistance without lubrication.
- Superior in high velocity properties with low coefficient of friction being.
- Free from stick-slip and creaking noise.
- Injection molding realizes complex shapes. Suitable for mass production.
- Available in standard products with various sizes and material for additional machining.
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We specialize in the research & development of active and passive magnetic bearings and suspension systems. We can adapt our proven proprietary designs or research & develop new magnetic bearings tailored for your application.
Passive magnetic bearings use opposed pairs of permanent magnets on the rotor and stator to establish the bearing%u2019s stiffness. Inherently simple, these bearings do not require any shaft position sensors or an electronic controller for operation.
Active magnetic bearings offer higher load-carrying capability and can accommodate higher temperatures. Their electronic controllers tune bearing stiffness and damping properties "on the fly," allowing for adjustments to system dynamics that affect resonant frequencies and reduce transmitted vibration. Our proprietary virtual balancing method adjusts the shaft%u2019s running position to minimize vibration.
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Radial Bearings
SKF Magnetic Bearings has supplied radial actuators from 50 to 25,000 N (12 to 5,600 lbf), for shaft diameters ranging from 9 mm to 230 mm (3/8 to 9 inches). These are installed on machines that have rotational speeds ranging from 1,800 rpm to 100,000 rpm. Revolve also supplies canned radial bearing designs for hermetically sealed applications and radial bearings for high temperature applications up to 220°C (428°F).
The radial actuators shown opposite are 4,500 N capacity (1,100 lbf) for a 12,000 rpm turbocompressor with a 120 mm (4.7 inch) shaft.
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OILES Hiplast
Tetrafluoroethylene resin composite bearing with metal mesh
STANDARD PRODUCT
CUSTOMIZED PRODUCT
A thin wall of construction 0.5mm allows interference fit design
OILES Hiplast is a self-lub bearing consisting of bronze expanded metalmesh and Tetrafluoroethylene resin with fillers.
Features:
- Applicable in self-lub state. Shows low coefficient of friction, outstanding load carrying capacity and wear resistance.
- The thin wall thickness(0.5mm)for compact design.
- Shows an excellent resistance to chemicals and thermal stability.
- Very small clearance (to prevent rattling)could be attained by installing based on the method of installation unique to Hiplast.
- Due to the adoption of bronze expanded metal mesh, an excellent thermal conductivity.
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