Plain bearing bushes - Import export

grease lubricated

self lubricated

self lubricated

self lubricated

self lubricated

self lubricated

self lubricated

self lubricated

self lubricated

self lubricated

self lubricated

grease lubricated

Hydrodynamic Composite Bearing

low friction bearing

Anti-Friction Plain Bearings, self-lubricating

In 2015 the product name was changed. The old product name was Castrol Optimol Paste PL. Black assembly paste with MoS2 Description Castrol Molub-Alloy Paste PL (previous product name Castrol Optimol Paste PL) is particularly suitable for pressure-loaded sliding points as well as base and thin film lubrication at high pressures and temperatures. For larger areas and in hard-to-reach places such as bores, threads and sprockets, the use of Castrol Molub-Alloy Paste PL Spray is recommended . Application Castrol Molub-Alloy Paste PL can be used for screw connections, snug and press fits at high temperatures up to +600 °C, on plain bearings, bushings and gears, on drive trains in the automotive industry, for basic lubrication of bed tracks, guides and joints as well as for clean Separation of tool and workpiece during hot forming of metals.

The MBS hydraulic cylinders of the MZR-1019 series are lightweight cylinders where weight is of crucial importance. They were designed for the areas of mobile hydraulics, crane and aerial work platform construction. All cylinders work with low friction and are characterized by a stick-slip-free run. Lift and piston rod overhang are variable selectable. The cylinder connection is via plain bearing bushes. Connections are provided on the valve plate or a control block, which are flanged to the cylinder via welded pipes, in accordance with DIN EN 280. With the exception of the piston rod, all surfaces are protected against corrosion with a black primer. On request alternative surface treatments are possible. The surface of the piston rod is hard chromed, ground and polished. The cylinders are suitable for hydraulic fluids of types H, HL and HLP according to DIN 51524/51525. If you have questions about areas of application or other options, we are happy to answer them. Download the...

Housing plastic. Ball bearing stainless steel 1.4112. Plain bearing insert POM. Bushes and grease nipple stainless steel 1.4301. Version Plain bearing insert white. Housing green. Stainless steel parts bright. Note The housings are very robust, hard wearing and shock proof. They are resistant to most alkaline solutions, weak acids (PH 49) and brines. In contrast to cast or steel housings the special plastic in these housings prevent the formation of microorganisms. Drawing reference 1) ball bearing 2) plain bearing

Hydraulic pull-in device for mounting bearings max. pulling force 100 kN, stroke up to 200 mm, horizontal design Application The bearing press is suitable for the simple mounting of bearings, plain bearings or sleeves/bushings by hydraulically pulling them into the bearing seat. Main areas of application - Industrial assembly workstations - Mounting bearings in housings - Maintenance work - Bearing assembly on large/heavy components Description The bearing press is designed for the hydraulic insertion of bearings into housing components and is available in a horizontal design. Guided on a knuckle boom crane with a balancer (not included in the delivery), the bearing press can be used ergonomically anywhere and can also be mounted on a trolley. The pullin cylinder can be used either from the right or left by converting the hydraulic cylinder. The device is operated by means of a twohand control.

Like all Hense rotary vane motors, rotary vane motors in the HSS series are designed according to the rotary vane principle. The drive shaft has axial and radial plain bearings in coated bushes. The coating used is tribologically optimized and ensures low wear. Sufficient lubrication of the bearing points is ensured by the supplied hydraulic oil. To reduce the internal friction of the motor, the hydraulic separation of the working chambers in this series is partly achieved by means of pressure and viscosity-dependent throttle sections. HSS motors are ideal for generating oscillating swivel movements in the frequency range with small angular amplitudes in controlled systems. The HSS series is therefore recommended for use whenever semi-dynamic torsion tests need to be carried out reliably and cost-effectively.

Like all Hense rotary vane motors, rotary vane motors in the HSS series are designed according to the rotary vane principle. The drive shaft has axial and radial plain bearings in coated bushes. The coating used is tribologically optimized and ensures low wear. Sufficient lubrication of the bearing points is ensured by the supplied hydraulic oil. To reduce the internal friction of the motor, the hydraulic separation of the working chambers in this series is partly achieved by means of pressure and viscosity-dependent throttle sections. HSS motors are ideal for generating oscillating swivel movements in the frequency range with small angular amplitudes in controlled systems. The HSS series is therefore recommended for use whenever semi-dynamic torsion tests need to be carried out reliably and cost-effectively.

Like all Hense rotary vane motors, rotary vane motors in the HSS series are designed according to the rotary vane principle. The drive shaft has axial and radial plain bearings in coated bushes. The coating used is tribologically optimized and ensures low wear. Sufficient lubrication of the bearing points is ensured by the supplied hydraulic oil. To reduce the internal friction of the motor, the hydraulic separation of the working chambers in this series is partly achieved by means of pressure and viscosity-dependent throttle sections. HSS motors are ideal for generating oscillating swivel movements in the frequency range with small angular amplitudes in controlled systems. The HSS series is therefore recommended for use whenever semi-dynamic torsion tests need to be carried out reliably and cost-effectively.

Like all Hense rotary vane motors, rotary vane motors in the HSS series are designed according to the rotary vane principle. The drive shaft has axial and radial plain bearings in coated bushes. The coating used is tribologically optimized and ensures low wear. Sufficient lubrication of the bearing points is ensured by the supplied hydraulic oil. To reduce the internal friction of the motor, the hydraulic separation of the working chambers in this series is partly achieved by means of pressure and viscosity-dependent throttle sections. HSS motors are ideal for generating oscillating swivel movements in the frequency range with small angular amplitudes in controlled systems. The HSS series is therefore recommended for use whenever semi-dynamic torsion tests need to be carried out reliably and cost-effectively.

Like all Hense rotary vane motors, rotary vane motors in the HSS series are designed according to the rotary vane principle. The drive shaft has axial and radial plain bearings in coated bushes. The coating used is tribologically optimized and ensures low wear. Sufficient lubrication of the bearing points is ensured by the supplied hydraulic oil. To reduce the internal friction of the motor, the hydraulic separation of the working chambers in this series is partly achieved by means of pressure and viscosity-dependent throttle sections. HSS motors are ideal for generating oscillating swivel movements in the frequency range with small angular amplitudes in controlled systems. The HSS series is therefore recommended for use whenever semi-dynamic torsion tests need to be carried out reliably and cost-effectively.

Like all Hense rotary vane motors, rotary vane motors in the HSS series are designed according to the rotary vane principle. The drive shaft has axial and radial plain bearings in coated bushes. The coating used is tribologically optimized and ensures low wear. Sufficient lubrication of the bearing points is ensured by the supplied hydraulic oil. To reduce the internal friction of the motor, the hydraulic separation of the working chambers in this series is partly achieved by means of pressure and viscosity-dependent throttle sections. HSS motors are ideal for generating oscillating swivel movements in the frequency range with small angular amplitudes in controlled systems. The HSS series is therefore recommended for use whenever semi-dynamic torsion tests need to be carried out reliably and cost-effectively.

Like all Hense rotary vane motors, rotary vane motors in the HSS series are designed according to the rotary vane principle. The drive shaft has axial and radial plain bearings in coated bushes. The coating used is tribologically optimized and ensures low wear. Sufficient lubrication of the bearing points is ensured by the supplied hydraulic oil. To reduce the internal friction of the motor, the hydraulic separation of the working chambers in this series is partly achieved by means of pressure and viscosity-dependent throttle sections. HSS motors are ideal for generating oscillating swivel movements in the frequency range with small angular amplitudes in controlled systems. The HSS series is therefore recommended for use whenever semi-dynamic torsion tests need to be carried out reliably and cost-effectively.

Rods for ball bushings and plain bearings Ø10, 12, 16, 20, 25, 30 et 40 mm Guide rods with tapping at both ends (except stainless steel just 1 side) 4 matters hardened steel, chromed steel, stainless steel 304L, hardened stainless steel Several lenghts and special length on request.

Lifting table for electric motor Fixing with its reinforced end for vertical using Drived by ballscrew or leadscrew Guided by 2 rods on ball bushings (or plain bearings in leadscrew version) Motor adaptation for lifting table These lifting tables are delivered without motor, but the adaptation of your motor can be done by us. Some adaptations are standard, especially for standard motors (NEMA17 or NEMA23), if the dimensions of your motor are not listed, contact us to check the feasibility of your motor adaptation from our rough parts. Presentation of the lifting tables to be motorized The trapezoidal screw version is irreversible and the axial precision is <0.15 mm (in practice 0,02 to 0,10 mm). The ballscrew version is reversible and the axial accuracy is <0.07 mm. The maxi stroke is 300 mm, and any intermediate stroke can be produced. Assembly of tables in XZ, YZ or XYZ systems For a crossed table XZ

The Wear-Resistant PEEK Composites Arm Plain Bearing is an exceptional choice for heavy-duty applications that demand reliable and long-lasting performance. Engineered with superior wear resistance, this bearing can withstand the harshest operating conditions, ensuring extended service life and reducing the need for frequent replacements. Its robust construction and advanced materials make it highly resistant to abrasion, impact, and fatigue, enabling it to handle high loads and harsh environments with ease. By choosing the Wear-Resistant PEEK Composites Arm Plain Bearing, you can optimize your equipment's reliability, minimize downtime, and achieve substantial cost savings in maintenance and replacement.