Withdrawal sleeves

SKF withdrawal sleeves (taper sleeves) are precision-engineered bearing mounting components designed to facilitate secure fitting and removal of bearings with tapered bores onto cylindrical shafts. These mechanical aids enable efficient assembly/disassembly while maintaining optimal bearing alignment and preventing shaft damage, forming an essential part of industrial power transmission systems.

Technical Specifications

Construction & Materials

‌Body Composition‌: High-grade carbon chromium steel (SAE 1045 equivalent)

‌Surface Treatment‌: Phosphate coating + oil film (standard)

‌Hardness‌: 200-250 HV10 surface hardness

‌Taper Ratio‌: 1:12 (ISO standard) / 1:30 (metric series)

‌Temperature Range‌: -30°C to +150°C (continuous operation)

SKF withdrawal sleeves (taper sleeves) are precision-engineered bearing mounting components designed to facilitate secure fitting and removal of bearings with tapered bores onto cylindrical shafts. These mechanical aids enable efficient assembly/disassembly while maintaining optimal bearing alignment and preventing shaft damage, forming an essential part of industrial power transmission systems.

Technical Specifications of SKF withdrawal sleeves

Construction & Materials

‌Body Composition‌: High-grade carbon chromium steel (SAE 1045 equivalent)

‌Surface Treatment‌: Phosphate coating + oil film (standard)

‌Hardness‌: 200-250 HV10 surface hardness

‌Taper Ratio‌: 1:12 (ISO standard) / 1:30 (metric series)

‌Temperature Range‌: -30°C to +150°C (continuous operation)

Technical Support Services

SKF provides complementary engineering services with sleeve purchases:

Bearing-sleeve compatibility analysis

Finite Element Analysis (FEA) simulations

Customized taper angle designs (1:8 to 1:16)

On-site installation training programs

SKF Withdrawal Sleeves are precision-engineered mounting components designed to facilitate the easy installation and removal of bearings with tapered bores from cylindrical shafts. These sleeves serve as an intermediary between the bearing and shaft, creating a secure interference fit while enabling straightforward disassembly for maintenance or replacement. Featuring a tapered outer surface and threaded end, withdrawal sleeves are essential for applications requiring frequent bearing adjustments or replacements, particularly in industries such as mining, paper manufacturing, and heavy machinery where downtime reduction is critical.

Why Choose SKF Withdrawal Sleeves?

Precision Engineering

Micron-level taper accuracy ensures perfect bearing fit

CNC-machined threads for smooth engagement

Reliability

Fatigue-tested for long service life

Consistent performance in harsh environments

Global Support

Available in standard and custom configurations

Technical assistance for proper selection and installation

Cost Savings

Reduces bearing damage during maintenance

Minimizes production downtime

Reusable design lowers total ownership cost

SKF Withdrawal Sleeves provide an efficient, reliable solution for mounting and removing tapered bore bearings. Their precision design ensures optimal bearing performance while simplifying maintenance procedures. By reducing installation time and preventing bearing damage, these sleeves help minimize downtime and lower total operating costs in industrial applications. Whether for routine maintenance or emergency repairs, SKF Withdrawal Sleeves deliver the quality and performance expected from a world leader in bearing technology.

 

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Designation Bore diameter Width Mass
SK 112
55.0 mm
57.0 mm
0.01 kg
AOH 24060 G
280.0 mm
184.0 mm
14.8 kg
SK 128
125.0 mm
125.0 mm
4.51 kg
AOH 24072
340.0 mm
206.0 mm
20.2 kg
SK 140
180.0 mm
170.0 mm
11.2 kg
AOH 241/500
480.0 mm
360.0 mm
66.1 kg
AOH 241/530 G
500.0 mm
370.0 mm
92.0 kg
AOH 241/560 G
530.0 mm
393.0 mm
107.0 kg
AOH 241/900
850.0 mm
575.0 mm
403.0 kg
AOH 24144
200.0 mm
170.0 mm
9.14 kg
AOH 24168
320.0 mm
269.0 mm
25.6 kg
AHX 3122
105.0 mm
68.0 mm
0.74 kg
AHX 318
85.0 mm
53.0 mm
0.448 kg
AH 2332 G
150.0 mm
140.0 mm
4.16 kg
AHX 320
95.0 mm
59.0 mm
0.58 kg
AH 2334 G
160.0 mm
146.0 mm
4.65 kg
AHX 3228/130
130.0 mm
104.0 mm
2.66 kg
AH 24028
135.0 mm
83.0 mm
0.933 kg
AOH 2340
190.0 mm
170.0 mm
7.58 kg
AH 24030
145.0 mm
90.0 mm
1.04 kg