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| Brand Name: | VIIPLUS |
| Model Number: | Sleeve Bushings |
| MOQ: | negotiable |
| Price: | Negotiable |
| Payment Terms: | T/T, Western Union |
When it comes to the smooth and efficient operation of massage guns, self-lubricating bronze sleeve bushings play a crucial role. These bushings are specifically designed to provide a low-friction interface between moving parts, ensuring that the massage gun can deliver powerful yet gentle vibrations for optimal muscle relaxation.
Made from high-quality bronze alloy, these sleeve bushings exhibit excellent wear resistance and durability. The self-lubricating properties eliminate the need for regular maintenance or lubrication, further simplifying the user experience.
The precision-engineered design of these bushings ensures a precise fit and smooth rotation, which is essential for the performance of massage guns. Wh you're a professional athlete, fitness enthusiast, or simply looking for a way to relax, these self-lubricating bronze sleeve bushings will help keep your massage gun running like new.
Specializes in the bronze bushing and sliding bearings. We design products for, including muscle massage bushing, and other fitness bushing products. Our goal is to enhance high-quality bushing and establish a healthy lifestyle at a scientific level.
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Product Name |
SF-1 Wear Resistant Bushing DU Metal-polymer Composite Bearings Self Lubrication Bearing Bushes |
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Material |
Steel+Bronze++Pb+Filler |
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Size |
We can develop according to customers' special requirement. |
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Standard |
IATF 16949:2016, SGS, CNAS |
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Working Temperature |
-200~+280℃ |
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Outside Surface |
Copper/Tin |
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Used |
printing, woven, tobacco and gymnastic machinery, pneumatic cylinder. |
1. with Pb 0.01~0.03mm
2.Porous bronze 0.2~0.3mm
3.Bronze backing 0.7~2.3mm
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Specific load capacity (static) |
≤ 250 [ N/mm² ] |
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Specific load capacity (dynamic) |
≤ 140 N/mm² at low speeds |
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Specific load capacity(rotating oscillating) |
≤60N/m㎡ |
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Friction value |
0.03 to 0.25 µ |
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Temperature |
-200 to +280 [ °C ] |
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Max. dry running Pv (Short-term operation) |
3.6N/m㎡﹡m/s |
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Max. dry running Pv (Continuous operation) |
1.8N/m㎡﹡m/s |
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Max. speed (dry running) |
2m/s |
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Max. speed (Hydrodynamic operation) |
＞2m/s |
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