PB 10x16x0.3 Pass tray shims is a pass tray, also called shims, which is used to adjust axial gaps or fine -tune height differences in mechanical designs. With an inner diameter of 10 mm, outer diameter of 16 mm and a thickness of 0.3 mm, this pass tray is made according to your 988 standard. It is made of untreated steel, which provides both durability and reliability in use.
Specification
| Inner diameter (D1) | 10 mm |
| Outer diameter (D2) | 16 mm |
| Height/thickness (h) | 0.3 mm |
| Standard | Your 988 |
| Material | Steel |
| Surface treatment | Untreated |
| Hardness | 49 to 54 HRC |
Advantages
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Precision adjustment
The thin and flat design makes it possible to accurately adjust the axial gap and fine -tune distances in mechanical constructions, which ensures optimal performance. -
Standardized quality
Made according to your 988 standard, which guarantees that the product meets international quality requirements for dimensions and tolerances. -
Durable material
The pass tray is made of untreated steel, which provides a robust and reliable solution for long -term use in tough environments. -
Versatile use
Ideal for applications where precision and stability are crucial, especially in combination with layers and other moving components. -
Easy to use
With different thicknesses available, the passports can easily be adapted to achieve the desired results and ensure proper assembly.
Uses
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Warehouse installations
Used to fine -tune the positioning and avoid gap between layers and other moving parts, which helps to improve the life and performance of the bearings. -
Machine mounting
Perfect for adjusting height differences and reducing gaps in different machine components, which gives an accurate and stable mounting. -
Transmission
Contributes to correcting any irregularities in distances between gears and other transmission parts, which ensures even operation and reduced wear. -
Vehicles and hydraulics
Shims are often used in vehicle production and hydraulic systems to adjust games and reduce wear in moving parts. -
Fine mechanics and precision instruments
These thin and accurate passports are also used in fine mechanical applications where small adjustments are necessary to ensure optimal function and accuracy.
