BS EN 2285:2017

Overview

BS EN 2285:2017 specifies the requirements for plain bushes made from aluminium alloy, featuring a self-lubricating liner. These components are crucial in aerospace applications, where performance, reliability, and weight savings are paramount. The standard outlines the dimensions, loads, and other technical specifications necessary for the effective use of these bushes in aircraft and space vehicle engineering.

Key Requirements

• Material Specifications: The bushes are constructed from high-strength aluminium alloys, ensuring durability and resistance to wear.
• Self-Lubricating Liner: The inclusion of a self-lubricating liner reduces friction and wear, enhancing the longevity of the component.
• Dimensional Standards: The standard provides precise dimensions for the bushes to ensure compatibility with various aerospace applications.
• Load Capacities: BS EN 2285:2017 specifies the load capacities for these bushes, ensuring they meet the rigorous demands of aircraft and space vehicle operations.

Implementation Benefits

Adhering to BS EN 2285:2017 offers several practical benefits for manufacturers and engineers in the aerospace sector:

• Enhanced Performance: The use of self-lubricating bushes can significantly improve the performance of moving parts, reducing maintenance needs and downtime.
• Weight Reduction: Aluminium alloys provide a lightweight alternative to traditional materials, contributing to overall weight savings in aircraft and spacecraft design.
• Increased Reliability: Compliance with this standard ensures that components are manufactured to rigorous specifications, enhancing the reliability of aerospace systems.
• Streamlined Production: Standardisation of dimensions and materials facilitates easier sourcing and manufacturing processes.

Compliance Value

Compliance with BS EN 2285:2017 is essential for organisations involved in the design and manufacture of aerospace components. It not only ensures that products meet international quality standards but also enhances safety and performance in critical applications. By adhering to this standard, companies can demonstrate their commitment to quality and reliability, which is vital in the highly regulated aerospace industry.

Furthermore, compliance can help organisations avoid costly recalls and repairs, as well as potential legal liabilities associated with component failures. It also positions companies favourably in the marketplace, as adherence to recognised standards is often a prerequisite for contracts and partnerships within the aerospace sector.