What is BS EN 3666 about?
BS EN 3666 discusses standards for heat-resisting alloy, solution-treated and cold-worked bars for forged fasteners for aerospace applications.
BS EN 3666 is part of the series of European metallic material standards for aerospace applications.
BS EN 3666 specifies the requirements relating to:
- Heat resisting alloy NI-PH2601
- Solution treated and cold worked
- Bar for forged fasteners
- D ≤ 50 mm
- 1 550 MPa ≤ Rm ≤ 1 830 MPa
Who is BS EN 3666 for?
BS EN 3666 on heat-resisting alloy is useful to these entities:
- Aerospace and Defence Industries
- Manufacturers of aerospace applications
- Spacecraft manufacturers
- Testing agencies involved in the inspection of aerospace products
- Manufacturers of heat-resisting alloy NI-PH2601
- Quality control personnel for heat-resisting alloy
Why should you use BS EN 3666?
BS EN 3666 covers all the requirements for heat-resisting alloy (NI-PH2601), solution treated and cold worked bars for forged fasteners. It creates a standardized approach for manufacturers of heat-resisting alloy to adhere to if they supply their metallic materials for use by the aerospace and defense industry.
BS EN 3666 guides you in the heat treatment process of aerospace products to control product quality, and reduce costs. By adopting BS EN 3666, you can demonstrate the reliability of your aerospace products, and build trust in their use throughout the aerospace supply chain.
BS EN 3666 gives you guidelines for solution-treated and cold-worked bars for forged fasteners for heat-resisting alloys in the aerospace field.
As a manufacturer, BS EN 3666 helps you in making aerospace applications concerning heat-resisting alloy and bars.
You can use BS EN 3666 for the qualification program to be agreed upon between the manufacturer and purchaser. If you are a manufacturer, BS EN 3666 can help you establish a standardised process to deliver metallic products for aerospace applications that adhere to regulatory frameworks. As a purchaser of these products, the mark of BS EN 3666 can be considered for the optimal performance for your specific engineering needs.
