What is BS EN 6059‑303- Test methods for determining fluid resistance of protection sleeves about?
BS EN 6059‑303 discusses fluid resistance in aerospace.
BS EN 6059‑303 specifies a method for determining the fluid resistance of protection sleeves for electrical cable and cable bundles for aerospace applications.
BS EN 6059‑303 shall be used together with EN 6059-100.
Who is BS EN 6059‑303- Test methods for determining fluid resistance of protection sleeves for?
BS EN 6059‑303 on test methods for determining fluid resistance of protection sleeve is useful for:
- Aerospace industry
- Testing agencies involved in the inspection of aerospace products
- Fluid resistance researchers
- Manufacturers of protection sleeves
Why should you use BS EN 6059‑303- Test methods for determining fluid resistance of protection sleeves?
Fluid resistance is a general term describing the extent to which a rubber product retains its original physical characteristics and ability to function when it is exposed to oil, chemicals, water, organic fluids, or any liquid that it is likely to encounter in actual service.  It is critical that the wire/cable insulation is not adversely affected with exposure to these fluids.
BS EN 6059‑303 provides us guidance on the preparation of specimens, apparatus, methods and test fluids to ensure all the specimen have minimum tensile strength. BS EN 6059‑303 also specifies the requirements about woven and fabric-based sleeves.
Test methods descibed in BS EN 6059‑303 helps you ensure that there are no damages or broken tows (multifilament fibres) or fibres (monofilament fibres) after the test.
BS EN 6059‑303 helps you ensure superior fluid resistance of the protection sleeves for the electrical cables.
