Is the Brass Hex Nut for Ball End, EW Type rated for continuous use at 40 bar and temperatures from -10°C to +90°C?

Yes. Brass Hex Nut for Ball End, EW Type is rated for continuous use at a working pressure up to 40 bar and an operating temperature range from -10°C to +90°C, according to the product description.

Can the Brass Hex Nut for Ball End, EW Type be used in hydraulic systems with fluids that require corrosion-resistant fittings?

Yes. The Brass Hex Nut for Ball End, EW Type is suitable for hydraulic systems using fluids that require corrosion-resistant fittings. Made from high-quality brass, it provides excellent corrosion resistance and mechanical durability. It is engineered for hydraulic use (stated compatibility with hydraulic, pneumatic, and fluid handling systems), rated for working pressures up to 40 bar, and operates between -10°C and +90°C—covering many common hydraulic environments. The spherical end insert improves sealing and alignment, reducing leak risk and enhancing reliability in fluid systems. Consider verifying compatibility with your specific fluid (e.g., aggressive chemicals, high–water-glycol concentrations, or phosphate ester fluids) and system pressure/temperature extremes beyond the stated ranges. If your application demands higher pressure, extreme temperatures, or specialty fluid compatibility, consult the manufacturer or select fittings specified for those conditions.

Brass Hex Nut for Ball End, EW Type

All products, Low-pressure fittings and adapters/

Additional information

The hexagonal nut for spherical end with insert under the nut is a reliable and durable component designed to ensure secure and stable connections in demanding applications. Manufactured from high-quality brass, it offers excellent resistance to corrosion, mechanical wear, and varying environmental conditions, making it suitable for both industrial and commercial use. Engineered to withstand a working pressure of up to 40 bar, it guarantees safety and performance even under intensive operating conditions. With an operating temperature range from -10°C to +90°C, this nut provides versatility across a wide spectrum of systems, from low-temperature environments to higher thermal loads. Its precise hexagonal design ensures easy installation and a firm grip, while the spherical end insert enhances sealing and alignment, reducing the risk of leakage and improving overall efficiency. This component is an ideal choice for hydraulic, pneumatic, and fluid handling systems, delivering long-lasting reliability and optimized performance.

List of product variants

Article number	Product variant name	DN	BAR	Availability	Actions
EW-MS-N-02	Hexagonal nut with 1/8" BSP thread, brass	-	-	In stock	Enquiry
EW-MS-N-04	Hexagonal nut with 1/4" BSP thread, brass	-	-	In stock	Enquiry
EW-MS-N-06	Hexagonal nut with 3/8" BSP thread, brass	-	-	In stock	Enquiry
EW-MS-N-06-LH	Hexagonal nut with 3/8" BSP thread, left-hand thread, brass	-	-	In stock	Enquiry
EW-MS-N-08	Hexagonal nut with 1/2" BSP thread, brass	-	-	In stock	Enquiry

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The hexagonal nut for spherical end with insert under the nut is a reliable and durable component designed to ensure secure and stable connections in demanding applications. Manufactured from high-quality brass, it offers excellent resistance to corrosion, mechanical wear, and varying environmental conditions, making it suitable for both industrial and commercial use. Engineered to withstand a working pressure of up to 40 bar, it guarantees safety and performance even under intensive operating conditions. With an operating temperature range from -10°C to +90°C, this nut provides versatility across a wide spectrum of systems, from low-temperature environments to higher thermal loads. Its precise hexagonal design ensures easy installation and a firm grip, while the spherical end insert enhances sealing and alignment, reducing the risk of leakage and improving overall efficiency. This component is an ideal choice for hydraulic, pneumatic, and fluid handling systems, delivering long-lasting reliability and optimized performance.