Brass union elbow female (BSP) pipe fittings for chemicals, flammable gases, slurries, and other plumbing applications

• Brass union elbow female is a 90-degree brass pipe fitting designed to change pipe direction while allowing easier disassembly through its union-style build.
• Made from durable brass (a copper-zinc alloy), it offers long service life and strong resistance to erosion from water, heat, acids, minerals, and harsh conditions.
• The female connection design supports secure fitment in plumbing and industrial piping where angled routing is required.
• Used with other brass pipe fitting like couplings, tees, and crosses to build, extend, and adapt pipe networks.
• Ideal for systems where maintenance access and corrosion resistance are important for long-term reliability.

Specifications

• Product: Brass union elbow-female
• Category: Brass pipe fitting / brass fittings
• Material: Premium brass (copper-zinc alloy)
• Design: 90° elbow with union-style connection (female end)
• Thread/Size Options: Available in multiple sizes and thread standards (as required)
• Media Compatibility: Water, compatible chemicals, slurries, and compatible gas lines including flammable gases (verify suitability per system)
• Use: Direction change and serviceable connection in piping systems

Features

• Good strength for stable, long-lasting joint performance
• Excellent high-temperature ductility and reasonable cold ductility
• Good conductivity (property of brass)
• Excellent corrosion resistance for moisture-prone and industrial environments
• Good bearing properties and low magnetic permeability
• Union-style build supports easier maintenance and reduces downtime
• Helps reduce long-term maintenance frequency and improves system reliability

Applications

• Plumbing lines for water routing where a 90° turn is needed
• Industrial pipelines handling compatible chemicals and process fluids
• Utility systems for slurries requiring durable fittings
• Compatible gas systems including flammable gases (use only where approved)
• Pipe networks requiring angled routing with service-friendly disassembly