Details

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The Brass Male to Female Elbow is a high-quality, reliable fitting designed for pneumatic applications where you need to make angled connections between male and female BSP-threaded components. Made from premium brass material, this elbow fitting ensures excellent durability, corrosion resistance, and long-lasting performance, ideal for use in air systems, industrial machinery, and more.

This Brass Male to Female Elbow provides a secure and leak-free connection, allowing for a 90-degree change in direction while maintaining smooth airflow in your pneumatic system. Whether you are setting up air lines, compressors, or industrial equipment, this elbow fitting will help optimize your system's performance.

Key Features:

• Premium Brass Construction: Durable and corrosion-resistant for long-lasting performance

• BSP Male to Female Thread: Ensures a secure and leak-free connection between male and female components

• 90-Degree Elbow Design: Provides efficient angled connections to change the direction of tubing

• Ideal for Pneumatic Applications: Perfect for use in air systems, automotive applications, and industrial machinery

Available Sizes (Male x Female BSP Thread):

• 1/8″ BSP

• 1/4″ BSP

• 3/8″ BSP

• 1/2″ BSP

• 3/4″ BSP

Why Choose the Brass Male to Female Elbow?

✅ Durable Brass Construction: Withstands wear, corrosion, and harsh environments for reliable long-term use
✅ Secure BSP Male to Female Threading: Ensures leak-proof, efficient connections in your pneumatic system
✅ Ideal for Pneumatic Systems: Great for connecting air lines, compressors, and industrial equipment
✅ Compact 90-Degree Angle: Perfect for applications where space is limited and an angled connection is needed
✅ Multiple Sizes: Available in a range of BSP sizes to suit your specific installation requirements

The Brass Male to Female Elbow is the ideal choice for making efficient, durable, and secure angled connections in your pneumatic systems. Choose this high-quality fitting to ensure your system works smoothly, providing optimal performance for years to come while benefiting from its excellent value and versatility.