56 - Acute Angle Elbow

The Kee Klamp 56 Acute Angle Elbow is a robust structural pipe fitting designed to join two tubes at acute angles, ideal for applications requiring tight or sharp turns. This fitting is particularly useful in Kee Klamp handrail systems and other pipe handrail fittings, where precise angular connections are needed for various structural projects.

This fitting is designed to connect two tubes at an acute angle, making it ideal for applications that require tight or sharp turns. It is commonly used in safety railings, guardrails, and other tubular structures where such angles are required.

Key Features

• Acute Angle Compatibility: Designed specifically for applications requiring sharp angles, such as 30°, 45°, or other custom acute angles. This fitting ensures tight, secure connections in compact spaces.
• High Durability: Constructed from high-quality galvanised steel, this fitting offers superior corrosion resistance, ensuring long-lasting performance in both indoor and outdoor environments.
• Efficient Installation: Kee Klamp fittings require no welding, making the installation process faster and simpler. The set screws hold the components securely, reducing the need for specialist tools and labour.
• Kee Klamp Handrail System Integration: Perfectly suited for use in Kee Klamp handrail systems, allowing for the creation of safe, sturdy railings with tight angles for stairs, ramps, and more.
• Cost-Effective: Reduces the need for custom welding or angle-cut tubes, resulting in lower material waste and reduced overall costs for your construction projects.

Why Choose Kee Klamp?

Kee Klamp fittings are known for their reliability and versatility. The Kee Klamp 56 Acute Angle Elbow is specifically engineered for creating acute angles while maintaining the high strength and durability that Kee Klamp handrails and other structural pipe fittings require. It provides a simple, cost-effective solution for connecting tubes at sharp angles, ideal for industrial environments, commercial settings, and safety applications.