SQUEEZE CUPPED SEMI TUBULAR - Brown Aviation Tool

Specifications

• Manufacturer: Brown Aviation Tool
• Model Number: 4503HDSQZ
• Product Type: Semi-Tubular Rivet
• Head Style: Cupped
• Installation Method: Squeeze (Cold Formed)
• Material: Specific material specifications are product-dependent and can include various durable metals.
• Weight: Specific weight varies by size and material.
• Dimensions: Specific dimensions vary by size and material.

Key Features

• Semi-Tubular Design: Features a partial hole at the tail end, requiring less force for installation compared to solid rivets.
• Cupped Head Profile: Provides a smooth, finished aesthetic and can offer a low-profile surface when installed.
• Squeeze Tool Compatible: Engineered for precise and controlled setting using standard riveting squeeze tools.
• Durable Construction: Manufactured to exacting standards for reliable performance in demanding environments.
• Permanent Fastening Solution: Creates a strong, irreversible mechanical joint for secure assemblies.

Applications

• Aircraft Manufacturing and Repair: Utilized for non-critical structural components, interior panels, and general assembly in aviation.
• Sheet Metal Fabrication: Ideal for joining sheet metal components where one side of the joint is accessible for the rivet head.
• Light to Medium Duty Assemblies: Suitable for fastening various materials in applications requiring moderate load bearing.
• General Industrial Fastening: Applied in manufacturing processes that demand robust yet efficient assembly methods.
• Appliance and Electronics Assembly: Used in components where a secure, tamper-resistant fastener is essential.

Benefits

• Efficient Assembly: Simplifies the fastening process, leading to quicker installation times and reduced labor costs.
• Secure & Stable Joints: Forms a permanent, vibration-resistant connection, ensuring the long-term integrity of assembled products.
• Enhanced Appearance: The cupped head offers a neat, professional finish, improving the aesthetic quality of the final product.
• Reduced Material Stress: Requires less force for setting compared to solid rivets, which helps minimize potential damage or deformation to the joined materials.
• Versatile Use: Adaptable for various material combinations and component thicknesses, offering flexibility across diverse design and application needs.