Mechanical Joining Archives - Elliott Tool Technologies

Precision In Practice: When To Roll To Torque Vs. Size In Mechanical Joining

Precision In Practice: When To Roll To Torque Vs. Size In Mechanical Joining

Taceana Zelaya2025-08-07T13:02:54-05:00

Mechanical joining is a fundamental manufacturing process used to create a tight seal between tubular products and their corresponding a fittings or flanges. This method relies on compressing the tube’s outer diameter against a fixed container, forming a secure and leak-tight seal. A key decision in this process revolves around whether to roll to size or roll to torque, each of which offers advantages in certain applications.

Precision In Practice: When To Roll To Torque Vs. Size In Mechanical JoiningTaceana Zelaya2025-08-07T13:02:54-05:00

Mechanical Joining: The Heat-Free Advantage in Aerospace

Mechanical Joining: The Heat-Free Advantage in Aerospace

Taceana Zelaya2025-08-07T13:03:26-05:00

In the demanding world of aerospace, where precision and reliability are key, the method of mechanical joining stands out as an essential technique. Unlike traditional heat-based joining processes such as welding or brazing, mechanical joining in aircraft systems involves the plastic deformation—specifically, the expansion—of a tube end into a fitting or sleeve. This innovative approach creates a robust, leak-proof joint without the need for elevated temperatures, offering a multitude of benefits crucial to the stringent requirements of aircraft design and operation.

Mechanical Joining: The Heat-Free Advantage in AerospaceTaceana Zelaya2025-08-07T13:03:26-05:00

Reducing Scrap and Energy Use with Mechanical Joining

Reducing Scrap and Energy Use with Mechanical Joining

Erica Dzomba2025-03-19T14:05:05-05:00

Mechanical joining is a crucial process in various industries, including aerospace, automotive, and heavy machinery. It’s used to create a leak-free seal between a tube and a fixed container by expanding the outer diameter of the tube into a series of grooves. This cold working process offers significant sustainability advantages over traditional methods like welding and brazing.

Reducing Scrap and Energy Use with Mechanical JoiningErica Dzomba2025-03-19T14:05:05-05:00

Choosing The Right Mechanical Joining Tool

Choosing The Right Mechanical Joining Tool

Erica Dzomba2025-03-20T07:08:12-05:00

Mechanical joining is the process of joining a tube to a fixed container, like a flange or fitting. Widely used in applications such as hydraulic fittings, transmission blocks, and fluid lines, it offers a cost-effective alternative to welding or brazing.

Choosing The Right Mechanical Joining ToolErica Dzomba2025-03-20T07:08:12-05:00

The Best Bond: Choosing the Right Joining Method

The Best Bond: Choosing the Right Joining Method

Erica Dzomba2024-12-30T15:02:01-05:00

Welding, brazing, and mechanical joining are all methods used to connect two or more pieces of metal. Each method has its own unique advantages and disadvantages, making it suitable for different applications. The choice of method depends on factors such as the materials being joined, the desired strength and durability of the joint, the environmental factors the joint will experience, and the cost and complexity of the process.

The Best Bond: Choosing the Right Joining MethodErica Dzomba2024-12-30T15:02:01-05:00