CHD15HDCIGY

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Keystone – Inserts include a vast array of products for wide ranging applications and the CHD15HDCIGY insert is no different. This cylindrical insert is designed for the insertion into rolled sheet metal, providing a threaded item. Consisting of two parts, the assembled insert forms an insert which is able to be threaded into a machined hole.

The CHD15HDCIGY is made by spinning or swaging a tubular body to form a cylindrical member with an enlarged diameter at the lower end. The lower end is knurled for improved grip and a collar of greater diameter than the body is crimped onto the lower end. This insures mechanical anchorage in the hole. This method of construction makes the CHD15HDCIGY very effective and versatile in applications such as panel fixing and similar environments where it is important to ensure secure anchorage. They can be used in a wide variety of materials and specialty applications.

The working principle of the CHD15HDCIGY insert is based on the mechanical crimping method in which a cylindrical mechanical anchorage is created in the hole being used for the insert. The threaded collar of the insert is then aligned and fastened into the reamed hole thus securely locking the insert into the material. This method makes the insert more resistant to vibrations and loosening which is often an issue for traditional sheet metal inserts.

The CHD15HDCIGY insert is commonly used for plastics, thermoplastics, and fabric reinforced plastics. It has seen increasing use in recent years in the automotive, aerospace and electronics industry. It can also be used in high vibration environments within the construction industry due to its unique design which promotes secure anchorage and greater resistance to loosening. In addition, the CHD15HDCIGY provides a low-cost, highly efficient and easy-to-install solution for many applications.

The CHD15HDCIGY insert is an essential item in many diverse engineering applications due to its versatility and cost effectiveness. It has a variety of application fields and a simple but efficient working principle which makes it an ideal choice for many applications. Its unique design enables it to provide secure anchorage in a variety of materials and environments. In addition, its low-cost and easy installation make it a fitting choice for many versatile engineering applications.

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