Insert Nuts  Manufacturers, Traders, Suppliers

"Insert Nuts" typically refer to a type of fastener used in manufacturing and construction to provide a threaded hole for screws or bolts. They are commonly used in materials that are too thin to withstand threads on their own, such as in sheet metal or plastic. Insert nuts can be installed from one side of a material to create a strong anchor point for attaching components.
There are various types of insert nuts, including:
Heli-Coil Inserts: These are spiral wire inserts designed to repair stripped threads or provide stronger threads in softer materials.
Rivet Nuts: Also known as blind nuts, these can be installed in place where only one side of the material is accessible.
T-Nuts: Typically used in woodworking, T-nuts provide a flush surface in wooden furniture or projects.
These fasteners are versatile and widely used in various applications, including automotive, aerospace, and furniture industries.

Insert nuts, also known as threaded insert nuts or insert inserts, are used to create a strong threaded hole in materials such as wood, plastic, and metal. Here are some key technical specifications related to insert nuts:
Material: Insert nuts can be made from various materials, including:
Steel (often zinc plated for corrosion resistance)
Stainless steel
Aluminum
Brass
Plastic (for lightweight or non-conductive applications)
Types:
Spoon Insert Nuts: For soft materials; they have a flanged base.
Screw-in Insert Nuts: Require drilling and are typically self-tapping.
Press-fit Insert Nuts: Designed for installation without threading.
Dimensions:
Diameter: Common sizes include 1/4", 3/8", 1/2", and metric sizes like M5, M6, M8.
Length: Varies depending on the application; typically range from 5mm to 50mm.
Thread Pitch: Can vary, especially in metric and imperial systems.
Load Capacity: The load capacity depends on the material used, the type of insert nut, and the installation method. Typically tested to ensure they can handle tensile and shear loads.
Installation Methods:
Insert with Tools: Some require specific tools for installation (like a T-handle wrench).
Self-Installing: Some are designed to tap their own threads into the base material during installation.
Applications:
Used in furniture assembly, automotive components, electronics, and machinery.
Coatings and Finishes: May come w

Insert Nuts, also known as anchorage nuts or blind nuts, are fasteners used in various applications to provide a threaded hole in materials that are too thin to accommodate blind threads. They are typically engineered to be inserted into wood, plastic, or metal, allowing for secure attachment of screws or bolts.
Their main uses include:
Furniture Assembly: Often used in modular furniture to connect components securely without visible fasteners.
Automotive Applications: They can be found in vehicle interiors, allowing for easy assembly and disassembly.
Electronics: Used in electronic enclosures to facilitate secure panel mounting.
Machinery: Insert nuts are utilized in equipment for high-load applications, providing strong anchoring points.
Construction: Frequently employed in construction projects to create a secure fastening point in lightweight materials.
Overall, Insert Nuts are valued for their ease of installation and the strength they provide in fastening applications.

The insert nut is a product that embeds an insert with internal threads and knurled or other patterns on the outside in a plastic or other alloy product (mainly used on plastic products) to form an effective thread on the main product .

All kinds of special inserts for thermoplastic and thermosetting plastic parts are suitable for different application requirements, including hot melt and ultrasonic inserts, in-mold injection inserts and cold press inserts.
Cold pressed series
Cold-pressed inserts are suitable for thermoplastics with medium or low hardness. After the plastic parts are formed, they are directly cold-pressed into the prefabricated plastic holes.
The outstanding advantages of cold press inserts are convenient implantation and high efficiency, but at the expense of torsion and tensile performance. Some cold-pressed inserts can also be implanted by ultrasonic or hot-melt technology to obtain better torque and tensile performance.
Hot melt and ultrasonic series
Hot melt is to press the copper insert into the plastic matrix after heating the product, which can make the product heat quickly and speed up the work efficiency. The heated copper insert can also quickly conduct heat to the plastic part, so that the periphery of the plastic hole becomes soft. So as to quickly press the product into the hole. Due to the embossing process on the outer diameter of the insert, it forms a certain friction and bite force with the copper insert after forming, which can be fixed in the inside so that it cannot fall off. Has a certain torsion and tension.
In-mold injection series
In-mold injection molding inserts are suitable for all plastic materials. Before plastic injection, insert the inserts into the mold inserts and fix them before injecting glue. In-mold injection molding inserts are generally designed with straight patterns, so the cost of the inserts is relatively lower. Forming directly in the mold can obtain the best torque and tensile performance, and allows a smaller wall thickness. The disadvantage is low efficiency.

Insert nuts are widely used in all walks of life, and are commonly used in various plastic casings such as the automotive industry, medical equipment, consumer electronics, mobile phones, and computers.