Studs

A furniture stud is a fastener with metric threads on both ends, used to connect two parts. One end is fixed to a wooden or metal body, while a nut is attached to the other end to mount table legs, sofa legs, glides, or various accessories.

Especially critical in furniture leg assembly, a stud offers a flexible connection system that allows for repeated disassembly and reassembly.

These values indicate the screw diameter (in millimeters) of the stud:

• M6 stud: 6 mm diameter, ideal for light structures and small accessories.
• M8 stud: 8 mm diameter, the most commonly used size for medium-weight furniture legs and connection points.
• M10 stud: 10 mm diameter, preferred for applications requiring high load-bearing capacity, such as heavy table and sofa legs.

A regular screw has a pointed or flat head at one end, providing a unidirectional connection. A stud screw, however, is headless and has threads on both ends; one end is fixed to the body, while the other end remains exposed for attaching accessories.

This structure allows the stud to act as a "bridge" holding different parts together, and it offers flexible mounting possibilities that standard screws cannot provide, especially in furniture leg connections.

To attach a stud to a wooden body, follow these steps:

• Drill a hole in the wood with a drill bit suitable for the stud's diameter.
• Lock two nuts onto the end of the stud that will enter the wood, or use a special stud insertion tool.
• Screw the stud into the wood by turning it clockwise.
• Unlock the nuts; attach the desired accessory or leg to the exposed end.

Furniture studs are most commonly used in the following products:

• Connection of metal and wooden table legs
• Assembly of sofa and armchair chair legs
• Glide feet and furniture accessory connections
• Glass flange installations
• Shelf and console connection systems

In short, a stud is ideal for any furniture application requiring a removable connection.

Furniture studs are mainly produced from the following materials:

• Galvanized steel: Resistant to moisture and oxidation, a common choice for general use.
• Stainless steel (304/316): Suitable for humid environments like kitchens and bathrooms, offering high corrosion resistance.
• Black phosphated steel: Preferred for industrial aesthetics and indoor use.

Payanda Metal's collection includes stud types with different material options.

Two main factors determine stud length selection: the length of the part entering the wood or metal, and the length of the part remaining exposed. The general rule is: the part entering the wood should be at least 2-3 times the screw diameter (e.g., at least 16-24 mm wood depth for M8).

Determine the total stud length by also considering the internal thread depth of the accessory to be connected (leg, glide, etc.). Payanda Metal product pages specify the recommended usage lengths for each stud model.

A properly selected and applied stud screw connection is extremely reliable for furniture safety. When an appropriate screw diameter, sufficient connection depth, and quality material are used, a stud connection is considered the strongest removable joining method outside of welding or riveting.

If the furniture wobbles or shakes, check if the stud has not entered deep enough or if its diameter is insufficient.

At Payanda Metal, there is generally no minimum order quantity for stud orders; every order, from individual needs to bulk production, is welcomed. Special price advantages are offered for large quantity demands.

For wholesale orders, you can visit our contact page or reach us directly via email or phone.

The most common stud sizes used for glide foot assembly are M8 and M10. The correct stud must be chosen according to the furniture's weight capacity and the internal thread size of the glides.

You can contact us for detailed information about our stud models compatible with Payanda Metal's glide feet collection. We guarantee compatibility if you order both product groups together.