What’s the Best Lubricant for Plastic Hinges?

If you’re planning to use plastic hinges, you’ll need to choose the right lubricant. Hinges consist of two leafs that, when interlocked, form a central knuckle. The knuckle is the pivot point, allowing one leaf to swing away from the … Read More

Hinges: How Pin Diameter Affects Hinge Strength

You can’t ignore the pin diameter when shopping for hinges. With the exception of specialized hinges, such as living hinges, most hinges have a pin. It consists of a long cylindrical rod that holds the two leafs together to form … Read More

Door Hinges: What Is Hinge Radius and Why Does It Matter?

When shopping for door hinges, you may come across the term “hinge radius.” It’s a key specification for rounded door hinges. Some door hinges have a 1/4 inch radius, whereas others have a 5/8 inch radius. To learn more about … Read More

How Living Hinges Are Manufactured

Ever wonder how living hinges are manufactured? Traditional hinges are made by machining and shaping metal. They typically feature two rectangular-shaped metal leafs, which are held together by a single rod-shaped metal pin. Living hinges aren’t made of metal. Also … Read More

Hinge Accessories: What You Need to Know

Hinges facilitate the movement of many common objects. They are found on doors, cabinets, access panels, lids, appliances and more. While most hinges consist of two leafs and a pin, however, they support a variety of accessories, including the following. … Read More

Lubricating Hinges: What You Should Know

From doors and gates to cabinets, access panels and more, hinges play an important role in many everyday objects. They are used to join two or more objects while allowing for a limited angle of rotation. As mechanical bearings, however, … Read More

5 Mistakes to Avoid When Installing Door Hinges

Doors rely on hinges to open and close properly. While available in different styles, all door hinges function as mechanical bearings. They feature two leafs and a knuckle. The knuckle rotates to allow for a limited angle of rotation. Below … Read More