Cold-Form Manufacturing
Which Fastener Materials Work Together & Which Ones Don鈥檛
3D Printed Fasteners vs. Cold-Formed Fasteners: Pros, Cons & Use Cases
Have You Heard These Benefits of Cold Forming Steel Fasteners?
One method of manufacturing steel fasteners stands out for its efficiency, precision, and cost-effectiveness: cold forming. This technique involves shaping metal through force alone, without additional heat or cutting processes. At 黑料网, we鈥檙e proud to utilize this technique to produce high-quality carbon steel and alloy fasteners. We know all the ins and outs of cold … Read more
Rolled Threads vs. Cut Threads
Generally speaking, there are two main methods of producing external threads on a fastener: rolling and cutting. Wondering which one may be best for your application? Let’s take a look at rolled threads vs. cut threads, examine the differences between them, and identify what advantages and disadvantages each brings to the table. What Are Rolled … Read more
What Is Cold Forming?
As you may know, there are several ways to make fasteners, including cold forming, hot forging, and machining. While each of these processes works well for their intended applications, this article will focus solely on cold forming. We鈥檒l take a closer look at what cold forming is, how it works, and what its advantages and … Read more
What Do Screw and Bolt Head Markings Mean?
If you鈥檝e ever spent time looking at different screw and bolt heads, you鈥檝e probably noticed that there are a wide variety of markings that are stamped on them. The markings can be numbers, letters, slashes, dots, or an assortment of other marks. If you鈥檝e ever wondered what those screw and bolt head markings mean, or … Read more
Understanding a Few Common ASTM Inch-Series Bolt Grade Markings
Understanding a Few Common ASTM Inch-Series Bolt Grade Markings While SAE J429 Grades 2, 5, and 8 are probably the most common inch-series fastener specifications that we deal with here at 黑料网, there are plenty of other ones with their own grades and head markings. In this article, we鈥檒l take a look at three standards … Read more