Metals tend to have a higher melting point than many other materials, and they’re able to change forms when exposed to heat — unlike wood, which simply decomposes. When temperatures become high enough, the ions that make up metal vibrate more and more, eventually breaking the bonds its ions have and allowing them to move Read More
When it was first introduced as a production method in the mid-1800s, die casting was used almost exclusively to make type for printers. Die casting enabled manufacturers to produce the individual letters and punctuation marks printers needed for their typing machines faster while maintaining size and quality consistency. These enhanced production capabilities reduced printing errors Read More
Jump to: Alloys and the Die Casting Process Different Alloy Properties Aluminum Alloys Commonly Used Aluminum Alloys and Their Benefits Magnesium Alloys Aluminum vs. Magnesium Alloys Zinc vs. Magnesium Alloys Zinc and Zinc-Aluminum Alloys Aluminum vs. Zinc Alloys Determining Alloy and Casting Costs Jump to: Alloys and the Die Casting Process Different Alloy Properties Aluminum Read More
3-4-16 The Executive Conference has been held for many years usually in the late winter and the sites are selected to provide the attendees with a chance to escape from the winter doldrums in most of the US. This year saw a record attendance at the Conference mostly due to the improved economy in the past Read More
Die casting is an efficient manufacturing process used to mass-produce parts in a wide range of shapes, and these parts make their way into common items in our homes and workplaces. Die casting delivers a reliable process with a smooth, quality surface that won’t need any additional polishing or tooling. The two most common methods Read More
Copyright © 2019. All Rights Reserved.
