Towable Electromagnetic Sweepers for Airport Runways-Bunting

Towable Electromagnetic Sweepers for Airport Runways

Airport Foreign Object Debris (FOD) is a serious issue facing the aerospace and aviation industry. FOD results in an estimated cost of $4 billion annually for maintenance and downtime. FOD is any type of object in an airport setting that…

Electro Crossbelt Magnet Protects Goldmine-Bunting

Electro Crossbelt Magnet Protects Gold Mine

In a remarkable feat of engineering, the Bunting manufacturing plant in Redditch, UK has constructed the largest Electro Crossbelt (Overband) Magnet to date. This colossal magnet, weighing in at 13 tons, has found its home in a gold mine located…

Why Do Crossbelt Magnets Need Armored Belts?

It’s no surprise that the crossbelt (overband) magnet experiences the most wear and tear on the belt that transfers separated metal away from the conveyor. In order to reduce the damage to this rubber belt, Bunting has developed a special,…

Choosing the Right Permanent Crossbelt Magnet for Aggregate and Mining

The Aggregate, Mining & Minerals industry relies on permanent crossbelt (overband) magnets to protect crushers, screens, and conveyors from damage caused by harmful tramp ferrous metal. However, there is not a “one size fits all” solution for every operation. There…

Bunting Exhibits at K-Show 2022

  As a key supplier of metal separation equipment to the plastics sector, Bunting once again exhibited at the K-Show. With a growing product portfolio, the Bunting stand was bigger than any previous year. This attracted a high number of…

An Introduction to Magnetic Properties of Ceramic Minerals: Part Four-Bunting-Bunting-Magnetic Separation

An Introduction to Magnetic Properties of Ceramic Minerals: Part Four

In our previous blogs, we reviewed the problems that magnetic particle contamination can cause in ceramics production, discussed the different magnetic properties that minerals have, and took a deep dive into some of the consequences magnetic particle contamination can have…

An Introduction to Magnetic Properties of Ceramic Minerals: Part Three-Bunting-Newton

An Introduction to Magnetic Properties of Ceramic Minerals: Part Three

In our previous two blogs, we provided an introduction to the problems that magnetic minerals can cause in ceramics production. We also took a close look at the five different magnetic properties that minerals can possess. In this blog, we…

Bunting-Newton to Attend ISRI 2022

Bunting-Newton is excited to announce that we will be exhibiting at ISRI 2022 from March 21 — 24 in Las Vegas, Nevada. Bunting will be represented by Bob Bunting, Chuck Galusha, Don Suderman, Joseph Jackson, Matt Wayne, Eric Berschauer, Robert Bunting,…

An Introduction to Magnetic Properties of Ceramic Minerals: Part Two-Bunting-Newton-Magnetic Separation

An Introduction to Magnetic Properties of Ceramic Minerals: Part Two

In our previous blog, we provided an introduction to magnetic minerals used in ceramics, and discussed the problems these minerals can cause in ceramics applications without the use of magnetic separation. In this blog, we will further explore the different…

An Introduction to Magnetic Properties of Ceramic Minerals: Part One-Bunting-Newton

An Introduction to Magnetic Properties of Ceramic Minerals: Part One

 Since the very first glazed pot was produced thousands of years ago, magnetic minerals and fine iron have been a constant plague on the lives of ceramic producers. In fact, early ceramicists partially adopted the technique of designing ceramics with…

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