Our recycling hammers offer the highest performance with well-designed and field-proven parts that have a long wear life, consistent fit and provide economic value.

Cast Recycling Hammers.

Global offers a wide variety of replacement hammers to fit all popular machines in the recycling industry. This givescustomers the lowest replacement cost per ton. Our hammers are made from the highest quality materials and tested to meet or exceed OEM standards. Materials used include Manganese steel, Low Alloy & Differential Hardness.

Manganese hammers

Our comprehensive offering of replacement hammers for all popular machines is field-proven for durability and performance. Our hammers are manufactured using the highest quality manganese steel, ensuring consistent and reliable performance. We guarantee reliable delivery, so you can get the job done as soon as possible. With our competitive prices, you can get the most out of your investment. Our hammers are available in OEM versions and enhanced designs that provide the lowest cost-per-ton.

Low-alloy hammers

In addition to our manganese hammers, Global also offers low alloy options. These hammers are designed to meet light-to-medium scrap mix requirements. These hammers are designed for a range of applications including automotive, white goods, and light-to-medium structural steel. Our hammers are designed for maximum durability and performance. They are easy to maintain and offer a long service life. Our low alloy hammers utilize proprietary steels for best-in-class abrasion resistance and toughness to deliver excellent wear-life and reliability for a lower cost-per-ton produced. 

Differential hardness hammers

Heat treatment and differential hardening are the hallmarks of Global's differentially hardened hammers. The working end approaches 600 BHN for excellent abrasion resistance while the softer pin-eye area lowers pin wear and increases reliability. Our differential hardened hammers are an ideal option for applications where manganese hammers are ineffective at hardening.