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Henkel's PULS technology driving sustainable innovation in cold metal forming

Henkel's PULS technology driving sustainable innovation in cold metal forming

Now Boron-Free for added benefits!

Are you tired of dealing with the complexity and high costs associated with traditional cold forming processes? Henkel has developed a sustainable and innovative solution: the PULS Technology!

Cold forming typically involves up to ten processing stages, the use of harsh chemicals at high temperatures, and increasing disposal costs. With the PULS Technology, now also boron-freell, you can reduce the number of required stages by up to 2, cut down on energy costs by up to 60%, and eliminate disposal expenses, all while making a significant and positive impact on CO2 emissions.

Specifically, the process utilizes water-based polymer formulations called BONDERITE L-FM FL, a breakthrough in cold deformation and heading processes.

Let's take a closer look at how it works:








As you can see, Henkel's PULS process offers a wide range of advantages over traditional methods, providing a sustainable approach to metal deformation:

-  No generation of phosphate sludge;
-  No wastewater;
-  Substantial energy savings (over 50-60% annually);
-  Significant water savings (over 90% annually);
-  Less heavy metal phosphates (less than 75%).

Moreover, this process ensures superior lubricating properties, resulting in extended equipment lifespan.

For further details on this innovative PULS technology for cold metal forming, please reach out to Henkel's experts using the contact information provided. Learn more about Henkel's solutions at the upcoming Fabtech show from September 11 to 14. The corporate staff will be happy to welcome you at booth No. D40721.

With its five trusted brands, Bonderite®, Loctite®, Technomelt®, Teroson®, and Acquence®, Henkel offers a comprehensive range of solutions, including functional coatings, lubricants, industrial adhesives, and sealants, all contributing to sustainable and groundbreaking applications.

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Monday, July 3, 2023