Zeus Industrial Products, Inc.
4 services found

Zeus Industrial Products, Inc. services

Product Analysis and Enhancement Services

With 50 years experience, Zeus has become a global leader in polymer extrusion technology. Our understanding of the chemistry, characteristics, strengths, and limitations of our materials allows us to precisely tailor the ways that your polymer product will perform in your application. We utilize a scientific process of resin selection, modification, and additives to improve upon base resins and find solutions for customers every day.

Value-Add Services

Zeus offers many Value-Add Services to refine your product to your specific application. These services are typically additional manufacturing steps on tubing which we can provide for you to better optimize your finished product. Our ability to perform these operations in-house allows you to work with one well established vendor while eliminating processing steps that save you time and money. Here are a few of our Value-Add services we offer:

Laboratory Services

At Zeus, we understand the chemistry, characteristics, strengths, and limitations of advanced materials. Our Research and Development division is equipped with an on-site analytical laboratory focused on solving practical real-world materials problems as well as innovating state-of-the-art extrusion technologies. Our 50 years of experience in materials science has made us a leader in developing sophisticated production processes and custom polymer products for biotech and industrial companies across the globe.

Biopolymer Recycling Services

As we enter our sixth decade, Zeus continues to explore new methods to make our products better and find creative ways to enhance the lives of those around us. After expanding our capabilities with the introduction of bioabsorbable products including those based on polylactide (polylactic acid, PLA), we have developed a technology for recycling PLA. The new, low-temperature method of recycling this highly useful biodegradable polymer promises to be significantly more cost-effective and simpler than previously available PLA recycling methods.