May 2025
Simulation of rubber formulation development using AIGraf Compounder
by Hans-Joachim Graf and Christoph Hartwich, H-JG Consulting.
Integration of artificial intelligence (AI) into rubber compound development is said to mark a transformative step in materials science, and the authors explore the use of AIGraf Compounder software to simulate and optimize rubber formulations. By leveraging feedforward neural networks, the system can predict material properties based on ingredient compositions. Read More
Surface modified polyester polyurethane foams with varying pore sizes for decanted water treatment in oil spill response
by Puwaner Guo, D. Jordan Bouchard and Amy Bilton, University of Toronto.
Testing of two polyurethane foams as absorbants for oil spill remediation is examined, and a surface treatment to enhance oil removal efficiency is explored by the authors. This work is said to be crucial in determining the optimal foam formulation for oil spill cleanup. Read more
Supply chains and cost efficiency in the rubber industry
by Irene Yurovska, YIGlobal.
Growing political risks and the sophistication of the global rubber industry supply chains increase demands on assuring resilience of the supply. Considering the complexity of rubber formulations and quality demands for rubber products, technical discussions on supply chains appear timely. The author demonstrates that participation in supply chain management is needed. Read more
Continuous extrusion to cut energy costs and improve quality
by Jamie Garmon, VMI Americas
By using high precision continuous extrusion with an integral, built-in gear pump, it is possible to move away from old style mills, which have a huge footprint, and generally include plenty of safety hazards. Continuous extrusion removes the need for ramping up production in batches, which simplifies and accelerates preparation; and also separates materials input from production output. Current users report that this improves both control of production and quality. Read more