Webinar: Gear Pump Technology in Rubber Application

This webinar focuses on the benefit of gear pump extruders for rubber processing and their specific characteristics. A gear pump, due to its volumetric transport characteristics, is predestined for applications such as precise extrusion and high-pressure operations, as well as precise dosing applications. By combining different extruder technologies with a gear pump, it becomes a modular system for different applications in rubber processing.

The webinar is designed for mechanical and chemical engineers in the rubber industry. Centered around process technique in mixing and extrusion, it is the perfect training for individuals working in engineering, R&D or quality improvement. This webinar focuses on the gear pump technology in well known rubber processes in mixing and extrusion lines and it will include the following topics:

• Introduction and history
• Function principal basics of gear pumps
• Process technological basics
• Waste reduction and quality improvement
o Straining within the straining cell
o Straining within the mixing line
o Straining within the extrusion line
o Straining within the rework line
• Gear pump technology for precise extrusion
o Rubber extrusion lines
o High pressure applications for wire, fiber and yarn
• Gear pump technology in continuous mixing (dosing)
• Gear pump technology in silicone compounding
• Future applications and outlook
• Summary

Price: Free for Members / $149 Non-members

CLICK HERE TO REGISTER.

Instructor: Julia Uth (M.Eng.), UTH
Julia Uth is the Head of Design and R&D at UTH GmbH (Germany), a company which is highly specialized in gear pump technology and fine mesh straining applications, and which can be seen as an example of innovative technology “made in Germany.” She is a mechanical engineer specialized in rubber and plastic processing. After completing her master’s degree in engineering, Julia joined UTH GmbH. She is highly committed to the development of cutting-edge gear pump solutions for the processing of rubber and silicone.