OMMIX Vertical Turbo PVC Mixer Series
Standard Setter in Industrial Processes
The OMMIX Vertical Turbo PVC Mixer series is a high-performance engineering solution that elevates mixing quality and process efficiency to the highest level in the preparation of rigid and flexible PVC formulations. It provides the homogenization values required by your industrial facilities in the shortest possible time with its high-speed turbo technology, thus ensuring you maintain quality standards in your production line.
Homogeneous Mixing Accuracy: Thanks to its advanced mixing geometry, it improves the final product quality by mixing PVC raw materials and additives at the molecular level; minimizing raw material waste and production errors.
High Thermal Control: The mixer design optimizes the friction heat generated during mixing. With its high cooling capacity, it prevents overheating in your precise formulations, preserving the physical properties of the material.
Modular Structure and Customization: Based on your production capacity, plant layout, and the type of polymer you use, we configure technical parameters such as motor power (driver options), tank volume, and automatic dosing integration specifically for each project.
Heavy-Duty Durability: Manufactured from high-wear-resistant materials suitable for long-term operation, our mixers offer sustainable performance in your facility for many years with low maintenance costs.
Applications of Vertical Turbo PVC Mixers
Our OMMIX Vertical Turbo PVC Mixers have a wide range of applications in the construction and building sector for PVC door and window profiles, wastewater pipes, and cable trays; in the cable and insulation sector for cable insulation and waterproofing materials; and in the flooring and foil sector for the production of flooring, foil, and tarpaulins. They also offer solutions with high performance and homogeneous mixing quality in many industrial applications such as PVC shoe soles, irrigation hoses, wood composite (WPC) panel production, and PVC curtain rails.