Titanium Stirrer Form Selection Video by Shaanxi Qianyi Tuoda Technology Co., Ltd.

1. Titanium Two-Blade Stirrer
2. Titanium Three-Blade Stirrer
3. Titanium Helical Stirrer
4. Titanium Frame Stirrer
5. Titanium Open Turbine Stirrer
6. Titanium Disc Turbine Stirrer
7. Titanium Screw and Belt Stirrer
8. Titanium Special-Purpose Stirrer

Now, let's translate the original text into English:

Characteristics and Application of Titanium Stirrers

1. Mixer Definition: A device that forces convection and uniform mixing of liquid and gas media. The type, size, and speed of titanium stirrers affect the distribution of stirring power between overall flow and turbulent pulsation. Generally, the power distribution of a turbine stirrer favors turbulent pulsation, while a propeller stirrer favors overall flow. For the same type of stirrer, under the condition of the same power consumption, a large-diameter, low-speed stirrer primarily consumes power in overall flow, beneficial for macroscopic mixing. A small-diameter, high-speed stirrer primarily consumes power in turbulent pulsation, advantageous for microscopic mixing. The scaling of stirrers is a complex issue related to the industrial process and can only be scaled up through step-by-step empirical scaling based on obtained scaling criteria.

2. Classification of Titanium Stirrers:

   • Two-Blade Titanium Stirrer
   • Three-Blade Titanium Stirrer
   • Helical Titanium Stirrer
   • Frame Titanium Stirrer
   • Open Turbine Titanium Stirrer
   • Disc Turbine Titanium Stirrer
   • Screw and Belt Titanium Stirrer
   • Special-Purpose Titanium Stirrer
   • Porcelain-Coated Titanium Stirrer
   • Corrosion-Resistant Titanium Stirrer

3. Characteristics of Titanium Stirrers:

   1. Characteristics of Two-Blade Titanium Stirrer:

      • Flat-Blade Titanium Stirrer
      • Opposed Flat-Blade Titanium Stirrer
      • Slanted Blade Titanium Stirrer
      • Opposed Slanted Blade Slurry Titanium Stirrer
      • Variable Cross-Section Folded Blade Titanium Stirrer
      • Variable Cross-Section Double Folded Blade Titanium Stirrer
      • Variable Cross-Section Composite Folded Blade Titanium Stirrer
      • Features: Generally operates in laminar flow, suitable for low-viscosity homogeneous, blending, phase mixing, dissolution, crystallization, or high-viscosity large-diameter multi-layer low-speed stirring.

   2. Characteristics of Three-Blade Titanium Stirrer:

      • Three-Straight Blade Titanium Stirrer
      • Three-Slanted Blade Titanium Stirrer
      • Three-Backward-Bent Blade Titanium Stirrer
      • Three-Boerma Kin Blade Titanium Stirrer
      • Three-Backswept Blade Titanium Stirrer
      • Three-Spiral Blade Titanium Stirrer
      • Features: Axial flow type with axial circulation capability, suitable for dissolution, mixing, and dispersed heat transfer operations.

   3. Characteristics of Helical Titanium Stirrer:

      • Variable Cross-Section Helical Titanium Stirrer
      • Three-Blade Propelling Titanium Stirrer
      • Three-Backward Blade Helical Titanium Stirrer
      • Four-Backward Blade Helical Titanium Stirrer
      • Four-Blade Helical Titanium Stirrer
      • Sawtooth Helical Titanium Stirrer
      • Features: Axial flow type with wide application range, excellent exclusion performance, low shear force. Suitable for low-viscosity mixing, dissolution, solid suspension, heat transfer, reaction, mass transfer, and crystallization operations.

   4. Characteristics of Frame Titanium Stirrer:

      • Frame Titanium Stirrer
      • Cone Bottom Frame Titanium Stirrer
      • Flat Bottom Frame Titanium Stirrer
      • Grate Gate Titanium Stirrer
      • Features: Operates at low speed through circulation, various forms of frame stirrers can adapt to containers of various geometric shapes, primarily working in horizontal circumferential flow. Suitable for mixing, heat transfer, and non-uniform mass transfer reactions in low-viscosity liquids with arbitrary changes in liquid level or medium to high viscosity.

   5. Characteristics of Open Turbine Titanium Stirrer:

      • Four-Flat-Blade Open Turbine Titanium Stirrer
      • Six-Flat-Blade Open Turbine Titanium Stirrer
      • Four-Conical Blade Open Turbine Titanium Stirrer
      • Four-Slanted Blade Open Turbine Titanium Stirrer
      • Six-Slanted Blade Open Turbine Titanium Stirrer
      • Four-Curved Blade Open Turbine Titanium Stirrer
      • Six-Curved Blade Open Turbine Titanium Stirrer
      • Six-Boerma Kin Titanium Stirrer
      • Features: Axial flow type with good convective circulation and turbulent diffusion capabilities. Particularly suitable for mixing, micro-viscous crystallization, dispersion, reaction, dissolution, suspension, and heat transfer operations.

   6. Characteristics of Disc Turbine Titanium Stirrer:

      • Six-Flat-Blade Disc Turbine Titanium Stirrer
      • Six-Holed Flat-Blade Disc Turbine Titanium Stirrer
      • Six-Slanted Blade Disc Turbine Titanium Stirrer
      • Six-Back-Angle Slanted Blade Disc Turbine Titanium Stirrer
      • Six-Curved Blade Disc Turbine Titanium Stirrer
      • Six-Arrow Blade Disc Turbine Titanium Stirrer
      • Six-Arc Blade Disc Turbine Titanium Stirrer
      • Six-Straight Blade Unidirectional Disc Turbine Titanium Stirrer
      • Six-Curved Blade Unidirectional Disc Turbine Titanium Stirrer
      • Features: Radial flow type, blade surface in concave arc shape with strong radial displacement and dispersion forces. Enables thorough emulsification and mass transfer between gas and liquid, with dispersion and mass transfer capabilities 15% and 20% higher than Six-Flat-Blade Disc Turbine Titanium Stirrer. Especially suitable for oxygenation operations in fermentation processes, as well as gas absorption, mixing, and dispersed mass transfer operations.

   7. Characteristics of Screw and Belt Titanium Stirrer:

      • Single-Belt Titanium Stirrer
      • Double-Belt Titanium Stirrer
      • Conical Double-Belt Titanium Stirrer
      • Conical Double-Belt Titanium Stirrer
      • Elliptical Bottom Double-Belt Titanium Stirrer
      • Screw Titanium Stirrer
      • Features: Axial flow type with generally upward spiral movement along the container wall, then converging towards the central concave pit, forming upper and lower counter-current circulations. Also has strong anti-adhesive effects. Suitable for mixing, heat transfer, reaction, and dissolution of high viscosity or powdered materials. The form and number of belts should be determined based on the geometric shape of the container and the liquid level.

   8. Characteristics of Special-Purpose Titanium Stirrer:

      • Dispersion Titanium Stirrer
      • Aeration Titanium Stirrer
      • Foam Remover Titanium Stirrer
      • Foam Removal Blade Titanium Stirrer
      • Palladium Scraper Titanium Stirrer
      • Features: Dispersion type with sawtooth-shaped small blades, providing significant shear force. Suitable for various applications.

Introduction: Welcome to the video by Shaanxi Qianyi Tuoda Technology Co., Ltd. This video showcases our professional expertise in titanium stirrer selection through a real-world case study. We will detail customer requirements, process parameters, and media characteristics, demonstrating how we customize the most suitable titanium stirrer for our clients. Through this case study, you can gain a more intuitive understanding of our professional capabilities and our leading position in the field of stirrer selection.