Tin-lined mixers mainly include tin-lined anchor mixers, tin-lined frame mixers, tin-lined slurry mixers, and tin-lined impeller mixers.
Glass-lined anchor-type stirrers are used for mixing, heat transfer, or reaction processes in medium to high viscosity liquids. Nominal pressure ≤ 1.0 MPa, design temperature -20℃ to 200℃, nominal speed of the stirrer 50-80 r/min.
Vitrified enamel frame-type agitator is an anchor-type agitator with an additional horizontal blade above the anchor, and vertical blades can also be added for a broader mixing range. The nominal pressure is ≤1.0 MPa, the design temperature ranges from -20℃ to 200℃, and the agitator's nominal speed is 50-80 rpm.
Glass-lined paddle mixers are used for enhancing heat transfer and solid dissolution, serving as a radial flow mixer suitable for mixing low-viscosity materials. The nominal pressure is ≤1.0 MPa, with a design temperature range of -20℃ to 200℃, and the nominal speed of the mixer is 70-125 r/min.
Glass-lined impeller mixers can change the liquid flow from vertical to horizontal, causing it to churn and mix thoroughly, suitable for low-viscosity materials. Nominal pressure ≤ 1.0 MPa, design temperature -20℃ to 200℃, and nominal rotational speed of the mixer is 70-125 r/min.
Open-Style Blender
Open-type mixers offer similar power to conventional glass-lined mixers but reduce mixing time by 66.5% in water systems, by 43.7% in low-viscosity systems, and decrease power by 30% in high-viscosity systems, while still shortening mixing time by 33.3%. Additionally, there is no separation during the mixing process, and product yield is increased by approximately 2% to 10%.
Progressive mixer
Push-type mixing is suitable for blending and reacting medium to high viscosity materials. It ensures thorough reaction, significantly enhancing the efficiency of use.
Axial Flow Mixer
Stirring blades for waterjet axial flow, suitable for mixing low-viscosity materials, commonly paired with reaction vessels over 5000L in capacity. The axial flow stirring blades ensure thorough mixing, with their effectiveness consistently recognized by large enterprises. They are made from special glass-fritted steel sheets, with the blades constructed from high-performance waterjet profiles, externally coated with glass frit enamel, and fired at high temperatures. They possess strong corrosion resistance and energy-saving mixing capabilities. Compared to the national glass-fritted industry standard frames, anchors, blades, and propellers of four products:
Mixed more evenly, with a time reduction of over 20%.
2. Energy consumption reduced by over 30%.
3. Product yield increases vary depending on the degree of sensitivity to mixing in the manufacturing process.
Glass-lined six-blade turbine and paddle combination mixer
