TXP Type Ceramic Cyclone Dust Collector
The TXP Ceramic Cyclone Dust Collector Consists Of Three Parts: A Cyclone Simplified Body, An Ash Hopper, And A Volute (or Collection Cap). According To The Number Of Simplified Chinese Characters, There Are Five Combinations: Single Tube, Double Tube, Triple Tube, Quadruple Tube, And Triple Tube. Each Combination Has Two Types Of Air Outlet: Type I Horizontal Air Outlet And Type II Upper Air Outlet. For Type I Twin Tube Combinations, There Are Two Types Of Combinations: Center Inlet And Outlet Air And Side Inlet And Outlet Air. Type I Single Tube And Triple Tube Combinations Only Have Side Inlet And Outlet Air, While Four Tube And Six Tube Combinations Only Have Center Inlet And Outlet Air. For Various Combinations Of Type II, Any Of The Above Type I Inlet Positions Can Be Used. This Dust Removal Equipment Has The Advantages Of Low Resistance, Good Dust Removal Efficiency, Large Processing Air Volume, Stable Performance, Small Footprint, Simple Structure, Practicality And Low Cost, And Is Suitable For Dust Purification In Various Mechanical Processing, Metallurgical Building Materials, And Mining Industries.
The Selection Of TXP Ceramic Cyclone Dust Collector Ensures That The Vast Majority Of Splashing Dust Is Adsorbed By The Suction Soft Curtain. The Dust That Has Not Been Adsorbed By The Soft Curtain Is Blocked And Adsorbed By The Surrounding Sealing And The Front Suction Soft Curtain Of The Belt. The Splashing Dust Flows Smoothly Back To The Incoming Material Along The Unique Gas Collection Hood (with Biomimetic Principles) Curve, And Falls Onto The Secondary Belt Together With The New Incoming Material. The Steel Slag Bag Type Dust Collector Includes An Air Inlet, An Air Duct, An Inclined Partition Of The Air Duct, A Filter Bag, And An Ash Hopper. Its Characteristic Is That The Dust Collector Is Also Equipped With A Guide Plate And An Inverted "V" - Shaped Plate. The Guide Plate Is Located In The Middle And Lower Part Of The Air Duct, And The Inverted "V" - Shaped Plate Is Located Directly Below The Air Duct. The Lower Ends Of The Guide Plate And The Inverted "V" - Shaped Plate Are Connected To The Ash Hopper, And The Upper End Of The Guide Plate Is Connected To The Bag Chamber Of The Dust Collector. The Inclined Partition Of The Air Duct In Direct Contact With The Flue Gas Is Coated With A Wear-resistant Layer Of Quartz Diamond Sand (based On Actual Reports). Compared To Existing Technologies, This Has The Advantages Of Simple Structural Technology And Long Service Life.
Dust Removal Mechanism Of TXP Ceramic Cyclone Dust Collector:
This Dust Collector Utilizes The Effect Of The Peak Velocity Field Distribution Inside The Cyclone Tube On The Upward Movement Of Flue Gas, And Is Equipped With An Upward Tube, A Secondary Separation Chamber, And An Intermediate Exhaust Pipe. The Flue Gas Enters The Cylinder At A Designed Speed Through The Inlet, And The Smoke And Dust Are Separated By Centrifugal Force. The Dust Separated From Top To Bottom Settles Along The Cylinder Into The Ash Trough; The Flue Gas Rises Along The Diameter Of The Cylinder At A Peak Speed Of About 0.6 With A Swirling Flow. The Part Of The Flue Gas With High Concentration Of Fine Dust Enters The Secondary Separation Chamber At High Speed Along The Rising Cylinder Wall, And Then Returns To The Cone Through The Bypass Duct. The Secondary Separated Dust Drops To The Bottom Of The Cone And Enters The Ash Tank Together With The Primary Separated Dust. The Secondary Separated Flue Gas Is Discharged From The Middle Exhaust Pipe Through The Outlet. Due To The Much Higher Upward Swirl Velocity In The Rising Cylinder Compared To The Main Cylinder, Fine Dust Can Be Effectively Separated For Secondary Separation. Improved Overall Dust Removal Efficiency.
Technical Description Of TXP Ceramic Cyclone Dust Collector:
1. After The Dust Collector Is Manufactured, It Should Be Coated With Red Lead Anti Rust Paint Both Inside And Outside, And Then Coated With Gray Lead Oil On The Outer Surface For Anti-corrosion (based On Actual Reports). When There Are Special Requirements In The Engineering Design, Anti-corrosion Treatment Should Be Carried Out According To The Design Requirements (based On Actual Reports).
2. When Assembling The Dust Collector, The Flange Gasket Should Be Selected According To The Temperature Of Different Working Gases. It Is Recommended To Use It When The Temperature Is High<60℃时用石棉胶垫圈，≤6℃时也可用橡胶垫圈。>
3. The Dust Collector Requires Airtightness And No Air Leakage. After Assembly, A Gas Test Of No Less Than 300 Millimeters Of Water Column (gauge Pressure) Should Be Conducted.
The TXP Ceramic Cyclone Dust Collector Is Suitable For Capturing Non Fiber Dust With Significant And Dry Content In The Gas. The TXP Ceramic Cyclone Dust Collector Is Widely Used In Ventilation, Dust Removal, And Material Recovery Systems In Industries Such As Metallurgy, Casting, Sandblasting, Building Materials, Power, And Refractory Materials.
The TXP Ceramic Cyclone Dust Collector Has A Simple Structure, With All Components Connected By Bolts, Ensuring Stable Operation, Convenient Maintenance, And Easy Upkeep. Multiple Combinations Have Improved Dust Separation Efficiency. Its Cone Can Cause Sudden Contraction Of The Airflow, Which Is Beneficial For The Production Of Dust Rings Entering The Separation Chamber To Prevent The Separated Dust From Being Trapped In The Purified Airflow Again. Can Reduce The Value Of Larger Circular Velocity And Decrease Equipment Resistance.
The TXP Ceramic Cyclone Dust Collector Has A Downward Sloping Spiral Tangent Gas, And The Top Plate Is A Spiral Guide Plate. The Larger The Angle Of The Guide Plate, The Smaller The Pressure Loss, But The Dust Removal Efficiency Decreases. In General, The Angle Of The Guide Plate Is 8-20 Degrees, While The TXP Ceramic Cyclone Dust Collector Uses 15 Degrees. Due To The Tangential Entry Of Gas And The Role Of Guide Plates, The Small Vortex Airflow Formed By The Upward Movement Of The Incoming Gas Can Be Eliminated, Reducing Kinetic Energy Consumption And Improving Dust Removal Efficiency. The Cylinder Of The Dust Collector Has A Long And Slender Cone, And The Cone Angle Is Small, Which Can Improve The Dust Removal Effect And Efficiency, But The Pressure Loss Is Also High. Suitable For Coarse And Intermediate Dust Purification In Various Mechanical Processing, Metallurgical Building Materials, And Mining Operations.
