Rotary Flux Injector

Recycling Aluminium Factory Equipment - Complete Turnkey Project We guarantee high-quality and reliable equipment that meets all requirements for safe operation and stable performance. All dispatched products include complete and accurate documentation for installation, commissioning, operation, and maintenance. Quality Warranty & Support Equipment quality warranty period is 12 months after commissioning acceptance or 14 months after equipment arrival. During the warranty

A comprehensive overview of aluminium sorting equipment used in modern recycling facilities, covering technologies from basic separation to advanced alloy sorting systems. Pre-Sorting & Size Reduction Equipment Before specific aluminium sorting, material must be properly prepared through these initial processing stages: Shredders: Reduce the size of scrap materials (such as cars, siding, and window frames) for easier handling and sorting Shears & Balers: Process larger,

Recycle Aluminium Ingot Production Line Complete turnkey solution for secondary aluminum production from scrap processing to finished ingot casting. Production Line Components Raw Material Preparation & Pre-treatment Scrap Aluminum Collection & Sorting: Includes shredding, magnetic separation, and eddy current sorting Delacquering/Decoating: Removes paint, oils, and coatings from scrap via pyrolysis or mechanical means Baling/Briquetting: Increases material density for

Online Degassing Unit Assembly Components & Key Features Mechanical Drive System High-precision geared motor drive Robust transmission mechanism ensuring stable rotor operation Degassing Chamber & Cover Refractory-lined chamber for thermal efficiency and longevity Quick-seal cover design for easy maintenance and gas containment Rotor & Heating System High-speed graphite rotor for efficient gas dispersion Integrated heater with temperature control for optimal melt processing

Furnace Charging Vehicle Advanced Furnace Charging Vehicles for Maximum Efficiency & Furnace Protection Boost cast house productivity with our custom-engineered Furnace Charging Vehicles. Minimize heat loss, reduce furnace damage, and streamline aluminum charging processes. Precision Furnace Charging Vehicles for Efficient & Protected Melting Operations Tired of excessive heat loss and costly furnace maintenance during charging? Our advanced Furnace Charging Vehicles (FCVs),

Molten Aluminium Refining and Degassing Equipment Advanced equipment designed for efficient refining and degassing of molten aluminium to ensure superior metal quality and purity. Stationary rotary degassing and fluxing unit Mobile rotary degassing and fluxing unit Suspending rotary degassing and fluxing unit

Rod Feeding Machine Two-disc rod feeding system with adjustable speed control Compatible with wire diameters from 9mm to 12mm Integrated empty rod alarm system Automatic dual-speed feeding capability Continuous Operation Guarantee: When one rod breaks, the system automatically switches to the backup rod, ensuring uninterrupted production flow and maximum operational efficiency.

Inline Filtration Box Systems CFB Filter Plate Filtration Box Single or double filter plate configuration offering economic filtration solutions for aluminum processing. Key Features: Cost-effective filter plate technology Single or double plate configurations Economic operation and maintenance TFB Tubular Filtration Box Advanced tubular filtration system designed to meet diverse process requirements with superior performance. Performance Advantages: High filtration area for

Inline Degassing Machine Model Type: BDU Box Type Rotor Configuration: 1, 2, or 3 Rotors Degassing Efficiency: More than 60% The sealed box design prevents oxidation and slag formation in molten aluminum while eliminating secondary pollution. Advanced sealing technology ensures optimal performance and purity. Key Features Double-layer double-ring aluminum silicate fiber sealing rope for superior insulation Static and dynamic seals on rotating shafts prevent external

Rotary Flux Injector Aluminium Refining Superior Performance Over Tube-Type Systems Our rotary flux injector delivers enhanced refining efficiency with significant energy savings, improved safety, and eco-friendly operation. Advanced Bubble Technology Bubble rising speed: 5-10 times faster than conventional systems Bubble quantity: 10-20 times greater for superior gas distribution 20% Faster refining speed 20% Reduction in flux consumption $4.20 Savings per ton in gas costs

Graphite Rotor Shaft Application in the Aluminum Industry The graphite rotor shaft is a core consumable component in aluminum melt purification equipment (such as in-line degassing boxes and degassing units). Its primary function is to efficiently break up and disperse inert gas (such as argon or nitrogen) into a large number of uniform, fine micro-bubbles. Core Functions & Working Principle A graphite rotor shaft typically consists of a long shaft and a rotor head at the

DBF Deep Bed Filtration Tank Designed for mass production of uniform alloy products, the DBF Deep Bed Filtration Tank is ideal for applications including can stock, foil stock, PS plates, aviation aluminum alloys, high-purity aluminum capacitor foil, and double-zero foil. With a flow rate range of 5-100 tonnes per hour, custom designs are available to match specific production requirements. Standard Models Common configurations include 75-tonne, 55-tonne, 35-tonne, 25-tonne,

Aluminum Liquid Transfer Bag Selection Guide In die-casting and foundry operations, molten aluminum transfer bags are essential equipment for moving aluminum from centralized melting furnaces to holding furnaces near production machines. This guide helps you select the optimal transfer bag configuration for your specific operational requirements. Types and Uses of Transfer Bags Transfer bags are categorized by transportation method and sealing properties: By Transportation

Effective Aluminum Melt Degassing: Processes and Equipment Selection Guide In aluminum casting and extrusion processes, dissolved hydrogen in the melt leads to porosity, severely compromising product performance. Therefore, degassing must be performed before pouring. Degassing not only reduces hydrogen content but also removes inclusions and increases metal density, significantly enhancing the mechanical properties and surface quality of castings.

Ultimate Weapon for Furnace-in Aluminium Refining: Rotary Flux Injector The "Rotary Flux Injector" is hailed as the "ultimate weapon" - an apt description in the industry, as it represents one of the highest levels of aluminum melt purification technology today. Core Advantages: Why It's the Ultimate Weapon Traditional refining methods suffer from low efficiency, inconsistent results, high labor intensity, and environmental unfriendliness. The rotary refiner has completely

Aluminium Refine Flux What is Aluminium Refine Flux? Aluminium refine flux is a solid, powdery, or granular chemical compound (or mixture of compounds) used during the melting and holding of aluminium and its alloys. Its primary purpose is to remove dissolved hydrogen gas and non-metallic inclusions (like oxides, carbides, and nitrides) from the molten metal. Think of it as a "detergent" or "purifier" for molten aluminium. Why is it Needed? (The Problems in Molten Aluminium)

Tea-Pot Type Transfer Ladle for Molten Aluminum The tea-pot type aluminum transfer ladle is designed for safe, long-distance transportation of molten aluminum to foundries and casting facilities, with transfer distances up to 200km. Key Features Superior Thermal Insulation: Adiabatic nanofiber insulation layer minimizes temperature drop (≤12°C/h) with low surface temperature rise on the outer shell Lightweight Construction: Nano lightweight materials reduce overall weight and

Ceramic Foam Filter A Molten Aluminium Filtration Box is a refractory-lined chamber integrated into the molten metal flow path (typically between the furnace and the casting unit). Its core component is a Ceramic Foam Filter (CFF), a porous ceramic plate designed to physically trap non-metallic inclusions (impurities) as molten aluminium is poured through it. This system is a critical and standard piece of technology in modern aluminium foundries and casthouses for producing

Filtration Box Thermocouple Protection Tube The Filtration Box Thermocouple Protection Tube provides durable shielding for thermocouples in industrial filtration applications.

Thermocouple The primary function of a thermocouple is to measure temperature by generating a small electrical voltage (known as the Seebeck voltage or thermoelectric EMF) that is directly proportional to the temperature difference between its two ends. This voltage is measured and converted into a temperature reading by a connected instrument. How It Works A thermocouple consists of two wires made of dissimilar metals joined together at one end (measuring junction or hot