High-efficiency vanadium titanium rotary kiln for ore reduction
Energy-saving design, long refractory service life and custom solutions available
A Vanadium Titanium kiln is an industrial furnace system used for smelting and comprehensively utilizing vanadium-titanium magnetite ores. It is commonly applied in metallurgy and chemical industries to extract valuable metals, particularly vanadium (V) and titanium (Ti).Depending on the process and energy source, vanadium-titanium kilns can be classified into:Rotary Kiln,Blast Furnace,Electric Arc Furnace.The vanadium-titanium kiln primarily referring to rotary kilns used for comprehensive utilization of vanadium-titanium magnetite.
Our Shandong Luming New Materials Technology Co., LTD supply Patented kiln lining boosts life, cuts temp 30%, saves energy 10%+.(Patent No.:201010130626.6)
What Vanadium titanium kiln Actually Solves?
This kiln is used in projects where vanadium-titanium magnetite needs to be reduced before separation.
In practical applications, customers use it to:
Recover iron for smelting
Extract vanadium for alloy production
Prepare titanium-bearing materials for further processing
It is typically installed in metallurgical plants and resource recycling lines, not standalone systems.
How the Process Works of the vanadium-titanium kiln?
The working principle of the vanadium-titanium kiln is based on high-temperature roasting and chemical reduction reactions:
1.Material Preparation: Vanadium-titanium magnetite is crushed, ground, and mixed with reducing agents and additives to achieve the desired particle size and composition.
2.Roasting and Reduction: The mixed material enters the rotating kiln body through the feed device, where it undergoes physical and chemical reactions at high temperatures:
3.Oxidative Roasting: Some iron oxides are oxidized to Fe₂O₃, releasing vanadium.
4.Reduction Reaction: Under the action of reducing agents, vanadium oxides are reduced to lower-valence compounds for easier extraction.
5.Titanium Separation: Titanium exists in forms like ilmenite or rutile and is partially separated from impurities at high temperatures.
6.Material Flow: The rotation of the kiln body causes the material to move slowly along the axis, completing the preheating, roasting, and cooling stages.
7.Product Collection: The roasted material (containing vanadium slag, titanium slag, and iron) is discharged from the outlet and sent to subsequent separation and purification processes.
Our Proprietary Core Technology for vanadium titanium rotary kiln
Our Shandong Luming New Materials Technology Co., LTD has specialized in refractory materials for various types of rotary kilns for over twenty years. To address the drawbacks of traditional masonry techniques, we developed an innovative "brick-and-mortar hybrid masonry process" (Patent No.: 201010130626.6).
This construction technology has been officially included in China's national《Furnace Construction Manual》.
This masonry process innovatively combines the advantages of refractory brick laying and castable monolithic pouring, while effectively overcoming the limitations of both conventional methods.
Standardized refractory material design schemes have also been developed for different types of kilns.With field applications in over 100 rotary kilns and continuous iterative upgrades, this solution reliably meets diverse customer requirements.
The first-generation technology prioritized operational safety and efficiency, delivering secure and long-lasting rotary kiln refractories that significantly reduced maintenance frequency while maximizing equipment uptime.
The second-generation system integrates low-thermal-conductivity materials to achieve 30% reduction in kiln shell temperature and over 10% energy savings while maintaining the safety and longevity advantages. This breakthrough directly supports clients' energy conservation, emission reduction, and green production initiatives.
The current third-generation masonry technology and products utilize nanomaterials, achieving safety, longevity, energy efficiency, and environmental sustainability while further reducing the thickness of refractory materials, offering significant advantages in lightweight design.
How we do for vanadium titanium rotary kiln?
Our Lining Installation Process----1.Marking
Marking equally spaced lines according to the calculated number of precast brick rows
Our Lining Installation Process----2.Installing Bricks According to the Marked Lines
Precast refractory bricks are arranged axially (front-to-back) along the rotary kiln, and fixed to the kiln shell by welding anchor hooks.
Our Lining Installation Process-----3.Completion of Precast Refractory Brick Installation
Image of Completed Welding of All Precast Refractory Bricks in Rotary Kiln
Our Lining Installation Process----4. Welding Anchor Hooks Between Precast Refractory Bricks
Welding anchor hooks between precast refractory bricks to provide fixed support for the castable material poured between them.
Our Lining Installation Process-----5.Laying Insulation Materials
After welding the anchor hooks between the precast refractory bricks, lay the insulation materials
Our Lining Installation Process------ 6. Casting Castable Refractory Between Precast Bricks
After the insulation materials have been fully laid, proceed with casting castable refractory in the casting zones.
Photos During Masonry and After Full Completion
What we do for the Titanium processing rotary kiln?
Refractory Material Design, Supply, Construction and Kiln Drying Guidance for Vanadium titanomagnetite kiln
production.
Most customers don't just need a kiln - they need a workable solution.
We support:
Kiln sizing based on ore composition
Refractory configuration (critical for lifespan)
Installation guidance
Operation suggestions
We can also help optimize existing kilns.
Refractory products Manufacture
Hundreds and Thousands of refractpry castable ,Precast blocks,refractory bricks and insualtion materails to be design and production accroding to the V-Ti ore reduction kiln condition.
Our Product Portfolio--Rotary Kiln and Auxiliary Equipment:
Rotary Kiln for Ferroalloy and Non-Ferrous Metallurgy:
Ferrochrome reduction, ferronickel pre-reduction, direct reduction, ferromanganese decomposition, ferrovanadium reduction:
|
Item |
LM-GMC75 |
LM-GMA90 |
LM-M70 |
LM-M65 |
LM-D50 |
|
|
AL2O3 % ≥ |
72 |
68 |
68 |
60 |
50 |
|
|
Cr2O3/MgO % ≥ |
3/ |
/20 |
/ |
/ |
/ |
|
|
Bulk Density(g/m3)±0.1 |
2.75 |
3.0 |
2.70 |
2.55 |
2.35 |
|
|
Compressive Strength(MPa)≥ |
110℃X24h |
40 |
50 |
50 |
60 |
40 |
|
1100℃X3h/ 1300℃X3h |
80/100 |
70/120 |
70/100 |
90/100 |
60/ |
|
|
1500℃X3h |
120 |
120 |
/ |
/ |
/ |
|
|
Modulus of Rupture(MPa)≥ |
110℃X24h |
6 |
8 |
8 |
6 |
6 |
|
1100℃X3h |
10 |
10 |
12 |
10 |
8 |
|
|
1500℃X3h |
14 |
14 |
14 |
/ |
/ |
|
|
linear change rate, 1300℃x3h,% ± |
0.3 |
0.5 |
0.5 |
0.5 |
0.5 |
|
|
Continuous Service Temperature ℃ |
1500 |
1600 |
1450 |
1400 |
1350 |
|
|
Service Environment |
Ferrochrome Reduction Kiln;Sponge Iron Rotary Kiln |
Ferronickel Direct Reduction Rotary Kiln |
High- Temperature Zone of Ferronickel Pre-reduction Rotary Kiln; Ferromanganese Decomposition Kiln |
Ferromanganese Decomposition Kiln; Low-Temperature Zone of Ferronickel Pre-Reduction Kiln |
Vanadium Pentoxide Rotary Kiln |
|
New Energy and Chemical Rotary Kiln:
Lithium Salt and Strontium Salt Rotary Kiln;Barium Sulfide and Barium Oxide Rotary Kiln; Titanium Dioxide Rotary Kiln:
|
Item |
LM-GM75 |
LM-M70 |
LM-M65 |
LM-D60 |
LM-D45 |
|
|
AL2O3 ,% ≥ |
75 |
68 |
65 |
60 |
45 |
|
|
Bulk Density (g/m3)±0.1 |
2.75 |
2.70 |
2.55 |
2.50 |
2.35 |
|
|
Compressive Strength(MPa)≥ |
110℃X24h |
70 |
70 |
60 |
50 |
40 |
|
1100℃X3h |
80 |
70 |
80 |
70 |
60 |
|
|
1350℃X3h |
120 |
100 |
100 |
/ |
/ |
|
|
Modulus of Rupture(MPa)≥ |
110℃X24h |
8 |
8 |
6 |
6 |
6 |
|
1100℃X3h |
10 |
12 |
10 |
8 |
8 |
|
|
1350℃X3h |
14 |
14 |
12 |
/ |
/ |
|
|
Linear change rate, 1350℃x3h, % , ± |
0.5 |
0.5 |
0.5 |
0.5 |
0.5 |
|
|
Service Environment |
Lithium Hydroxide, Lithium Carbonate, Lithium Chloride and Other Lithium Salts Rotary Kiln |
Rotary Kiln for Strontium Carbonate, Strontium Hydroxide, Barium Sulfide, etc |
Low-Temperature Section of Rotary Kiln for Lithium Salts, Strontium Salts, Barium Salts, etc |
Rotary kiln kiln hoods, smoke chambers, and other components for various acid, alkali, and salt production |
Areas with temperatures below 1100℃ exhibiting excellent acid and alkali resistance |
|
Usage Results of our Vanadium Titanium rotary kiln :
Compared to Traditional Small Brick Masonry Process:
1.Cylinder temperature reduced by more than 30%
2.Fuel cost savings exceeding 10%
3.Completely eliminates brick dropping issues
4.Total refractory weight of the kiln body reduced by 10%, resulting in electricity savings of 10%
5.After 6 months of operation, the refractory cost is effectively equivalent to free usage
Alternative Solution ---All-Precast Refractory Brick Solution for Winter Construction in Extremely Cold Areas:
1.No casting zones required; castable refractory is unnecessary
2.Formed precast bricks are assembled by splicing and welded installation
3.Excellent thermal insulation performance
4.Secure and reliable fixation with no risk of brick loosening or dropping
Front-to-back welded assembly enables rapid splicing and high construction efficiency
Our Main Applications:
1.Metallurgical & Nonferrous Industry:Standard Pelletizing Rotary Kiln,Ferronickel Rotary Kiln,Ferromanganese rotary kiln,Vanadium-Titanium Rotary Kiln, Ferrochrome Rotary Kiln,Alumina Rotary Kiln,Magnesium Metal Rotary Kiln,Zinc Recovery Rotary Kiln,Iron Ore Roasting-Reduction Rotary Kiln,etc.
2.Building industry:Lime Rotary Kiln,Dolomite Calcining Kiln
3.New Energy Industry: Lepidolite Rotary Kiln,Spodumene Conversion Kiln
4.Environmental protection industry: Hazardous Waste Rotary Kiln,Hazardous Waste Rotary Kiln,Sodium Pyrophosphate Thermal Oxidizer,Sodium Pyrophosphate Thermal Oxidizer
5.Coke Oven Door Brick,Coke Dry Quenching Castable Refractory
Applications of Vanadium Titanium kiln:
Vanadium extraction
Titanium processing
Steel industry (V-bearing materials)
Slag recycling
Packaging & Shipping:
Safe, Reliable, Customized Delivery
Professional packaging, safe delivery, peace of mind.
All cement kiln refractory products are packaged to meet buyer requirements, national standards, and industry regulations, ensuring safe transport with minimal risk of damage.
1.Shaped Products:
Stacked on sturdy pallets, wrapped with stretch film, and secured with plastic-steel straps.
2.Unshaped Materials:
Packed in 25–50 kg bags, with bulk bags for added protection.
3.Custom Solutions:
Containers, wooden cases, metal boxes, or moisture-proof marine-grade packaging - tailored to your market and project needs.
Why Choose Us?
Your Trusted Partner for High-Performance Refractory Solutions
In high-temperature industries, the performance of refractory materials directly affects equipment safety, operational efficiency, and maintenance costs.
We are committed to providing reliable, durable, and customized refractory solutions for industrial kiln and furnaces worldwide.
Proven Quality You Can Trust
We strictly follow the ISO 9001 quality management system, ensuring that every product meets international standards.
Full-process quality control from raw materials to delivery
Stable and consistent product performance.Continuous quality improvement system
Result: Reliable refractory performance and reduced operational risks
Engineering-Driven Custom Solutions
We don't just supply products - we provide complete refractory solutions.
Furnace condition analysis
Material selection optimization
Customized precast and lining design
Result: Better performance, longer service life, lower total cost
Extensive Project Experience
With years of experience in refractory applications, we have successfully supported projects in:
Rotary kilns (cement, lime, nickel, hazardous waste)
CFB boilers and power plants
Steel and metallurgical furnaces
Waste incineration systems
Result: Proven solutions for complex and demanding environments
High-Quality Raw Materials
We carefully select raw materials from trusted and certified suppliers.
Strict supplier evaluation system
Stable raw material sourcing
High-purity alumina and premium aggregates
Result: Consistent product quality and long-term durability
Advanced Manufacturing Capability
Our modern production facilities and automated lines ensure precision and stability. Fully automated production processes. Standardized manufacturing procedures
Strict process control checkpoints
Result: Uniform quality across every batch
Comprehensive Testing and Inspection
Every product is tested to ensure it meets customer requirements.
Physical and chemical testing
Batch sampling inspection
Full compliance with technical specifications
Result: Only qualified products are delivered
Fast Response & Reliable After-Sales Service
We provide efficient and professional after-sales support.
Response within 24 hours
Technical analysis and troubleshooting
Long-term service support
Result: Minimized downtime and faster problem resolution
Full Responsibility Guarantee
We stand behind the quality of our products. Replacement or refund for non-conforming products.
Responsibility for losses caused by product defects
Continuous support throughout the product lifecycle
Result: Zero risk cooperation
Focus on Long-Term Value
Our goal is not just to sell products, but to help customers achieve:
Longer furnace service life
Reduced maintenance costs
Improved energy efficiency
Result: Maximum return on investment
Global Service Capability
Our refractory materials are widely used in international markets, serving customers across multiple countries and industries.
Result: Trusted by global industrial clients
Performance Achievements:
Achieved maintenance-free and safe operation;Service life increased by 1.5 times compared to traditional refractory materials;Kiln shell (outer wall) temperature reduced by 50–120oC;Energy consumption decreased by 10–20%.
Call to Action:
Looking for a reliable Vanadium Titanium kiln solution or refractory upgrade?
Contact us today for custom design, technical consultation, and project support.
Tel/WhatsApp:0086-18905335290
Email:luming@lm-kiln.com
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