Lithium battery industry tungsten carbide
Product Details
MarketGrowth:
Rapid Market Growth
Cost:
Cost-effective Production
CycleLife:
Long Cycle Life
TemperatureRange:
Wide Operating Temperature Range
Recyclability:
High Recyclability And Sustainability
EnvironmentalImpact:
Low Environmental Impact
Product Description
Product Introduction
Lithium Battery Industry Tungsten Carbide Components are precision-engineered wear parts designed specifically for the demanding slurry mixing and coating processes in lithium-ion battery manufacturing. These components include mixing barrels, agitator blades, dispersing disks, shaft sleeves, and gate agitators, all manufactured from high-grade stainless steel and reinforced with a precision-applied Tungsten Carbide Coating on all wetted and wear-prone surfaces. The Tungsten Carbide Coating forms an ultra-hard, metallurgically bonded layer that resists the extreme abrasion caused by graphite, lithium iron phosphate, ternary cathode materials, and conductive additives, ensuring long service life and preventing metal contamination of battery slurries for manufacturers worldwide.
Applications
These components are widely used across the global lithium battery industry in processes including cathode slurry mixing, anode slurry mixing, conductive paste preparation, binder solution mixing, electrode coating, and slurry transfer. They are installed in planetary mixers, high-speed dispersers, dual-shaft mixers, bead mills, coating machines, and slurry delivery systems for electric vehicle batteries, consumer electronics batteries, energy storage systems, and power tool batteries.
Specifications
| Parameter | Details |
|---|---|
| Component Type | Mixing barrel, agitator blade, dispersing disk, shaft sleeve, gate agitator |
| Base Material | SS304 or SS316L stainless steel |
| Wear Surface | Tungsten Carbide Coating |
| Coating Thickness | 0.05mm to 0.3mm |
| Surface Hardness | 1100 HV to 1500 HV |
| Surface Roughness | Ra 0.2 to Ra 0.8 |
| Equipment Capacity | 50L to 2000L |
| Mixing Speed | 0 to 1500 RPM |
| Temperature Range | -20C to 200C |
| Application | Cathode and anode slurry mixing |
| Certification | CE, ISO 9001 |
Advantages
Lithium Battery Industry components with Tungsten Carbide Coating deliver critical advantages for battery manufacturers around the world. First, the Tungsten Carbide Coating provides outstanding abrasion resistance, lasting up to five times longer than standard stainless steel components when processing highly abrasive graphite, silicon carbon, lithium iron phosphate, and ternary cathode materials, significantly reducing replacement frequency and production downtime. Second, the dense, non-porous carbide surface prevents metal particle shedding and contamination of battery slurries, protecting electrode coating quality and ensuring consistent battery performance, cycle life, and safety. Third, the ultra-smooth carbide finish reduces material adhesion and buildup on barrel walls and agitator surfaces, enabling faster cleaning between batches and minimizing cross-contamination between cathode and anode production lines. Fourth, the corrosion-resistant carbide layer protects components from NMP solvent, aqueous CMC solutions, and aggressive chemical additives used in slurry preparation, expanding material compatibility and reducing maintenance costs. Fifth, the components are available for all major mixer brands and can be custom-engineered with specific dimensions, blade profiles, and coating zones to match existing production lines without equipment modification. Finally, by extending component service life, reducing contamination risks, improving slurry consistency, and lowering total cost of ownership, Lithium Battery Industry Tungsten Carbide Components with Tungsten Carbide Coating deliver a strong return on investment for battery manufacturers in every major global market.
FAQ
Q1: What components are covered for the lithium battery industry?
A: Components include mixing barrels, agitator blades, dispersing disks, shaft sleeves, and gate agitators used in cathode and anode slurry mixing and coating processes.
A: Components include mixing barrels, agitator blades, dispersing disks, shaft sleeves, and gate agitators used in cathode and anode slurry mixing and coating processes.
Q2: Why is Tungsten Carbide Coating essential for battery slurry mixing?
A: The coating provides superior abrasion resistance against graphite, lithium iron phosphate, and ternary cathode materials, lasting up to five times longer and preventing metal contamination that would degrade battery performance and safety.
A: The coating provides superior abrasion resistance against graphite, lithium iron phosphate, and ternary cathode materials, lasting up to five times longer and preventing metal contamination that would degrade battery performance and safety.
Q3: Does the coating affect slurry purity and cleaning?
A: No, the dense non-porous carbide surface prevents particle shedding and reduces material adhesion, enabling faster cleaning between batches and minimizing cross-contamination between cathode and anode lines.
A: No, the dense non-porous carbide surface prevents particle shedding and reduces material adhesion, enabling faster cleaning between batches and minimizing cross-contamination between cathode and anode lines.
Q4: Can these components fit existing mixer brands and be customized?
A: Yes, components are available for all major mixer brands with capacities from 50L to 2000L, and can be custom-engineered with specific dimensions, blade profiles, and coating zones without equipment modification.
A: Yes, components are available for all major mixer brands with capacities from 50L to 2000L, and can be custom-engineered with specific dimensions, blade profiles, and coating zones without equipment modification.
Product Summary
Product Introduction Lithium Battery Industry Tungsten Carbide Components are precision-engineered wear parts designed specifically for the demanding slurry mixing and coating processes in lithium-ion battery manufacturing. These components include mixing barrels, agitator blades, dispersing disks, ...
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