Ceramic Membrane Filter Plate SiC Material Corrosion Resistant Fine Particle Separation

Production Description:

Ceramic filter plates are engineered to deliver high-efficiency filtration with remarkable precision and durability. Their microporous membrane surface allows fine particle retention down to micron-level accuracy while maintaining high filtration flux. The composite structure provides both rigidity and flexibility, enabling it to withstand vibration and mechanical stress during operation. With excellent resistance to chemical corrosion and high temperatures, these plates perform reliably in aggressive environments. The ability to regenerate through backwashing or chemical cleaning further extends their lifespan, ensuring cost-effective operation for industries such as mining, metallurgy, and wastewater treatment.

The ceramic filter plate ensures efficient solid-liquid separation through its advanced microporous design. The uniform pore distribution allows for accurate filtration and high throughput. Its resistance to chemical corrosion and mechanical wear enhances its durability. The plate’s stable performance ensures reliable operation. Its long service life reduces maintenance costs.

Ceramic filter plates combine high precision, durability, and efficiency to deliver reliable filtration solutions. The microporous structure ensures effective separation of solids and liquids. Its resistance to wear and corrosion allows for long-term operation. The plate maintains consistent performance under varying conditions. Its extended service life and low maintenance requirements make it an ideal choice for industrial filtration applications.

Ceramic vacuum filter plates are core components used in ceramic disc vacuum filters for solid-liquid separation and mineral concentrate dewatering. Designed with microporous ceramic technology, these filter plates provide excellent filtration efficiency, low moisture cake discharge, and long service life in harsh mining and industrial environments. They are widely used in iron ore, gold, copper, zinc, lead, coal, tailings treatment, chemical processing, and wastewater filtration systems. Vacuum ceramic filters are commonly applied in ore beneficiation plants because they offer low energy consumption, high filtrate clarity, and reduced operational costs. 

The ceramic vacuum filter plate is manufactured from high-purity alumina ceramic materials with uniform microporous structures. Through capillary action and vacuum pressure, the ceramic plates efficiently separate liquid from slurry while minimizing air consumption. Compared with traditional filter cloth systems, ceramic filter plates provide higher filtration precision, lower moisture content, faster dewatering speed, and longer operational life.

The microporous ceramic structure allows only liquid and air to pass through while retaining ultra-fine particles on the surface, ensuring excellent filtrate clarity and stable cake formation. The plates feature strong corrosion resistance, abrasion resistance, and high mechanical strength, making them ideal for continuous heavy-duty mining operations. 

• Iron ore concentrate dewatering
• Gold concentrate filtration
• Copper concentrate separation
• Zinc and lead ore processing
• Coal washing plants
• Tailings dewatering systems
• Rare earth mineral processing

• Chemical slurry filtration
• Catalyst recovery
• Fine chemical separation

• Industrial wastewater treatment
• Sludge dewatering
• Recycling filtration systems

• Concentrate drying systems
• Smelting feed preparation
• Fine particle recovery

The ceramic vacuum filter plate can significantly reduce final cake moisture, improving downstream handling and transportation efficiency.

Microporous ceramic filtration reduces vacuum pump load and air consumption, lowering overall power usage compared with traditional vacuum filters. 

Uniform micropores effectively retain ultra-fine particles while maintaining high filtrate clarity.

High-density alumina ceramic material provides outstanding abrasion resistance for long-term mining applications.

Suitable for acidic, alkaline, and corrosive slurry environments.

Compared with filter cloth systems, ceramic plates offer longer operational cycles and reduced maintenance frequency.

The ceramic structure supports acid cleaning, ultrasonic cleaning, and backwashing regeneration systems.

Suitable for 24-hour automatic dewatering systems in large-scale beneficiation plants.

The ceramic filter plates rotate partially submerged in slurry tanks. Under vacuum pressure, capillary action inside the ceramic micropores draws liquid through the plate while solids remain on the surface to form a filter cake. After cake formation and dewatering, the dried material is discharged by scraper systems, and the plates are cleaned automatically for continuous operation. 

Q=frac{V}{Atimes t}

Where:

• (Q) = Filtration rate
• (V) = Filtrate volume
• (A) = Filtration area
• (t) = Filtration time

• One-piece ceramic construction
• High mechanical strength
• Long wear life

• Multi-layer porous structure
• Higher filtration precision
• Better moisture reduction performance

• Microporous ceramic filtration technology
• High vacuum efficiency
• Low energy consumption
• High throughput capacity
• Stable cake formation
• Low maintenance requirements
• Excellent filtrate clarity
• Continuous automatic operation
• Strong chemical stability
• Long replacement cycle

• Ceramic disc vacuum filters
• Rotary vacuum filters
• Mineral concentrate dewatering systems
• Tailings filtration equipment
• Beneficiation plant filtration units

• Wooden case export packing
• Anti-collision protection
• Moisture-proof packaging

• Standard size: 7–15 working days
• Customized size: 15–25 working days

• Sea freight
• Air freight
• Railway transportation

Please provide:

• Filter model
• Plate dimensions
• Slurry type
• Particle size
• Capacity requirement
• Operating conditions

Yes. OEM and customized sizes are available according to customer drawings or technical requirements.

Our products are widely used in mining, metallurgy, coal washing, chemical processing, and wastewater treatment industries.

Service life depends on slurry abrasiveness and operating conditions, but ceramic plates generally last much longer than traditional filter cloth systems.

Yes. We provide installation guidance, technical consultation, and after-sales support.

• Professional mining filtration manufacturer
• OEM & customized production
• Strict quality inspection
• Stable supply capability
• Rich export experience
• Competitive factory pricing
• Fast delivery service
• Technical support for beneficiation plants

Annie Lu

Huatao Group

Email: annie.lu@huataogroup.com

WhatsApp: 0086 18032422676

Tag:

#CeramicFilterPlate #VacuumCeramicFilter #CeramicDiscFilter #MiningDewatering #FilterPlate #OreBeneficiation #MiningEquipment #SolidLiquidSeparation #TailingsDewatering #CeramicVacuumFilter