Long Service Life
Up to 13-14 months of continuous operation per plate set. Our whole-body sintering process creates a dense, wear-resistant alumina structure that dramatically outlasts conventional ceramic media.
Ceramic Filtration Specialist · Since 2015
Precision-engineered alumina ceramic filter plates and critical spare parts -- delivering 13-14 months service life, low moisture filter cake, and superior backwash performance. OEM-grade quality. Global supply.
Proven Performance
Every ceramic filter plate we manufacture is engineered to deliver measurable performance improvements at your mine site.
Up to 13-14 months of continuous operation per plate set. Our whole-body sintering process creates a dense, wear-resistant alumina structure that dramatically outlasts conventional ceramic media.
Controlled micropore structure (1-3 µm) and high capillary suction deliver consistently low moisture content in the filter cake -- reducing downstream drying energy and improving concentrate quality.
Optimised open porosity ensures high filtration throughput per cycle. The robust micropore geometry withstands repeated acid and water backwash cycles without structural degradation -- maintaining peak flux throughout service life.
CNC-assisted forming and post-sinter precision grinding achieve ±0.3 mm flatness tolerance. Perfectly flat seating surfaces ensure even vacuum distribution, prevent slurry bypass, and guarantee leak-free installation on every disc.
Why It Matters at the Mine Site
Fewer annual plate replacements
Lower concentrate moisture content
Higher throughput per filter cycle
Leaks from poor installation fit
Engineering Excellence
Three core pillars that make us the preferred supplier for mining operations worldwide.
1:1 OEM-matched dimensions -- every plate is reverse-engineered to exact factory tolerances. No equipment modification required. Direct bolt-on installation across all series and machine models.
Uniform microporous structure manufactured via whole-body sintering. Exceptional resistance to mineral slurry corrosion and abrasion -- dramatically reducing equipment downtime and replacement frequency.
In-house sintering production lines enable rapid custom tooling and stable bulk output. From drawing to delivery -- backed by a global mining logistics network serving customers across 6 continents.
Engineering Fit Standards
Engineered for seamless integration with all major disc filter systems worldwide. Find your exact specifications or request custom drawing-based production.
Plates manufactured across the full range of industry-standard disc diameters -- from compact mineral processing units to large-capacity dewatering systems.
Precision replacement sectors manufactured for mid-size continuous vacuum disc filters (12 m² to 90 m² system area). Standardized dimensions guarantee 100% mechanical and hydraulic alignment.
When standard plates don’t match, our engineers develop new plate geometry from technical drawings, worn samples or reverse-engineered measurements -- any machine, any configuration.
Complete Spare Parts Supply
Beyond filter plates -- we supply the full range of wear parts for your machine.
Proven Across Minerals
From iron ore concentrate dewatering to lithium tailings treatment -- our ceramic filter plates perform across the full spectrum of mineral processing.
Concentrate & tailings dewatering
Slurry dewatering & water recovery
Cyanide tailings filtration
Spodumene & brine processing
Laterite & sulfide ore dewatering
Multi-mineral concentrate filtration
Fertilizer mineral processing
Fine coal slurry dewatering
Don't see your mineral? We cover them all.
Send us your machine model and slurry type -- we'll recommend the right ceramic plate specification.
Manufacturing Trust
Our integrated production facility and rigorous quality control ensure every ceramic filter plate meets OEM-grade standards -- backed by 10+ years of dedicated ceramic filtration expertise.
Years Specialised in Ceramic Filter Plate R&D & Manufacturing
Continents -- Customers in Major Mining Nations Worldwide
Grade Precision -- Matching Original Equipment Manufacturer Specifications
Custom Capability -- Drawing to Delivery for Any Machine Configuration
Manufacturing Process
Integral forming → Whole-body sintering → Advanced water-casting
Fully controlled high-temperature sintering ensures consistent pore structure and mechanical strength in every batch -- the foundation of our 13-14 month service life guarantee.
CNC-assisted forming and post-sinter grinding to ±0.3 mm flatness tolerance -- guaranteed fit and zero vacuum bypass for all machine models.
Every plate batch undergoes porosity, permeability, flexural strength and dimensional verification before shipment.
Production management and documentation aligned with international quality management standards.
End-to-End Partnership
We don't just supply plates -- we partner with your operation from initial specification through ongoing maintenance to maximize filtration uptime.
Our engineers analyse your machine model, slurry type and dewatering targets to recommend the exact plate grade, pore size and configuration.
Send drawings, samples or machine specs. We reverse-engineer and develop custom ceramic filter plates for any vacuum disc filter system.
Stable production capacity ensures reliable bulk orders. We help mining operations plan scheduled replacement cycles and maintain spare inventory.
Export-ready packaging and established freight partnerships ensure safe, on-time delivery to mine sites across all continents.
Remote technical guidance and on-site support available for plate changeover, machine commissioning and performance optimization.
We track field performance data and provide ongoing technical advice to extend plate service life and improve overall filtration efficiency.
Start Your Project
Send us your machine model, drawing or sample. Our engineers will recommend the exact ceramic filter plate and spare-part package for your process -- with a competitive quote.
Proven service life per plate set
Low moisture content filter cake
Strong backwash & high throughput
High installation flatness tolerance
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