Decanter Centrifuge

gh-Capacity Palm Oil Centrifuge: 20 m³/h & Planetary Gear Differential The involute planetary gear system maintains stable torque transmission under variable loads (e.g., palm sludge with 50% solids). SKF bearings support 20,000+ hours of operation, wle adjustable differential speed (5–50 RPM) optimizes solids dryness to ≤70% moisture—critical for efficient dewatering and reduced disposal costs. Direct-drive motors reduce power consumption by 25% versus hydraulic

Large-Scale Palm Oil Processing: 5050×1285×1550mm Footprint The involute planetary gear system maintains stable torque transmission under variable loads (e.g., palm sludge with 50% solids). SKF bearings support 20,000+ hours of operation, wle adjustable differential speed (5–50 RPM) optimizes solids dryness to ≤70% moisture—critical for efficient dewatering.Duplex stainless steel (AISI 316L) drum resists H₂S corrosion in palm oil effluent. Tungsten carbide tiles protect

​​Patented 3-Phase Centrifuge LWY350: ≤1% Oil Loss & CIP Auto-Cleaning The LWY350 decanter centrifuge aceves industry-leading palm oil extraction with its patented three-phase separation structure. Operating at 4,000 RPM (3,136 G-force), it separates crude palm oil into oil, water, and solids phases with ≤1% oil loss and ≤30% water impurity—maximizing yield wle reducing waste. The 3–5 m³/h throughput suits small to medium palm mills processing 20–50 tons of FFB daily.

gh-Efficiency Palm Oil Centrifuge: 3500 G-Force & Low Operating Costs​ ​ The ZK LWY250 3-phase decanter centrifuge aceves precision separation of palm oil, water, and solids via a unique drum structure (5000 RPM, 3500 G-force). Its patented three-phase separation mechanism recovers >99% oil wle reducing water impurities to 1 m³/h of crude palm oil with minimal operator intervention. Ideal for continuous FFB-to-CPO conversion. Integrated fully automatic Cleaning-In-Place

Compact Fly Ash Centrifuge: 4900×1705×1250mm for Space-Limited Sites ZK SEPARATION’s decanter centrifuge transforms waste incineration fly ash, cement kiln residues, and industrial byproducts into reusable resources. Operating at 2,600 RPM and 2,352 G-force, the LW580 model processes 30-35m³/h with non-adhesive separation, ensuring clog-free efficiency. Its fully enclosed design prevents toxic dust leakage, wle automated PLC controls reduce manual intervention. Real-time

Hygienic ZK Ethanol Decanter Centrifuge - Customizable for Alcohol Production The ethanol decanter centrifuge is an important piece of equipment in the alcohol production industry, capable of enhancing the economic value of DDGS whole distillers' grains. The design of the ZK ethanol decanter centrifuge complies with hygienic standards, and the entire macne is constructed from gh-performance and wear-resistant materials to ensure equipment durability and long-term

ZK Separation Decanter Centrifuge: Chemical/Pharma Slurry Processing | Custom Models​ The ZK LWY250 decanter centrifuge processes fermentation broth at 5000rpm, generating 3500G force to efficiently separate solids from viscous liquids. Its horizontal spiral design enables continuous feeding and discharging, handling >1m³/hour of chemical, pharmaceutical, or food slurries. The compact footprint (2600×800×1200mm) suits space-limited production lines wle maintaining

Automated Decanter Centrifuge | CIP Cleaning, 2800rpm Speed, Drilling Waste Dewatering Tailor the LWY650 to unique well conditions: Options include ​​hardened ceramic liners​​ for gh-silica formations, ​​nitrogen-inertized seals​​ for sour fields, or ​​gh-torque gears​​ for arctic-grade viscous slurries. ​​BD board technology​​ reduces cake moisture by 10% in polymer-flocculated wastes. ZK engineers optimize ​​differential speed (2-31rpm adjustable)​​ and ​​weir baffle

gh-G Decanter Centrifuge >1m³/h Capacity, No Dead Angle The ZK LWY250 Decanter Centrifuge delivers gh-G solid-liquid separation for oil drilling operations. Operating at ​ ​5000rpm and 3500G force​ ​, it processes >1m³/h of drilling slurry, efficiently separating abrasive solids from liquids. Equipped with a ​ ​CIP automatic cleaning system​ ​, it eliminates cross-contamination between batches. The ​ ​hygienically polished surfaces (≤0.8μm unevenness)​ ​ prevent material

gh-G Decanter Centrifuge | ZK Three Phase Model | >3m³/h Capacity, No Dead Angle Engineered for oil drilling durability, the LWY250 features ​ ​wear-resistant components​ ​ (carbide-reinforced conveyors) that withstand abrasive barite and cuttings. The ​ ​hermetic sealing system​ ​ (liquid-retaining ring + PTFE seals) prevents leakage during gh-pressure operations. ​ ​CIP multi-stage cleaning​ ​ ("gh→low→gh" speed cycles) removes sticky oil-based mud residues without

​ZK Horizontal Decanter Centrifuge: 100 m³/h Capacity, 2033G Force for Drilling Mud Smart Drilling Centrifuge: 24/7 Automation, 110-160kW Power, Compact ​ Industrial-Grade Reliability​ ​ Engineered for ​​24/7 continuous operation​ ​ with ​​>99% uptime​ ​, ts centrifuge stabilizes under peak drilling mud loads. The ​​20000Nm differential torque system​ ​ and dual motors (​​110–160kW main + 30kW back​ ​) support gh-volume processing (50–80 m³/h at 2–4% solids). Compact

gh Torque ZK Two Phase Diameter Length Decanter 450 mm Centrifuge: 40 m³/h Capacity, 2580 G-Force for Industrial Wastewater The ZK LW450×1485E decanter centrifuge aceves 99.5% TSS removal, ensuring effluent clarity and regulatory compliance. With a 2580 G-force separation factor (3200 RPM), it handles fluctuating sludge loads (0.8–5% solids) and capacities up to 40 m³/h. Key components use duplex stainless steel (SS316L/SS2205) for exceptional corrosion/abrasion

ZK LW350×1435E Decanter Centrifuge Energy-Efficient Wastewater Treatment Smart Automation for Wastewater Plants​​ ZK’s LW350×1435E decanter centrifuge aceves 99.5% TSS removal efficiency, exceeding global discharge standards (e.g., EPA Tier 4). With a 2435 G-force separation factor (3500 RPM), it rapidly dewaters sludge across concentrations (0.8–5% solids). Duplex stainless steel (SS316L/SS2205) components resist abrasion, chlorides (50,000 ppm), and extreme pH (1–12).