Mengoptimumkan Pasir & Pengeluaran Kerikil: Menangani Cabaran Operasi Teras

Are you managing inconsistent feed material that disrupts your entire wash plant’s efficiency? Struggling with the high cost and downtime associated with frequent screen panel replacements? Concerned about lost fines reporting to waste, directly impacting your recoverable yield and profitability? Untuk pengurus loji dan kontraktor kejuruteraan, these are not minor inconveniences—they are significant barriers to operational reliability and margin protection. How do you achieve consistent specification product while controlling maintenance costs and maximizing material recovery from every ton processed? The solution lies in the critical separation stage: a highperformance sand classifying tank.

Gambaran Keseluruhan Produk: Precision Hydraulic Classification for Aggregate Processing

A sand classifying tank is a hydraulic classification system designed to separate sand particles by size and density using controlled upward current water flow. It is a core component in sand washing and beneficiation plants, replacing or enhancing less efficient methods like cyclones or screw washers for fine material separation.

Aliran Kerja Operasi:
1. Slurry Inlet: A sandandwater slurry from a wash screen or hydrosizer enters the feed box.
2. Controlled Settling: The slurry flows across a series of chambers or cells. In each cell, precisely controlled upward flow of water creates a hydraulic "teeter" or fluidized bed.
3. SizeBased Separation: Particles finer than the cut point are carried upward by the water current and overflow the weir as product. Heavier, coarser particles settle against the current and are discharged from the bottom of each cell.
4. Product Diversion: Valves on each discharge allow for blending or diverting different sand products (mis., pasir konkrit, pasir batu) to separate stockpiles.
5. Pengurusan Air: Overflow water, carrying silt and clays, is sent to a water treatment circuit for clarification and reuse.

Skop Permohonan & Batasan:
Skop: Ideal for washing and precise sizing of natural sand or crushed fines in the range of approximately 150 mesh (100 mikron) ke 3/16" (4.75mm). Essential for producing multiple inspec sand products from a single feed source.
Batasan: Not a dewatering device; products require further dewatering via cyclones, skrin, or dewatering screens. Requires a consistent supply of process water and is not suitable for dry classification.

Ciri Teras: Engineered for Control, Kecekapan, and Yield

Kami sand classifying tank design is based on decades of field application engineering. Each feature addresses a specific pain point in aggregate processing.

Manifold Water Distribution System | Asas Teknikal: Laminar Flow Hydraulics | Faedah Operasi: Provides uniform, nonturbulent upward current across the entire cell area for precise size separation. | Kesan ROI: Improves product consistency by up to 15%, reducing offspec loadouts and maximizing premium product yield.

WearResistant Polyurethane Cell Liners | Asas Teknikal: Abrasionresistant elastomer chemistry | Faedah Operasi: Outlasts steel liners by 35x in highwear zones, eliminating frequent welding repairs. | Kesan ROI: Reduces liner replacement downtime by over 50% annually and lowers consumable parts inventory costs.

DiaphragmType Divertor Valves | Asas Teknikal: Pneumaticactuated fullport valve design | Faedah Operasi: Provides reliable, nonclogging control of sand discharges even with variable feed density. Operators can change product blends in seconds. | Kesan ROI: Increases plant flexibility to meet changing order demands without process stoppages, optimizing sales opportunities.

Integrated Density & Penderia Tahap | Asas Teknikal: Nonnuclear pressure transducer technology | Faedah Operasi: Delivers realtime data on bed level and density within each cell for process control automation. Your operators can maintain optimal teeter conditions consistently.| Kesan ROI: Automates critical control points, stabilizing performance across shift changes and reducing operator burden.

Modular Cell Design | Asas Teknikal: Bolttogether sectional construction| Faedah Operasi: Simplifies transportation, pemasangan, and future plant modifications. Individual cells can be serviced without dismantling the entire tank.| Kesan ROI: Mengurangkan masa pemasangan sehingga 30% and minimizes future expansion costs through easy addon capability.

Kelebihan Kompetitif: DataDriven Performance

| Metrik Prestasi | Piawaian Industri (Conventional Tank) | Our Sand Classifying Tank Solution | Kelebihan (% Penambahbaikan) |
| : | : | : | : |
| Screen Panel Life on Dewatering Screen | 46 minggu (due to inconsistent feed gradation) | 812 minggu (stable, wellclassified feed) | +100% Life Extension |
| Fines Loss to Settling Pond| 812% of minus 200mesh material | 35% of minus 200mesh material | Hingga 60% Reduction in Loss |
| Time to Adjust Product Blend| Manual valve adjustments; 1520 minit| Automated valve control; <2 minit| ~90% Faster Changeover |
| Annual Liner Maintenance Downtime| 4060 hours for cutting/welding steel| <10 hours for polyurethane inspection/replacement| ~80% Less Downtime |
| Penggunaan Air setiap Tan| Varies significantly with manual control| Optimized & consistent flow via automated controls| Hingga 20% Pengurangan |

Spesifikasi Teknikal

Julat Kapasiti: Model boleh didapati daripada 50 TPH berakhir 500 TPH sand feed capacity.
Keperluan kuasa: System operates on plant air (80100 psi) for valves; optional control panel requires standard 480V/3Ph/60Hz service.
Spesifikasi Bahan: Tank structure fabricated from ASTM A36 carbon steel with abrasionresistant polyurethane liners (AR400 steel optional). Valves feature natural rubber diaphragms with cast iron bodies.
Dimensi Fizikal (Example Model SCT200): Panjang: 24 ft / Lebar: 8 ft / Ketinggian:10 ft / Berat Operasi:12，000 lbs.
Julat Operasi Persekitaran: Designed for outdoor installation; operating fluid temperature range of 35°F (37°C) to +120°F (+49°C).

Senario Aplikasi

Concrete Sand Production from Variable Feed

Cabaran: A Midwest producer's deposit variability caused their existing cyclones to frequently produce outofspec fineness modulus (FM) pasir， leading to high reject rates。
Penyelesaian: Installation of a customconfigured fourcell sand classifying tank after the scrubber screen， with automated controls tied to continuous weighing monitors。
Keputusan: Achieved FM consistency within ±0。1 spesifikasi， reduced offspec product by 98%，and increased saleable concrete sand yield by 22% from the same raw feed。

Frac Sand Silica Recovery Upgrade

Cabaran: An existing operation was losing highvalue 70 mesh silica grains to waste due to inefficient classification， directly impacting reserve economics。
Penyelesaian: Integration of a bank of finematerial sand classifying tanks designed for sharp cuts at 100 mesh， replacing older spiral classifiers。
Keputusan: Field data shows silica recovery in target size fractions improved from 82%to 94%，payback achieved in under nine months through increased product volume。

Pertimbangan Komersial

Peringkat Harga Peralatan:
Model Asas (Manual Valves， Standard Controls): For budgetconscious upgrades。
Premium Model (Automated Valves， PLC with HMI): Recommended for new plants or major automation projects。
Sistem Kejuruteraan Tersuai： For complex applications like frac sand or industrial sands。

Ciri Pilihan: Ceramic tile lining（for ultrahigh abrasion）， overflow launders with flocculant injection ports， complete skidmounted packages。

Pakej Perkhidmatan: Choose from annual inspection programs， liner replacement kits，or comprehensive remote monitoring & diagnostics subscriptions。

Pilihan Pembiayaan： Capital equipment financing leases available through partners， typically offering flexible terms from 36to 60 bulan。 Rentaltoown structures can also be arranged for projectbased work。

Frequently Asked Questions（FAQ）

1。 Is this equipment compatible with my existing wash plant？
ya。 Sand classifying tanks are designed as modular units。 Our engineering team will review your plant layout，feed source,and desired products to specify connection points， pump requirements,dan sokongan struktur。

2。 What is the typical installation timeline？
For a standard system， onsite installation typically requires57 days with your prepared foundation。 Skidmounted systems can reduce this time significantly。

3。 How does this impact my overall water consumption？
Properly tuned,a modern classifying tank reduces water consumption per ton by creating more efficient separation。 However it requires consistent water pressure；our design optimizes flow rates which often allowsfor downsizingor optimizingwater recirculation pumps。

4。 What are the key operator skill requirements？
The system simplifies operation through automation。 Basic training focuses on understandingthe control interfaceand routine inspection points rather than manual process adjustment。

5。 What is the expected lifespanof the main structure？
With proper maintenance,the carbon steel structure typically exceeds20 yearsin service.The wear components（liners,diaphragms）are consumable itemswith predictable replacement intervals documentedin themanual。

6。 Bolehkah anda memberikan jaminan prestasi？
Yes.We provide written guaranteesfor material throughput capacityand classification efficiency basedon your providedfeed sample analysisand agreeduponproduct specifications。

7。 What does aftermarket part availability look like？
We stock critical wear parts（valve diaphragms,polyurethane liners）in regional warehouseswith guaranteed48hour shippingfor emergency orders under our service plans