Pengeluar Profesional Manik Biomagnet

Teknologi manik magnet yang diubah suai amino untuk rawatan air sisa tergalvani
Pembuat keputusan teknikal yang dihormati dalam loji penyaduran zink, Adakah anda bosan dengan cadangan pengubahsuaian peralatan berjuta-juta dolar? Have you heard of the renowned silica magnetic beads but are concerned about the high investment in supporting equipment? Hari ini, we introduce the revolutionary ready-to-useamino-modified magnetic beads—no investment in new equipment, no changes to existing processes. Simply add them to your current water tank to achieve heavy metal recovery and sludge reduction!
1. What Are These High-Tech Beads?
The Ultimate Design by Materials Scientists
Smart Targeted Capture: -NH₂ functional groups accurately lock onto Zn²⁺/Ni²⁺ via coordination bonds.
Lab Performance Data
| Parameter | Traditional Lime Method | Ion Resin | Manik Magnet Amino |
| Kapasiti Penjerapan | 80 mg/g | 150 mg/g | 320 mg/g |
| Working pH | 10-11 | 4-6 | 6-9 |
| Reaction Time | 120 min | 90 min | 15 min |
| Sludge Reduction Rate | – | 30% | 70%-90% |
2. How to Use?
Langkah 1: Dosing (Directly into Existing Reaction Tank)
Dosage Calculation: Bead weight = Total zinc/nickel in wastewater × (3.5~5)
Contoh: Zn²⁺ = 50 mg/L, Ni²⁺ = 20 mg/L → Dosage per ton of water = (50+20) × 3.5 = 245 g
Operasi: Directly sprinkle into the existing reaction tank and stir for 15 minit (using existing stirring equipment).
Langkah 2: Separation (Flexible Options)
Option A (Recommended): Capture with ordinary magnets (custom magnetic rods).
Option B: Natural sedimentation in settling tank (high density, 3x faster settling speed than traditional sludge).
Option C: Capture via existing filtration system (uniform particle size, low risk of filter clogging).
Langkah 3: Regeneration (On-Site Reuse)
Eluent: 5% sulfuric acid solution (diluted from commercial industrial sulfuric acid).
Operasi: Soak collected beads in acid for 10 minit, rinse with water, and reuse.
Kitaran Guna Semula: ≥10 kitaran (tested data, pengekalan kapasiti >85%).

3. Economic Benefits
- Comprehensive Cost Reduction: Berbanding kaedah tradisional, overall costs decrease by ~15% (considering chemical savings, sludge disposal reduction, and metal recovery revenue).
- No Renovation Costs: Zero investment in new equipment or fixed assets.
- No Production Stoppage: No need to halt production for modifications.
- Scalability: Adjust dosage based on water volume to handle capacity fluctuations.
4. Why Are Our Amino Magnetic Beads Superior?
Abundant Binding Sites: High amino density enhances binding with Zn²⁺/Ni²⁺ ions.
Excellent Reproducibility: Minimal batch-to-batch variation ensures process stability.
Sifat Magnet yang Kuat: Superparamagnetic for fast magnetic separation, significantly improving efficiency.
Superior Dispersion, Resuspension, and Stability: Enhances operational efficiency and convenience.
Long Shelf Life: Vacuum-packed, maintains activity for 2 years at room temperature.
High Compatibility: Works across pH 5-10 and temperatures 5-80°C.
Sokongan Teknikal: Engineers provide on-site guidance for optimal dosing.
Our amino-modified magnetic beads are available in various sizes, magnetic strengths, and amino contents. Consult us to select the best fit for your needs!
Let magnetic technology help you effortlessly tackle environmental challenges and achieve a win-win for both economic and environmental benefits!
Pembekal
Shanghai Lingjun Biotechnology Co., Ltd.ditubuhkan pada 2016 yang merupakan pengilang profesional bahan biomagnet dan reagen pengekstrakan asid nukleik.
Kami mempunyai pengalaman yang kaya dalam pengekstrakan dan penulenan asid nukleik, penulenan protein, pemisahan sel, chemiluminescence, dan bidang teknikal yang lain.
Produk kami digunakan secara meluas dalam pelbagai bidang, seperti ujian perubatan, ujian genetik, penyelidikan universiti, pembiakan genetik, dan seterusnya. Kami bukan sahaja menyediakan produk tetapi juga boleh menjalankan OEM, ODM, dan keperluan lain. Jika anda mempunyai keperluan yang berkaitan, sila hubungi kami .

























