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High Potential Magnesium Sacrificial Anode for Dry Sandy Soil Applications with Up to 10,000 ohm·cm Soil Resistivity
Détails sur le produit:
| Lieu d'origine: | Hunan, Chine |
| Nom de marque: | High Broad |
| Certification: | ASTM G-97, ISO 9001, DNV |
| Numéro de modèle: | HB-HP-HRS |
Conditions de paiement et expédition:
| Quantité de commande min: | 10 kilogrammes |
|---|---|
| Prix: | USD 3-5 / Kilogram |
| Détails d'emballage: | Sur palette avec faisceaux d'acier, caisse en bois disponible sur demande |
| Délai de livraison: | 14 jours pour 1 FCL |
| Conditions de paiement: | T / T, L / C, Western Union, Paypal |
| Capacité d'approvisionnement: | 300 tonnes métriques par mois |
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Détail Infomation |
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| type d'anode: | Anode sacrificielle en magnésium moulé | Matériel: | Alliage de magnésium à haut potentiel (MGM1C / AZ63B) |
|---|---|---|---|
| Efficacité actuelle: | Traditionnel | Résistivité du sol: | Jusqu'à 10 000 ohm·cm |
| Tension en circuit fermé: | -1,57 à -1,62 V (par rapport à Cu/CuSO4) | Tension de circuit ouvert: | -1,70 à -1,75 V (par rapport à Cu/CuSO4) |
| Mettre en évidence: | High Resistivity Soil Anode,Dry Sandy Soil Protection,Magnesium Sacrificial Cathodic Protection |
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Description de produit
High Potential Magnesium Sacrificial Anode for High Resistivity Dry Sandy Soil
This high potential magnesium sacrificial anode is specifically engineered to deliver dependable cathodic protection in high resistivity soil environments including dry, sandy, and rocky terrains. With an open circuit potential of -1.70 to -1.75V (vs Cu/CuSO4), magnesium anodes provide the highest driving voltage among sacrificial anode materials, making them the ideal choice for soil conditions where zinc and aluminum anodes cannot generate sufficient protective current.
Why Magnesium Excels in High Resistivity Dry Sandy Soil
- Highest Driving Voltage: Magnesium generates 1.70-1.75V driving potential, 30-40% higher than zinc anodes, ensuring effective protection even in soils exceeding 5,000 ohm·cm resistivity
- Superior Current Output: In dry sandy soils with limited moisture and electrolyte conductivity, magnesium anodes maintain stable current output levels, preventing corrosion where passive anode materials become ineffective
- Low Polarization Rate: Magnesium anodes resist passivation and maintain active discharge even in sandy and rocky soils with poor electrolyte contact
- Proven Track Record: Extensively deployed in desert pipeline projects, mountainous rocky terrain, and arid region storage tank farms with consistent long-term protection results
Soil Resistivity Application Guide
| Soil Resistivity Range | Recommended Anode | Expected Performance |
|---|---|---|
| <1,000 ohm·cm | Zinc or Aluminum | Standard protection |
| 1,000-3,000 ohm·cm | Magnesium (AZ63) | Good protection |
| 3,000-10,000 ohm·cm | High Potential Magnesium | Optimal protection (dry/sandy/rocky soil) |
| >10,000 ohm·cm | Impressed Current System | Consider alternative |
Technical Specifications
| Material Grade | MGM1C High Potential / AZ63B |
| Open Circuit Voltage | -1.70 to -1.75V (vs Cu/CuSO4) |
| Close Circuit Voltage | -1.57 to -1.62V (vs Cu/CuSO4) |
| Current Efficiency | ≥50% |
| Actual Capacitance | ≥1,100 A·h/kg |
| Density | 1.77 g/cm³ |
| Available Shapes | D-Type, C-Type, S-Type (3D3 to 48D5, C25 to C274, 3S3 to 60S4) |
Chemical Composition - MGM1C High Potential
| Element | Al | Mn | Fe (max) | Cu (max) | Ni (max) | Si (max) | Mg |
|---|---|---|---|---|---|---|---|
| Content (%) | <0.01 | 0.50-1.30 | 0.01 | 0.01 | 0.001 | 0.05 | Balance |
Applications
- Underground oil and gas pipelines in arid and desert regions
- LPG and fuel storage tanks in sandy soil environments
- Reinforced concrete structures in high resistivity rocky terrain
- Power plant grounding systems in dry soil conditions
- Irrigation system pipelines in sandy agricultural areas
- Well casings and below-grade structures in mountainous terrain
Quality Assurance
Each anode is produced under strict ASTM G-97 standards with independent third-party laboratory testing. Our quality control includes electrochemical performance verification, dimensional inspection, and alloy composition analysis. With over 20 years of anode manufacturing experience and a production capacity of 5,000 metric tons per year, we provide consistent quality for large-scale cathodic protection projects worldwide.
