1 / 9
High-quality magnesium anodes with the highest driving voltage among all sacrificial anode materials. Ideal for soil with medium to high resistivity.
Magnesium anodes provide the highest driving voltage among all materials used for sacrificial anodes, making them ideal for challenging environments.
Manufactured in accordance with ASTM B843-AZ63B standard, containing 90% magnesium, 6% aluminum and 3% zinc. Ideal for soil conditions where resistivity is under 3,000 Ω·cm with driving potential of -1.55 volts.
Manufactured from 99% pure magnesium according to ASTM B843-M1C standard. Open circuit potential as high as -1.7 volts, providing 20-30% greater protection than standard potential anodes. Perfect for high-resistivity environments exceeding 2,000 Ω·cm.
Explore our magnesium anodes through high-quality images showcasing manufacturing excellence and product specifications.
Typical Applications of Magnesium Sacrificial Anodes across multiple industries and environments.
For protecting underground pipelines in soils with medium to high resistivity. Standard potential anodes work best in low resistivity soils (≤3000 Ω·cm), while high potential anodes are ideal for high resistivity environments (>3000 Ω·cm).
Installed beneath above-ground storage tank bottoms to prevent corrosion, suitable for both new construction and retrofit projects. High potential anodes provide enhanced protection in challenging soil conditions.
Internal protection for water heaters, boilers, and water tanks. Magnesium anodes provide effective galvanic protection in freshwater applications.
Corrosion prevention of metallic sheaths for buried cables in various soil conditions. The high driving voltage of magnesium makes it effective even in challenging environments.
Particularly effective in sandy, rocky, or mountainous areas where soil resistivity exceeds 2,000 Ω·cm. High potential magnesium anodes deliver superior performance in these challenging conditions.
Protection of grounding rods, anchor bolts, and valve boxes. Magnesium anodes provide reliable long-term protection for critical infrastructure components.
While primarily designed for soil applications, certain magnesium formulations can be used in specific marine environments where galvanic protection is required.
Discover what makes our magnesium anodes the preferred choice for professionals worldwide.
Our magnesium anodes provide the highest driving voltage among all sacrificial anode materials, with open circuit potentials up to -1.7V vs. Cu/CuSO₄. This ensures effective cathodic protection even in high-resistivity soils.
Manufactured from 99% pure magnesium ingots using advanced casting technology. Every batch undergoes rigorous chemical composition testing and electrochemical performance verification to meet ASTM B843 standards.
We offer both Standard Potential (H-1) and High Potential (HP) formulations to optimize performance and cost-effectiveness for specific soil conditions and project requirements.
Available in D-shape, round, and square configurations with weights from 1 lb to 100 lbs. Custom shapes and sizes available upon request to meet specific installation requirements.
Our experienced engineering team provides comprehensive technical assistance including anode selection guidance, cathodic protection system design, installation recommendations, and ongoing support.
Products manufactured in accordance with ASTM B843, ISO standards, and other international specifications. CE certification available for European markets, ensuring global project acceptance.
Over 20 years of manufacturing experience with successful installations in 50+ countries. Our anodes have protected thousands of kilometers of pipelines and critical infrastructure worldwide.
Complete technical specifications including chemical composition, electrochemical properties, and physical dimensions for our magnesium anodes.
Our anodes are manufactured from high-purity magnesium ingots with strict composition control to ensure optimal performance and reliability.
| Element | Content (%) |
|---|---|
| Aluminum (Al) | 0.010 max. |
| Manganese (Mn) | 0.500 ~ 1.300 |
| Zinc (Zn) | — |
| Silicon (Si) | 0.050 max. |
| Copper (Cu) | 0.020 max. |
| Iron (Fe) | 0.030 max. |
| Nickel (Ni) | 0.001 max. |
| Single Impurity (Each) | 0.050 max. |
| Other Impurities (Total) | 0.300 max. |
| Magnesium (Mg) | Remainder |
| Element | Content (%) |
|---|---|
| Aluminum (Al) | 5.300 ~ 6.700 |
| Manganese (Mn) | 0.150 ~ 0.700 |
| Zinc (Zn) | 2.500 ~ 3.500 |
| Silicon (Si) | 0.100 max. |
| Copper (Cu) | 0.020 max. |
| Iron (Fe) | 0.003 max. |
| Nickel (Ni) | 0.002 max. |
| Single Impurity (Each) | 0.050 max. |
| Other Impurities (Total) | 0.300 max. |
| Magnesium (Mg) | Remainder |
Our cast magnesium anodes strictly conform to ASTM standards to ensure current efficiency exceeds 50%.
| Technical Measurement | Performance |
|---|---|
| Open Circuit Voltage (-V) | 1.70 ~ 1.75 |
| Closed Circuit Voltage (-V) | 1.58 ~ 1.62 |
| Current Capacity | 1100 A.h/kg (500 A.h/lbs) |
| Current Efficiency | 50% min. |
| Consumption Rate | 7.9 kg/A.y (17.5 lbs/A.y) |
| Technical Measurement | Performance |
|---|---|
| Open Circuit Voltage (-V) | 1.50 ~ 1.55 |
| Closed Circuit Voltage (-V) | 1.45 ~ 1.50 |
| Current Capacity | 1230 A.h/kg (550 A.h/lbs) |
| Current Efficiency | 55% min. |
| Consumption Rate | 7.1 kg/A.y (15.6 lbs/A.y) |
Note: The open/closed circuit voltage is with respect to a saturated calomel electrode.
Designed to meet the fast-paced requirements of engineering construction, we offer D-shape, round shape and square shape anodes as standard. Other configurations are available upon request.
| Item No. | Weight | Width | Height | Length(-1.7V / -1.5V) | Core Size(WxT) |
|---|---|---|---|---|---|
| MG-3S3 | 1.36kg (3 lbs) | 97mm (3.8") | 76mm (3.0") | 120/115mm (4.7"/4.5") | 14x1.5mm (0.6"x0.06") |
| MG-5S3 | 2.3kg (5 lbs) | 97mm (3.8") | 76mm (3.0") | 205/195mm (8.1"/7.7") | 14x1.5mm (0.6"x0.06") |
| MG-9S2 | 4.1kg (9 lbs) | 71mm (2.8") | 51mm (2.0") | 750/710mm (29.5"/28.0") | 14x1.5mm (0.6"x0.06") |
| MG-9S3 | 4.1kg (9 lbs) | 97mm (3.8") | 76mm (3.0") | 365/345mm (14.4"/13.6") | 14x1.5mm (0.6"x0.06") |
| MG-17S3 | 7.7kg (17 lbs) | 97mm (3.8") | 76mm (3.0") | 675/650mm (26.6"/25.6") | 14x1.5mm (0.6"x0.06") |
| MG-17S4 | 7.7kg (17 lbs) | 106mm (4.2") | 102mm (4.0") | 432/408mm (17.0"/16.1") | 14x1.5mm (0.6"x0.06") |
| MG-32S5 | 14.5kg (32 lbs) | 127mm (5.0") | 127mm (5.0") | 560/535mm (22.0"/21.0") | 20x2.0mm (0.8"x0.08") |
| MG-48S5 | 21.8kg (48 lbs) | 127mm (5.0") | 127mm (5.0") | 830/795mm (32.7"/31.3") | 20x2.0mm (0.8"x0.08") |
| MG-60S4 | 27.3kg (60 lbs) | 106mm (4.2") | 102mm (4.0") | 1515/1485mm (59.6"/58.4") | 20x3.0mm (0.8"x0.1") |
| Item No. | Weight | Width | Height | Length(-1.7V / -1.5V) | Core Size(WxT) |
|---|---|---|---|---|---|
| MG-3D3 | 1.36kg (3 lbs) | 89mm (3.5") | 95mm (3.7") | 115/105mm (4.5"/4.1") | 14x1.5mm (0.6"x0.06") |
| MG-5D2 | 2.3kg (5 lbs) | 70mm (2.8") | 76mm (3.0") | 310/300mm (12.2"/11.8") | 14x1.5mm (0.6"x0.06") |
| MG-5D3 | 2.3kg (5 lbs) | 89mm (3.5") | 95mm (3.7") | 189/175mm (7.4"/6.9") | 14x1.5mm (0.6"x0.06") |
| MG-9D2-1 | 4.1kg (9 lbs) | 63mm (2.5") | 67mm (2.6") | 650/640mm (25.6"/25.2") | 14x1.5mm (0.6"x0.06") |
| MG-9D2 | 4.1kg (9 lbs) | 70mm (2.8") | 76mm (3.0") | 565/545mm (22.2"/21.5") | 14x1.5mm (0.6"x0.06") |
| MG-9D3 | 4.1kg (9 lbs) | 89mm (3.5") | 95mm (3.7") | 340/320mm (13.4"/12.6") | 14x1.5mm (0.6"x0.06") |
| MG-14D2 | 6.35kg (14 lbs) | 63mm (2.5") | 66mm (2.6") | 1010/985mm (39.8"/38.8") | 14x1.5mm (0.6"x0.06") |
| MG-17D2 | 7.7kg (17 lbs) | 63mm (2.5") | 66mm (2.6") | 1215/1185mm (47.8"/46.7") | 14x1.5mm (0.6"x0.06") |
| MG-17D3 | 7.7kg (17 lbs) | 89mm (3.5") | 95mm (3.7") | 635/605mm (25.0"/23.8") | 14x1.5mm (0.6"x0.06") |
| MG-17D4 | 7.7kg (17 lbs) | 108mm (4.3") | 102mm (4.0") | 430/410mm (16.9"/16.1") | 20x3.0mm (0.8"x0.1") |
| MG-20D2 | 9.1kg (20 lbs) | 70mm (2.8") | 76mm (3.0") | 1524/1495mm (60.0"/58.9") | 14x1.5mm (0.6"x0.06") |
| MG-20D2-1 | 9.1kg (20 lbs) | 63mm (2.5") | 67mm (2.6") | 1435/1405mm (56.5"/55.3") | 14x1.5mm (0.6"x0.06") |
| MG-32D5 | 14.5kg (32 lbs) | 140mm (5.5") | 146mm (5.7") | 495/470mm (19.5"/18.5") | 20x2.0mm (0.8"x0.08") |
| MG-40D3 | 18.2kg (40 lbs) | 103mm (4.1") | 90mm (3.5") | 1480/1450mm (58.3"/57.1") | 20x2.0mm (0.8"x0.08") |
| MG-48D5 | 21.8kg (48 lbs) | 140mm (5.5") | 146mm (5.7") | 735/700mm (28.9"/27.6") | 20x2.0mm (0.8"x0.08") |
| MG-50D5 | 22.7kg (50 lbs) | 127mm (5.0") | 140mm (5.5") | 791/765mm (31.1"/30.1") | 20x2.0mm (0.8"x0.08") |
| MG-60D3-1 | 27.3kg (60 lbs) | 89mm (3.5") | 95mm (3.7") | 2115/2075mm (83.3"/81.7") | 20x2.0mm (0.8"x0.08") |
| MG-60D4 | 27.3kg (60 lbs) | 106mm (4.2") | 102mm (4.0") | 1515/1485mm (59.6"/58.4") | 20x3.0mm (0.8"x0.1") |
| MG-100D5 | 45.4kg (100 lbs) | 140mm (5.5") | 146mm (5.7") | 1215/1165mm (47.8"/45.9") | 25x3.0mm (1.0"x0.1") |
| Item No. | Weight | Diameter | Length(-1.7V / -1.5V) | Core Size(WxT) |
|---|---|---|---|---|
| MG-9R2 | 4.1kg (9 lbs) | 95mm (3.7") | 380/360mm (15.0"/14.2") | 14x1.5mm (0.6"x0.06") |
| MG-9R3 | 4.1kg (9 lbs) | 111mm (4.4") | 215/200mm (8.5"/7.9") | 14x1.5mm (0.6"x0.06") |
| MG-17R3 | 7.7kg (17 lbs) | 111mm (4.4") | 410/390mm (16.1"/15.4") | 14x1.5mm (0.6"x0.06") |
| MG-17R4 | 7.7kg (17 lbs) | 127mm (5.0") | 310/295mm (12.2"/11.6") | 20x3.0mm (0.8"x0.1") |
| MG-32R5 | 14.5kg (32 lbs) | 152mm (6.0") | 255/240mm (10.0"/9.4") | 20x2.0mm (0.8"x0.08") |
| MG-48R5 | 21.8kg (48 lbs) | 152mm (6.0") | 375/355mm (14.8"/14.0") | 20x2.0mm (0.8"x0.08") |
| MG-50R4 | 22.7kg (50 lbs) | 127mm (5.0") | 920/900mm (36.2"/35.4") | 20x3.0mm (0.8"x0.1") |
| MG-60R4 | 27.3kg (60 lbs) | 127mm (5.0") | 1105/1080mm (43.5"/42.5") | 20x3.0mm (0.8"x0.1") |
| MG-100R5 | 45.4kg (100 lbs) | 152mm (6.0") | 620/585mm (24.4"/23.0") | 25x3.0mm (1.0"x0.1") |
Leading manufacturer of professional cathodic protection solutions with over two decades of experience in magnesium anode production.
State-of-the-art production facilities with advanced casting technology and automated quality control systems. Our manufacturing processes ensure consistent product quality and performance reliability.
Serving customers in 50+ countries worldwide with a proven track record of successful installations across diverse industries and challenging environments.
Continuous investment in R&D to improve product performance, develop new alloy compositions, and enhance manufacturing processes for better quality and efficiency.
Full compliance with international standards including ASTM B843, ISO certifications, and CE marking for European markets. Regular third-party testing and verification.
Advanced manufacturing processes and quality control systems ensure consistent, high-performance magnesium anodes for your critical applications.
High-temperature casting processes with precise temperature control and automated systems to ensure uniform composition and eliminate impurities throughout the anode structure. Our foundry operates at optimal temperatures of 700-750°C for perfect magnesium alloy formation.
Comprehensive testing protocols including chemical composition analysis, electrochemical performance testing, and dimensional verification for every production batch. Each anode undergoes spectral analysis and electrochemical testing to verify ASTM B843 compliance.
We source only the highest grade magnesium ingots (99.9% purity) and specialized alloy components. Our supply chain ensures consistent material quality with certified chemical analysis for every incoming batch of raw materials.
Precision placement of galvanized steel core wires ensures optimal electrical conductivity and mechanical strength. Our automated core positioning system guarantees uniform placement and eliminates potential connection failures.
Controlled surface preparation removes casting scale and optimizes anode surface for maximum electrochemical activity. Our finishing process ensures consistent surface area and removes any oxide layers that could impede performance.
Each anode is individually wrapped and packaged to prevent corrosion during storage and transport. Our packaging system includes moisture barriers, protective cushioning, and clear product identification for easy handling and installation.
Our state-of-the-art manufacturing facility follows a comprehensive 12-step process to ensure every magnesium anode meets the highest quality standards:
Ready to discuss your cathodic protection needs? Our team of experts is here to help you find the perfect solution.
Middle Section, Heshuo Avenue, Industrial Park, Wuzhi County, Jiaozuo City, Henan Province, China
© 2025 Jiaozuo Huayu Magnesium Industry Co., Ltd. All rights reserved.