Magnesium rod

Compared with traditional metal materials, composite magnesium rods can reduce the weight and improve the efficiency of the use of materials under the condition of ensuring strength.

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Magnesium rod

Composite magnesium rod is composed of magnesium alloy and fiber reinforced material, which has the characteristics of light weight and high strength.

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Magnesium rod assembly

Outdoor Survival: Magnesium rods are commonly used as fire-fighting equipment for outdoor survival, usually with magnesium elements as the main metal rods, able to make fire under various conditions, widely used in outdoor exploration and survival equipment.

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Magnesium rod assembly

Electrical appliance anti-corrosion: Magnesium rods also have important applications in electrical appliance anti-corrosion technology. In water heaters, magnesium rods are used as sacrificial anodes to protect the metal liner from corrosion and extend the service life of the equipment through the principle of electrochemical corrosion prevention.

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Sacrificial anode

Sacrificial anode is a technology that utilizes the principle of electrochemical primary cell for metal corrosion protection. The basic principle is to connect the metal with negative potential (called sacrificial anode) with the protected metal structure to form a primary cell system.

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Sacrificial anode

Commonly used sacrificial anode materials include magnesium, magnesium alloys, pure zinc, zinc alloys and aluminum alloys. These materials have sufficient negative potentials to corrode preferentially in the electrolyte, thereby protecting other metallic structures.

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Sacrificial anode

Sacrificial anode is a technology that utilizes the principle of electrochemical primary cell for metal corrosion protection. The basic principle is to connect the metal with negative potential (called sacrificial anode) with the protected metal structure to form a primary cell system.

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Sacrificial anode

In the primary cell, the sacrificial anode, as the negative pole, undergoes an oxidation reaction and is gradually consumed, thus protecting the protected metal, as the positive pole, from corrosion.

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Sacrificial anode

Oil, petrochemical, natural gas transmission pipelines and storage tanks: prevent corrosion of pipelines and storage tanks. Harbors, bridges, ships: protect underwater and exposed metal structures. Submarine cable pipelines: protect submarine equipment from seawater corrosion.

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Other accessories

High strength: Compared with ordinary aluminum, aluminum alloy has higher strength, better corrosion resistance and fatigue life, and can withstand greater tensile or compressive forces.

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