Good Process Performance ZK60-T5 Magnesium Rod Electrical Thermal Conductive

ZK60-T5 Magnesium Rod — Excellent Electrical and Thermal Conductivity with Reliable Process Performance

ZK60-T5 magnesium alloy rod is engineered for applications that demand efficient electrical and thermal conduction alongside the structural benefits of magnesium. Its balanced composition and refined processing deliver consistent performance across demanding industrial environments.

• Light weight: The specific strength of magnesium alloy is higher than that of aluminum alloy and steel/iron, though slightly lower than fiber-reinforced plastics, which have the highest specific strength. Its specific stiffness is equivalent to aluminum alloy and steel/iron, and considerably higher than fiber-reinforced plastics.
• High damping and shock absorption: Magnesium alloy has an excellent ability to absorb energy, vibration, and noise, ensuring equipment operates quietly.
• Good impact and compression resistance: Its impact resistance is 20 times that of plastic. When magnesium alloy castings are impacted, surface scars are much smaller than those on iron and aluminum.
• Good casting performance: While maintaining a sound component structure, the wall thickness of magnesium alloy castings can be less than 0.6 mm — a level plastic products cannot achieve under the same strength conditions. Even aluminum alloy products can only be comparable to magnesium products within the 1.2 to 1.5 mm range.

Magnesium alloy is composed of magnesium and other elements. Its characteristics include low density, high specific strength, a large elastic modulus, good shock absorption, greater impact load capacity than aluminum alloy, and good corrosion resistance. The main alloying elements are aluminum, zinc, manganese, cerium, thorium, and a small amount of zirconium or cadmium. Magnesium-aluminum alloys are the most widely used, followed by magnesium-manganese alloys and magnesium-zinc-zirconium alloys.

Magnesium alloy has the lightest specific gravity among all structural alloys, so it can reduce the weight of aluminum or iron parts without reducing part strength. The specific strength of magnesium alloy is significantly higher than that of aluminum alloy and steel, and its specific stiffness is equivalent to aluminum alloy and steel. In the elastic range, when magnesium alloy is subjected to an impact load, the energy absorbed is greater than that of aluminum alloy, giving magnesium alloy good shock resistance and noise reduction performance. Under the same load, its damping performance is 100 times that of aluminum and 300–500 times that of titanium alloy. It also offers good electromagnetic shielding: 3C product casings (mobile phones and computers) require superior anti-electromagnetic protection, and magnesium alloy casings can completely absorb electromagnetic interference at frequencies exceeding 100 dB. Magnesium alloy also has an excellent appearance and tactile texture, giving products a more premium feel, and it is not easily corroded in air.

Compared with traditional magnesium alloy, semi-continuous casting delivers higher strength and extensibility in both structure and composition.

1. Magnesium liquid is poured directly from the holding furnace and rapidly crystallized through pipetting and double refining with high purity and low impurity content. This improves the compactness of the inner metallurgical structure of the magnesium rod, resulting in a more reasonably densified internal crystallization. Physical properties are greatly enhanced compared with traditional casting products.
2. Impurities in the rhyolite tend toward zero in the molded product. Semi-continuous casting magnesium alloy adopts a new inert gas protection device, greatly reducing entrapped slag and improving product quality. In the traditional process, the smelting process is completely exposed to the air and can only be protected against burning by rhyolite and similar agents.
3. The surface is smooth and clean — no porosity, no shrinkage, no slag inclusion.
4. Length is flexible. The existing maximum diameter is Φ600 mm. Products can be peeled and cut to customer specifications. We can also produce other specification products to meet customer requirements, and various specifications of magnesium alloy flat bar can be semi-continuously cast.

• Light weight: Magnesium is the lightest metal material in the world.
• High specific strength: Magnesium alloy offers high strength and quality along with a certain bearing capacity.
• Small modulus of elasticity: Better strength and anti-seismic performance, with low distortion.
• Good anti-electromagnetic interference and shielding.
• Non-polluting and recyclable.
• Dimensionally stable and easy to process.

We have advanced die-casting, extrusion, forging, rolling, and casting processing production lines along with precision testing equipment. We can produce a wide variety of magnesium alloy types and magnesium alloy products, and have developed high-strength magnesium alloy extruded sheet. Through the purification of ordinary magnesium, magnesium purity can be raised to 99.99%.

Magnesium alloy casting production can be customized to your requirements. The technical process is excellent, and extrusion production covers a variety of bars without the need to purchase from abroad. Extrusion molding products are easy to form with low energy consumption, saving production costs.

Our magnesium smelting technology personnel have more than 15 years of experience. From the selection of primary materials to smelting processing, we bring a wealth of experience and mature management techniques.

We have technical research and development capabilities in magnesium ingots and magnesium alloy extrusion products, and we are among the leading magnesium alloy production enterprises.

1. Small order quantities available.
2. Professional engineering and sales teams.
3. Payment: T/T & Western Union.
4. OEM/ODM support available.
5. Free samples provided.
6. Competitive pricing and high quality.

We have attained ISO9001 and ISO14001 certifications, standardizing and improving our enterprise quality management system.