Fusible alloy accessories

Definition:
Eutectic alloy refers to an alloy with a melting point below 232℃. It is a grayish-white, lustrous metal, based on bismuth element. The melting point can be chosen from various options such as 47℃, 70℃, 92℃, and 120℃. Low-melting-point alloys can be melted using either water bath or oil bath methods. At room temperature, its strength is 30MPa, elongation is 3%, and hardness is 25HBS.
Eutectic alloys are widely used as solder materials, as well as in heat-sensitive components such as electrical appliances, steam systems, fire protection devices, fuses, and circuit breakers. They represent a novel class of low-melting-point alloy materials with significant development potential. Generally, bismuth-tin low-melting-point alloys have a melting point ranging from 70 to 160℃. Once heated and melted, they exhibit excellent fluidity. Therefore, these low-melting-point metals are also widely used in mold making through casting methods. The use of eutectic alloys in mold making results in shorter molding cycles and reduced machining hours, demonstrating significant advantages. Additionally, eutectic metals are widely used in protective blocks for the human body. Blocks made of low-melting-point alloys can effectively shield normal human tissues. The method of using eutectic alloys to make blocks effectively enhances the precision and safety of treatment.

Description
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Eutectic alloy, also known as low-melting alloy or mold alloy, is an alloy made of elements such as bismuth, lead, tin, and cadmium.

Melting point:

below 232℃ (melting point of tin)

Element composition:

bismuth, lead, tin, cadmium, as well as indium and gallium, etc

Classification:

Eutectic alloy, Non-eutectic alloy

Scope of application:

1) Fusible alloy is used in nuclear magnetic resonance equipment, primarily as specialized blocks of specific shapes.
2) Fusible alloys can be conveniently used for casting and mold making, producing molds for special products, and casting special products.
3) Fusible alloys are widely used in electronic and electrical automatic control, serving as thermal sensors and safety materials. Customers can, according to their respective production needs, use temperature-controlled fusible alloys to manufacture thermal sensors of various shapes, specifications, and different melting points that meet temperature control requirements.
4) Fusible metal is used as a filler when bending metal tubes.
5) When making metallographic specimens, fusible metals serve as inlays.
6) It can be used as a sensing component for safety relief devices of gas cylinders and cylinder valves, such as safety relief devices for acetylene cylinder valves, natural gas cylinder valves, and other industrial gases.
Our company can customize fusible alloys with various melting points and shapes