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Molybdenum Hex Nuts

Features:
1) High-temperature resistance
2) Excellent conductivity
3) Good corrosion resistance
4) Low thermal expansion coefficient

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Product Introduction

Molybdenum Hex Nuts

Molybdenum Hex Nuts still have good physical strength above 1700 degrees, so molybdenum hex nuts are widely used in aerospace, aviation, and scientific experiments. In civilian use, molybdenum screws and molybdenum hex nuts are widely used in vacuum furnaces, single crystal furnaces, LED furnaces, glass ceramics, and other equipment.

Civil molybdenum screws and molybdenum hex nuts, because they are installed inside the furnace body, and the molybdenum metal processing is difficult, in addition to the strict requirements for the molybdenum screw thread, it can be roughed, molybdenum screw with a slot, T-shaped head molybdenum screw, square head molybdenum screw, hexagonal head molybdenum screws, etc., can be easily tightened with tools, but not strict requirements for external appearance. Molybdenum screws are made of high-temperature molybdenum rods, which are produced and processed by lathes. Producers should be familiar with the characteristics of molybdenum metal materials and use proper operation methods and tools, especially for wire picking on lathes above M12. The improper operation will cause rotten teeth and cause the workpiece to be scrapped. The minimum molybdenum screw can be M1.6*L, and some manufacturers design the molybdenum screw into a special-shaped part for the convenience of use.

Molybdenum hex nuts are used in conjunction with screws, bolts, and screws to connect and fasten parts. Among them, the Type 1 six-purpose nut is the most widely used, and the C-grade nut is used for machines, equipment, or structures with a rough surface and low precision requirements; A-grade and B-grade nuts are used for relatively smooth surfaces and high precision requirements. machine, equipment, or structure. The thickness M of the type 2 hexagon nut is thicker, and it is mostly used on occasions where assembly and disassembly are often required. The thickness M of the hexagonal thin nut is relatively thin, and it is mostly used in situations where the surface space of the connected parts is limited.