Tungsten

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Packaging of Tungsten Wire for Glass Heating 13

The packaging of tungsten wire for glass heating usually needs to consider factors such as high temperature tolerance, oxidation resistance, moisture resistance, and transportation safety. The following are some common packaging methods and precautions: 1. Vacuum Packaging: Tungsten wire is easy to oxidize at high temperatures, so vacuum sealed packaging (such as vacuum plastic bags or vacuum aluminum foil bags) is often used to isolate the air and prevent oxidation and moisture intrusion. This packaging can effectively extend the shelf…

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Quality Control of Tungsten Wire for Glass Heating 14

The quality control of tungsten wire for glass heating involves multiple key links such as raw materials, production, and testing to ensure its stable performance, high temperature resistance and long service life. 1. Raw Material Purity Control: Tungsten wire needs to use high-purity tungsten powder (purity is usually ≥99.95%) to reduce the impact of impurities on high temperature performance. The impurity content (such as iron, nickel, silicon, etc.) in the raw materials is detected by chemical analysis (such as ICP-MS).…

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The Use Environment of Tungsten Wire for Glass Heating 13

Tungsten wire is often used in glass heating environments due to its high melting point (about 3422℃), high strength and good conductivity, especially in high temperature processes such as glass melting, molding or annealing. The following are the key characteristics and requirements of tungsten wire in the use environment of glass heating: 1. Use Environment Characteristics High temperature environment: Glass processing usually requires temperatures above 1000℃ to 2000℃, and tungsten wire can withstand such extreme high temperatures without melting or…

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Detection of Tungsten Wire for Glass Heating 6

The detection of tungsten wire for glass heating mainly involves its physical properties, chemical stability and electrical characteristics to ensure its safety and reliability during high-temperature heating. The following are the key points and methods of detection: 1. Physical Property Detection 1.1 Appearance Inspection: Use a magnifying glass or microscope to observe the surface of the tungsten wire to check for cracks, scratches, oxidation or impurities. Ensure that the diameter of the tungsten wire is uniform and there is no…

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How to Use Tungsten Wire to Heat Glass? 4

Heating glass with tungsten wire requires careful operation to ensure safety and effectiveness. The following are specific steps and precautions: 1. Select a Suitable Tungsten Wire: Tungsten wire is suitable for use as a heating element due to its high melting point (about 3422°C) and good conductivity. According to the size and type of glass to be heated, select a tungsten wire of appropriate diameter and length. Thinner tungsten wire heats up faster, but has a lower current carrying capacity.…

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Production Steps of Tungsten Wire for Glass Heating 7

Tungsten wire is an ideal choice for glass heating applications due to its high melting point and high temperature resistance. The following is a brief overview of the main production steps for producing tungsten wire for glass heating: 1. Tungsten Ore Extraction and Refining: Tungsten trioxide (WO?) is extracted from tungsten ore (such as wolframite or scheelite). Impurities such as sulfur and arsenic are removed through chemical treatment (such as acid leaching and solvent extraction) to obtain high-purity tungsten trioxide.…

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What Is Tungsten Nail Sinker? 4

Tungsten nail sinker is a fishing tool crafted from metal tungsten as the primary material, processed into a slender needle-like shape, and categorized as a subset of “sinkers” in fishing accessories. Its core feature leverages tungsten’s high density (approximately 19.3 g/cm3), achieving significant weight in a small volume while optimizing hydrodynamic performance post-entry into water. Compared to iron sinker: 1) Tungsten nail sinker has a higher specific gravity, resulting in a smaller volume at the same weight, reducing wind resistance…

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Differences Between Tungsten Sinker and Lead Sinker 4

Tungsten sinker and lead sinker are both common fishing weight tools, available in shapes like teardrop, cylindrical, and olive forms. However, they differ across multiple dimensions, including production costs, materials, performance, and manufacturing processes. I. Material Aspects Tungsten sinker is an alloy primarily composed of tungsten (85%–99%) with small amounts of nickel, iron, and other metals, designed for fishing. Lead sinker, also known as a lead weight, is made mainly of lead or lead-tin alloys and is an essential auxiliary…

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Preparation Process of Tungsten Wire for Glass Heating 6

The preparation process of tungsten wire for glass heating mainly involves the purification, processing and subsequent treatment of tungsten materials to ensure that it has excellent performance at high temperatures and is suitable for high-temperature environments such as glass heating. The following is a typical process flow for the preparation of tungsten wire: 1. Raw Material Preparation Tungsten Ore Purification: The preparation of tungsten wire starts with tungsten ore (such as wolframite or scheelite), and extracts high-purity tungstic acid or…

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What Is Bullet-Shaped Tungsten Sinker? 6

Bullet-shaped tungsten sinker is a high-performance tool in modern fishing, typically composed of tungsten, nickel, and iron, with a density ranging from 16.5 to 18.75 g/cm3—significantly higher than that of lead sinker (approximately 11 g/cm3). At the same weight, tungsten sinker has a smaller volume than lead sinker, reducing water resistance and enabling faster sinking to the target water layer. Additionally, tungsten sinker is non-toxic and non-radioactive, replacing lead sinker to mitigate pollution risks to water bodies and aquatic life.…

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