Acid soluble glass for acid soluble method flexible optical fiber image transmitting beam

An optical fiber image transmission bundle and acid-soluble technology, which is applied in the field of acid-soluble glass composition, can solve the problems of poor chemical stability, poor crystallization resistance, and susceptibility to corrosion of acid-soluble glass, and achieve good acid-soluble characteristics and excellent performance. Effect

Inactive Publication Date: 2006-07-26
EAST CHINA UNIV OF SCI & TECH +1
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  • Summary
  • Abstract
  • Description
  • Claims
  • Application Information

AI Technical Summary

Problems solved by technology

Although these glasses exhibit good acid-soluble properties, there are some disadvantages at the same time: (1) the chemical stability of acid-soluble glasses is poor, and they are susceptible to corrosion after long-term use in the air; (3) When the monofilament is manufactured in the three-crucible, it cannot form a good match with the core glass and skin glass in the process, and it is made into a three-layer coaxial

Method used

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Examples

Experimental program
Comparison scheme
Effect test

Example Embodiment

[0018] Example 1

[0019] Use commercially available analytical pure chemical reagents, according to the composition and ingredients in Table 1:

[0020] Make up

[0021] Precisely calculate and weigh the raw materials, mix them evenly, and prepare batches for later use. The electric furnace was heated to 1300°C, and the batch was added several times. After the feeding is completed, the temperature of the electric furnace is increased to 1400°C, and then the stirrer is started. After the glass is clarified for about 8 hours, the temperature is slowly cooled to 1300°C, and the material is discharged and cast into a glass rod, which is used for the acid-soluble flexible optical fiber image transmission beam The manufacturing exhibits excellent performance.

Example Embodiment

[0022] Example 2

[0023] Use commercially available analytically pure chemical reagents, according to the composition and ingredients in Table 2:

[0024] Make up

[0025] Precisely calculate and weigh the raw materials, mix them evenly, and prepare batches for later use. The electric furnace was heated to 1300°C, and the batch was added several times. After the feeding is completed, the temperature of the electric furnace is increased to 1400°C, and then the stirrer is started. After the glass is clarified for about 8 hours, the temperature is slowly cooled to 1300°C, and the material is discharged and cast into a glass rod, which is used for the acid-soluble flexible optical fiber image transmission beam The manufacturing exhibits particularly excellent performance.

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PUM

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Abstract

The invention discloses the composition of an acid-dissolved glass for flexible optical fiber image-transmission bundle, which is characteristic in: (1) well acid dissolved feature; (2) well chemical reliability in air; (3) well resistance to separate crystal for good technical match; (4) without impregnation phenomenon with the material glass.

Description

technical field [0001] The invention relates to an acid-soluble glass composition used for an acid-soluble flexible optical fiber image transmission bundle, and belongs to the field of flexible optical fiber image transmission bundle manufacturing. Background technique [0002] There are generally two production processes for flexible optical fiber image transmission bundles. One is the wire arrangement method, that is, the double-layer coaxial monofilaments are wound in an orderly manner, and then bonded with an organic adhesive and cut into bundles. The second is the acid-soluble method, which first produces three layers of coaxial monofilaments, then arranges them into bundles, heat-melts and draws them into multifilaments, and finally immerses them in acid to remove the acid-soluble glass to form a flexible optical fiber bundle. There are also two methods for the manufacture of three-layer coaxial monofilament in the acid-soluble method: one is the tube-and-rod method, ...

Claims

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Application Information

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IPC IPC(8): C03C3/093
Inventor 胡一晨王中俭陈兴芬何益健金招娣
Owner EAST CHINA UNIV OF SCI & TECH
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