Technology for making metallic pipe with nano-structure metal wire screen-ceramic liner

A technology of wire mesh and nanostructure, which is applied in pipeline protection, mechanical equipment, pipes/pipe joints/fittings, etc., which can solve the difficulties of transportation, production, use and maintenance, the complex factors affecting the preparation process, and the inability of special-shaped pipes to be integrated as a whole, etc. problems, to achieve the effect of high hardness, strong controllability of process parameters, and high performance-price ratio

Inactive Publication Date: 2005-05-25
XI'AN UNIVERSITY OF ARCHITECTURE AND TECHNOLOGY
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  • Summary
  • Abstract
  • Description
  • Claims
  • Application Information

AI Technical Summary

Problems solved by technology

[0002] In metallurgy, mining, electric power, building materials, refractory materials, energy and other industrial industries, the transportation of materials is carried by long-distance and powerful pipelines. Unable to meet this requirement, composite piping must be used
At present, composite pipes are mainly divided into steel-plastic composite pipes, which can only work at lower temperatures; self-propagating ceramic composite pipes, which have advantages in preparing straight pipes, and special-shaped pipes cannot be composited as a whole, and the influencing factors of the preparation process of this product are more complicated. , poor quality controllability; cast stone pipe - heavy weight, high brittleness, which brings difficulties to transportation, production, use and maintenance; lost foam vacuum suction casting bimetallic pipe - solves the problem that special-shaped pipes cannot be combined, but the weight is heavy It is the biggest defect of the pipe; the inner ceramic sheet has certain advantages in the preparation of large-diameter pipes, but the preparation of small-diameter pipes is limited to a certain extent

Method used

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  • Technology for making metallic pipe with nano-structure metal wire screen-ceramic liner
  • Technology for making metallic pipe with nano-structure metal wire screen-ceramic liner
  • Technology for making metallic pipe with nano-structure metal wire screen-ceramic liner

Examples

Experimental program
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Effect test

Embodiment 1

[0078] The nanostructure wire mesh-ceramic composite lined metal straight pipe with uniform and equal wall thickness and its preparation process are shown in Figure 1 and figure 2 . This embodiment is composed of a seamless steel straight pipe 1 and a liner pipe 4 with uniform and equal wall thickness composed of a low-carbon steel nano-structured wire mesh 2 and a ceramic wear-resistant material 3 . The nano-structure wire mesh 2 and the ceramic wear-resistant material 3 are combined into one body, and serve as the inner liner 4 of the seamless steel straight pipe 1 . The lining pipe 4 is closely attached to the seamless steel straight pipe 1 . The nanostructure wire mesh 2 in this embodiment is made of wires with a diameter of 0.5mm low carbon alloy steel nanostructures, but it can also be made with high and medium carbon steel nanostructures wires. It can be either single-layer weaving or multi-layer high-density weaving. The ceramic wear-resistant material 3 of this emb...

Embodiment 2

[0089] Nano-structured wire mesh-ceramic composite lined metal pipe with inner cone and outer straight and its preparation process

[0090] see image 3 and figure 2 . This embodiment is composed of a seamless steel straight pipe 1 and a tapered inner pipe 4 with unequal wall thickness composed of a medium-carbon alloy steel nano-structured wire mesh 2 and a ceramic wear-resistant material 3 . The nano-structure wire mesh 2 and the ceramic wear-resistant material 3 are combined into one body, and serve as the inner liner 4 of the seamless steel straight pipe 1 . The lining pipe 4 is closely attached to the seamless steel straight pipe 1 . The nanostructured metal wire mesh 2 in this embodiment is made of carbon alloy steel nanostructured wires with a diameter of 1.0 mm. It can be either single-layer weaving or multi-layer high-density weaving. The ceramic wear-resistant material 3 of this embodiment is mainly prepared by corundum ceramic particles (alumina), nylon resin g...

Embodiment 3

[0093] Eccentric Composite Nanostructure Wire Mesh-Ceramic Composite Lined Rubber (Plastic) Straight Pipe and Its Preparation Process

[0094] See Figure 4, Figure 5 and figure 2 . This embodiment is composed of a rubber (plastic) straight pipe 1 and an eccentric liner pipe 4 composed of a wire mesh 2 with a nanostructure of high-carbon alloy steel and a ceramic wear-resistant material 3 . The nano-structure wire mesh 2 and the wear-resistant ceramic material 3 are combined as a whole, and are used as the inner liner 4 of the rubber (plastic) straight pipe 1 . The lining pipe 4 is closely attached to the rubber (plastic) straight pipe 1. The nanostructured wire mesh 2 in this embodiment is made of high carbon alloy steel nanostructured wires with a diameter of 0.01 mm. It can be either single-layer weaving or multi-layer high-density weaving. The ceramic wear-resistant material 3 of this embodiment is mainly prepared by silicon carbide ceramic particles, polyurethane glu...

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Abstract

The invention discloses a preparation process of a nano-structure wire mesh-ceramic composite lining metal pipe. It is composed of an outer casing (1) and a composite lining pipe (4), and the composite lining pipe (4) is composed of a wire mesh (2) and a ceramic wear-resistant material (3). Preparation process: Weaving wire mesh (2), cutting, preparing ceramic wear-resistant material (3), evenly coating on the wire mesh (2) and inserting ceramic particles into the gaps of the wire mesh (2), placing The composite plate body of the lining pipe is rolled and placed in the outer casing (1), and the composite lining pipe (4) and the outer casing (1) are rolled and cured by heating, so that the composite lining pipe (4) is closely attached Inside the outer sleeve (1). The invention has the advantages of strong controllability of process parameters, high yield, stable quality and high production efficiency. The product has a long service life, and its wear resistance is 8 to 10 times that of ordinary steel, and 4 to 6 times that of rare earth steel. This process is suitable for the production of pipe products of any shape and size, and has a wide range of applications, and the composite thickness can be adjusted.

Description

technical field [0001] The invention relates to a layered product in the field of general material transportation, in particular to a wire mesh-ceramic composite lined metal pipe in the above field and its preparation process. technical background [0002] In metallurgy, mining, electric power, building materials, refractory materials, energy and other industrial industries, materials are transported through long-distance and powerful pipelines. If this requirement cannot be met, composite piping must be used. At present, composite pipes are mainly divided into steel-plastic composite pipes, which can only work at lower temperatures; self-propagating ceramic composite pipes, which have advantages in preparing straight pipes, and special-shaped pipes cannot be composited as a whole, and the influencing factors of the preparation process of this product are relatively complicated. , poor quality controllability; cast stone pipe - heavy weight, high brittleness, which brings d...

Claims

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Application Information

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Patent Type & Authority Patents(China)
IPC IPC(8): F16L58/14
Inventor 许云华
Owner XI'AN UNIVERSITY OF ARCHITECTURE AND TECHNOLOGY
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