Nano composite woody material, and preparation method

A wood material and nano-composite technology, which is applied in the fields of nano-composite wood materials and preparation, materials of nano-composite wood building materials, and materials of building materials

Inactive Publication Date: 2007-10-10
赵永生
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  • Summary
  • Abstract
  • Description
  • Claims
  • Application Information

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Problems solved by technology

[0007] There are also some other patents on nanomaterial preparation methods, such as application numbers 01124193.4 and 01120284.X, which are consistent with the patents applied by Qi Zongneng on this point. They do not involve the content of natural p

Method used

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  • Nano composite woody material, and preparation method
  • Nano composite woody material, and preparation method
  • Nano composite woody material, and preparation method

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specific Embodiment approach 2

[0080] The nanocomposite wood material and the preparation method of the present invention will be described in detail below in conjunction with the accompanying drawings. As shown in Figure 1 of the manual:

[0081] A nano-composite wood material and its preparation method, using the raw material of the nano-composite wood material according to the weight ratio described in Embodiment 1, according to the following steps:

[0082] (1) Prepare the following raw materials according to the following ratio and operation by weight:

[0083] (1). ①, phyllosilicate: 2 kg of 2% is ready for use;

[0084] (1). ②. Polymer resin: 10 kg at 10% is ready for use;

[0085] (1). ③, natural plant fiber: 85 kilograms with 85%, the powder body that diameter is below 5 millimeters is ready for use through crushing and grinding;

[0086] (1). ④. Inorganic filler: 2 kg of 2% is ready for use;

[0087] (1). ⑤, chemical additives: 1 kg is ready for use at 1%;

[0088] (2) Mixing and stirring: pu...

specific Embodiment approach 3

[0104] Carry out by specific implementation mode one, two, just:

[0105] (1) in operation step (1). 1. layered silicate: take 1% as 1 kilogram;

[0106] (1) in the operation step (1). 2., macromolecule resin: be 70 kilograms with 70%;

[0107] (1) in the operation step (1). 3., natural plant fiber: 20 kilograms with 20%;

[0108] (1) in the operation step (1). 4., inorganic filler: 3.5 kilograms with 3.5%;

[0109] (1) in operation step (1). ⑤, chemical auxiliary agent: be 5.5 kilograms with 5.5%;

[0110] (3) in the operation step (3). ③. Molding after high temperature and high pressure melt blending: the temperature is 400°C.

specific Embodiment approach 4

[0111] Carry out by specific implementation mode one, two, just:

[0112] (1) in the operation step (1). 1. layered silicate: 0.1 kg with 0.1%;

[0113] (1) in operation step (1). 2., polymer resin: be 40 kilograms with 40%;

[0114] (1) in operation step (1). 3., natural plant fiber: be 52.5 kilograms with 52.5%;

[0115] (1) in operation step (1). 4., inorganic filler: be 5 kilograms with 5%;

[0116] (1) in the operation step (1). ⑤, chemical auxiliary agent: be 2.4 kilograms with 2.4%;

[0117] (3) in operation step (3). ③. Molding after high temperature and high pressure melt blending: the temperature is 265°C.

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Abstract

A nano-class composite wooden material for plate, tube, or section is proportionally prepared from laminar silicate, high-molecular resin, natural plant fibers, inorganic filler, and chemical assistant through proportional mixing, and extruding out or injection moudling. It is possible to granulate before it is shaped.

Description

technical field [0001] The nanocomposite wood material and preparation method of the present invention relate to the technical field of building materials; in particular to the technical field of building material materials and methods; in particular to the technical field of nanocomposite wood building materials and methods; in particular to the technical field of nanocomposite wood materials and preparation methods. Background technique [0002] At present, wood generally has the defect of swelling when wet and shrinking when dry, and its size and shape are greatly affected by environmental changes. Taking the existing wood-based panels on the market as an example, the density of general particleboard, fiberboard, OSB, MDF and other products is less than 1.0g / cm 3 , It contains many adhesives such as phenolic formaldehyde and urea formaldehyde, and the residual formaldehyde is slowly released, which stimulates the respiratory tract, and stimulates the eyes to cause tears, ...

Claims

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Application Information

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IPC IPC(8): B27N3/04B27N5/00B27N1/02B27N3/28B29C45/00B29C47/00B29C43/00B29B9/00B29B7/00C08L97/02C08K3/00C08L101/00
Inventor 赵永生
Owner 赵永生
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