Rice hull fiber synthetic resin powder and manufacturing technology of rice hull fiber products

A synthetic resin and production process technology, applied in furniture waste recycling, recycling technology and other directions, can solve problems such as high cost, damage to soil permeability, waste water pollution, etc., achieve good density and hardness, enhance the value of by-products, and have a broad market. Foreground effect

Inactive Publication Date: 2012-09-26
HUSKS QUANZHOU GREEN TECH CO LTD
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  • Summary
  • Abstract
  • Description
  • Claims
  • Application Information

AI Technical Summary

Problems solved by technology

[0002] The existing tableware, furniture, kitchen utensils and other daily necessities on the market are made of plastic, wood, bamboo and other products. It destroys the water permeability of the soil, and wood products require deforestation and waste water pollution in the manufacturing process, which is not a very good environmental protection material
[0003] In particular, most of the existing disposable tableware uses foamed plastics, and its foaming agent is Freon, which will destroy the ozone layer of the atmosphere, and it is extremely difficult to degrade. The invention patent publication CN1212312A discloses a degradable disposable tableware. Non-toxic tableware and a manufacturing method thereof, the method uses crop shells or rods as raw materials, and adds urea-formaldehyde resin and melamine to make it by hot pressing. The melamine used in the method is expensive, and the material will cause environmental pollution after degradation
[0004] China is the world's largest rice-producing country, with an annual output of about 195 million tons, accounting for 40% of the country

Method used

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Examples

Experimental program
Comparison scheme
Effect test

Embodiment 1

[0024] First grind 30g of rice husk into 50-mesh tiny rice husk powder; then put the rice husk powder into a high-temperature high-speed mixer, add 35g of cellulose and 40g of starch to mix evenly, and inject 20g of Water, its mixing temperature is 25 ℃, then takes out cooling, makes rice husk fiber powder, and the moisture content of described rice husk fiber powder is no more than 8%.

[0025] In addition, 15g of gelatin and 85g of lignin are put into the reaction kettle, then 15g of water is added into the kettle and stirred evenly to form a slurry, heated to 130°C, and then 10g of nano-silica is added to continue to stir evenly, and the kettle When the temperature drops below 120°C, add 50g of rice husk fiber powder and continue to stir. After the material is stirred evenly and cooled, it is taken out to make a paste material. The paste material is directly injected into the flash dryer, and the temperature of the hot air is controlled during the drying process. At 80 DEG ...

Embodiment 2

[0028] First grind 60g of rice husk into 80-mesh tiny rice husk powder; then put the rice husk powder into a high-temperature high-speed mixer, add 25g of cellulose and 30g of starch to mix evenly, and inject 25g of Water, its mixing temperature is 30 ℃, then takes out cooling, makes rice husk fiber powder, and the moisture content of described rice husk fiber powder is no more than 8%.

[0029] In addition, the gum arabic powder of 35g and the lignin of 65g are put into the reactor, then the water of 18g is added in the kettle and stirred evenly to form a slurry, heated at 150°C, then adding 10g of nano-silica and continuing to stir evenly, Lower the temperature of the kettle to below 150°C, then add 60g of rice husk fiber powder and continue to stir. After the material is evenly stirred and cooled, it is taken out to make a paste material, and the paste material is directly injected into the flash dryer. During the drying process, the hot air Temperature is controlled at 100...

Embodiment 3

[0033] First grind 80g of rice husk into 120-mesh tiny rice husk powder; then put the rice husk powder into a high-temperature high-speed mixer, add 35g of cellulose and 40g of starch to mix evenly, and inject 35g of Water, its mixing temperature is 35 ℃, then takes out cooling, makes rice husk fiber powder, and the moisture content of described rice husk fiber powder is no more than 8%.

[0034] In addition, the hydrogenated rosin of 20g and the lignin of 80g are put into the reaction kettle, then the water of 20g is added in the kettle and stirred evenly to form a slurry, heated at 180°C, then adding 15g of nano silicon dioxide and continuing to stir evenly, the The temperature of the kettle drops below 150°C, then add 80g of rice husk fiber powder and continue to stir, the material is evenly stirred and cooled, then taken out to make a paste material, which is directly injected into the flash dryer, the temperature of the hot air during the drying process Control at 120 DEG...

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PUM

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Abstract

The invention relates to the field of chemical materials, in particular to a rice hull fiber synthetic resin powder and a manufacturing technology of rice hull fiber products; rice hulls are grinded to obtain rice hull powder; the hull powder is put into a mixer; cellulose, starch and water are added into the mixer to mix uniformly; then a mixture is taken out and cooled to obtain rice hull fiber powder; in addition, natural resin and lignin are put into a reactor; water is added into the reactor to stir uniformly and obtain slurry; then nano-silica is added into the slurry, continuously stirred uniformly and cooled; the rice hull fiber powder is added and continuously stirred; then the mixture is taken out after cooling to obtain paste materials; and then the paste materials are directly injected into a flash streaming drier to obtain the rice hull fiber synthetic resin powder; and the rice hull fiber synthetic resin powder can be used for manufacturing the rice hull fiber products such as tableware, toys, furniture, kitchen wares and so on, can be featured with hardness, high density, no toxicity, low cost and environmental protection, and also can be automatically degraded in the natural world to produce organic fertilizers; the products is featured with long service and wide market prospect.

Description

technical field [0001] The invention relates to the field of chemical materials, in particular to a production process of rice husk fiber synthetic resin powder and rice husk fiber products. Background technique [0002] The existing tableware, furniture, kitchen utensils and other daily necessities on the market are made of plastic, wood, bamboo and other products. It destroys the water permeability of the soil, and wood products require deforestation and waste water pollution during the manufacturing process, so they are not very good environmental protection materials. [0003] In particular, most of the existing disposable tableware uses foamed plastics, and its foaming agent is Freon, which will destroy the ozone layer of the atmosphere, and it is extremely difficult to degrade. The invention patent publication CN1212312A discloses a degradable disposable tableware. Disclosed is permanent tableware and a manufacturing method thereof. The method uses crop husks or rods...

Claims

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Application Information

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IPC IPC(8): C08L97/00C08L97/02C08L1/02C08L3/02C08L93/00C08L89/00C08L93/04C08K3/36B29C43/58
CPCY02W30/78
Inventor 庄展鹏
Owner HUSKS QUANZHOU GREEN TECH CO LTD
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