Carbon nanotube epoxy resin static conductive coating material and fabrication method thereof

A technology of epoxy resin and carbon nanotubes, which is applied in the direction of epoxy resin coatings, conductive coatings, coatings, etc., can solve the problem of oil pollution, conductive functional bodies that cannot reach safe static conductivity, and affect the quality of metal recycling, etc. problem, to achieve good stability

Inactive Publication Date: 2013-04-10
HUNAN WEIERSI CHEM IND
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  • Summary
  • Abstract
  • Description
  • Claims
  • Application Information

AI Technical Summary

Problems solved by technology

[0003] At present, there are two main types of conductive coatings used on oil storage tanks: one is based on carbon black or conductive carbon fiber. During use, carbon black and conductive carbon fiber are easy to be drawn out, and the oil will be polluted. At the same time, Its adhesion and anti-corrosion performance are not very ideal; the other type uses metal or metal oxide as the conductive function body. When metal or metal oxide is used as the c

Method used

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  • Carbon nanotube epoxy resin static conductive coating material and fabrication method thereof
  • Carbon nanotube epoxy resin static conductive coating material and fabrication method thereof
  • Carbon nanotube epoxy resin static conductive coating material and fabrication method thereof

Examples

Experimental program
Comparison scheme
Effect test

Embodiment 1

[0021] Put 0.2g of single-walled carbon nanotubes with a diameter of 0.6-2nm in the mixed solution of 0.1g of dicarboxyl epoxy active diluent, 0.1g of EFKA2022 auxiliary agent and 6.5g of mixed solvent of xylene and n-butanol, stir at a low speed Mixing, chemical activation and composite treatment under state for 35 minutes, then, add 0.3g of dicarboxylate reactive diluent, 0.2g of hard epoxy resin (epoxy resin E20) and 3g of mixed solvent of xylene and n-butanol, stir at low speed Composite for 30 minutes, then use ultrasonic waves to treat for 50 minutes at a constant temperature of 18°C-60°C with additional shearing conditions, then place the above mixed solution in a disperser, and add hard epoxy resin in sequence at a medium speed ( Epoxy resin E20) and soft epoxy resin (epoxy resin E20) mixture 9g, xylene and n-butanol mixed solvent 3.5g, titanium dioxide 3.8g, zinc phosphate 1.2g, talc powder 1.1g and zinc oxide 0.8g , after 30 minutes of dispersion and compounding trea...

Embodiment 2

[0023] Put 0.2g of single-walled carbon nanotubes with a diameter of 0.6-2nm into the mixed solution of 0.1g of 6690 reactive diluent, 0.1g of EFKA2022 auxiliary agent and 6.5g of mixed solvent of xylene, n-butanol and cyclohexane, at a low speed Mixing, chemical activation and composite treatment for 35 minutes under stirring, then, add 0.3g of 6690 reactive diluent, 0.2g of hard epoxy resin (a mixture of DCPO-phenol epoxy resin and epoxy resin E20) and xylene, n-butyl Mixed solvent 3g of alcohol and cycloheximide, mixed at a low speed for 30 minutes, then treated with ultrasonic waves at a constant temperature of 18°C-60°C with additional shear conditions for 50 minutes, and then put the above mixed solution in a disperser, in the medium In the fast state, add 9g of the mixture of hard epoxy resin (the mixture of DCPO-phenol epoxy resin and epoxy resin E20) and soft epoxy resin (the mixture of DCPO-phenol epoxy resin and epoxy resin E20) successively, Xylene, n-butanol and c...

Embodiment 3

[0025] Put 0.3g of single-walled carbon nanotubes with a diameter of 0.6-2nm in the mixed solution of 0.4g of dioxin epoxy active diluent, 0.2g of EFKA2022 auxiliary agent and 6.5g of mixed solvent of xylene, n-butanol and cyclohexane , mixed, chemically activated and compounded for 50 minutes under low-speed stirring, then added 0.3g of dicarboxylate reactive diluent and 0.2g of hard epoxy resin (a mixture of DCPO-phenol epoxy resin and epoxy resin E20) and 3g of mixed solvent of xylene, n-butanol and cyclohexene, mixed at a low speed for 30 minutes, then treated with ultrasonic waves at a constant temperature of 18°C-60°C with additional shear conditions for 50 minutes, and then put the above mixed solution in In the disperser, add hard epoxy resin (a mixture of DCPO-phenol epoxy resin and epoxy resin E20) and soft epoxy resin (a mixture of DCPO-phenol epoxy resin and epoxy resin E20) in sequence at a medium speed. Mixture) of mixture 9g, xylene, n-butanol and cyclohexane mi...

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Abstract

The invention discloses a carbon nanotube epoxy resin composited static conductive coating material and a fabrication method thereof. As a carbon nanotube with a special effect is adopted as a static conductive body, the carbon nanotube epoxy resin composited static conductive coating material is good in electrical conductivity; as the carbon nanotube is subjected to chemical and mechanical dispersion and complex treatment, the carbon nanotube is adaptable to an anti-corrosive paint system; a static conductive coating formed by the carbon nanotube epoxy resin composited static conductive coating material has comprehensive properties of durable oil resistance, water resistance, heat resistance, corrosion resistance, solvent resistance, no pollution to an oil product, no influence on regeneration of storage tank steel and the like; and the static conductive coating meets relevant requirements of GB6950-2001'Safe Rest Conductivity of Light Fuel Oil' in a standard exceeding manner, and is very good in stability.

Description

technical field [0001] The invention relates to a paint and a preparation method thereof, in particular to a carbon nanotube epoxy resin composite electrostatic conductive coating material and a preparation method thereof. Background technique [0002] Static conductive coating material is a coating material with a wide range of applications, which can lead out the static charge accumulated on the surface of the material and eliminate static electricity. Anti-static is an important issue during the storage and transportation of petroleum products. Static conductive coating material is an effective measure for anti-static. To this end, the country has successively issued GB1338-1992 "Electrostatic Safety Regulations for Liquid Petroleum Products", GB16906-1997 "Measurement Method for the Resistivity of Static Conductive Coatings for Petroleum Storage Tanks", GB6950-2001 "Technical Indicators for Static Conductive Coatings for Petroleum Tanks", GB6590- 2001 "Safety Static Co...

Claims

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Application Information

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IPC IPC(8): C09D163/00C09D163/02C09D5/24
Inventor 杨含春曾繁涤
Owner HUNAN WEIERSI CHEM IND
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