Conductive epoxy resin lawn pigment and coating process thereof

A technology of epoxy resin and floor coatings, applied in the direction of epoxy resin coatings, coatings, etc., can solve the problems of failing to meet the requirements of conductive type, oil resistance, poor decoration, unstable conductive effect, etc., and achieve static conductive Excellent effect, smooth surface, beneficial to industrial production and popularization and application

Inactive Publication Date: 2006-11-01
上海秀珀化工有限公司
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  • Summary
  • Abstract
  • Description
  • Claims
  • Application Information

AI Technical Summary

Problems solved by technology

[0003] Chinese patent CN1594470A disclosed high solid content antistatic epoxy floor coating surface resistance reaches 10 5 ~10 7 Ω, good appearance and physical and chemical properties, but the solid content of its first component is 78 ~ 83%, still contains about 20% organic volatiles (VOCs); Chinese patent CN1460699A disclosed solvent-free antistatic epoxy floor coating solid The content is close to 100%, but its surface resistance is 1×10 6 ~1×10 9 Ω, not up to the static conductive type (5×10 4 ~1×10 6 Ω) requirements
Metal-based fillers have disadvantages such as high price or poor oxidation resistance; carbon-based fillers also have problems such as oil resistance and poor decoration; metal oxide-based fillers have unstable conductive effects; composite conductive fillers contain tin, antimony, indium, etc. Heavy metals have a certain impact on the environment

Method used

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  • Conductive epoxy resin lawn pigment and coating process thereof

Examples

Experimental program
Comparison scheme
Effect test

Embodiment 1

[0053] The formula is: topcoat component A: epoxy resin E-51 55%, titanium dioxide 3%, chromium oxide green 2%, quartz powder 18%, active diluent AGE 6%, inactive toughening diluent phthalate Dibutyl formate 2%, benzyl alcohol 2%, wetting and dispersing agent EFKA4010 0.5%, rheology agent BYK4050.1%, defoamer EFKA2720 0.6%, leveling agent PERENOL F60 0.8%, conductive short fiber pulp 10%; Primer A component: epoxy resin E-44 55%, xylene 10%, n-butanol 10%, conductive graphite powder 25%. After the product is obtained according to the above-mentioned production process, the surface of the insulating asbestos board substrate is coated according to the above-mentioned coating process. After the paint film is cured, the surface is smooth and beautiful, without floating color, blooming, bubbles and swirls. After 48 hours, the surface resistance of the sample is 7×10 4 Ω, the volume resistance is 5×10 4 Ω, in line with industry standard SJ / T11294-2003.

Embodiment 2

[0055] The floor of the workshop on the first floor of a microelectronics factory is painted with the electrostatic conductive epoxy resin floor paint and the painting process of the present invention. The production list of topcoat component A is: epoxy resin E-51 550Kg, titanium dioxide 30Kg, chromium oxide green 20Kg, quartz powder 180Kg, active diluent AGE 60Kg, inactive toughening diluent dibutyl phthalate 20Kg , Benzyl alcohol 20Kg, wetting and dispersing agent EFKA4010 5Kg, rheology agent BYK405 1Kg, defoamer EFKA2720 6Kg, leveling agent EFKA3777 8Kg, conductive short fiber pulp 100Kg; Primer component A production list: epoxy resin E-44550Kg , xylene 100Kg, n-butanol 100Kg, conductive graphite powder 250Kg. After the product is obtained according to the above-mentioned production process, it is painted according to the above-mentioned coating process. After the paint film is cured, the surface is smooth and beautiful, without floating color, blooming, bubbles and swir...

Embodiment 3

[0057] The formula is: Topcoat A component: epoxy resin E-51 58%, titanium dioxide 2%, chromium oxide green 4%, heavy calcium carbonate 14%, active diluent AGE 5.5%, inactive toughening diluent o Dibutyl phthalate 2%, benzyl alcohol 1.5%, wetting and dispersing agent DEUCHEM904S 0.4%, rheological agent 4200-20 0.1%, defoamer DEUCHEM6800 0.7%, leveling agent L-1982 0.8%, conductive short fiber Slurry 11%; primer A component: epoxy resin E-44 50%, xylene 10%, n-butanol 10%, conductive graphite powder 30%. After the product is obtained according to the above-mentioned production process, the surface of the insulating asbestos board substrate is coated according to the above-mentioned coating process. After the paint film is cured, the surface is smooth and beautiful, without floating color, blooming, bubbles and swirls. After 48 hours, the surface resistance of the floor is 8×10 4 Ω, the volume resistance is 7×10 4 Ω, in line with industry standard SJ / T11294-2003.

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Abstract

An electrostatic-conducted epoxy-resin terrace coating and its coating process are disclosed. The coating consists of finish and primer, finish uses conductive short-staple slurry with excellent conductive and dispersing performances, and surface and volume resistances reach to 5*10(4)-1*10(6)omega, furthermore, finish utilizes composite accessory system with disperser, leveling agent, antifoaming agent and rheological agent; primer uses conductive graphite powder, and surface and volume resistances reach to 10(3)-10(4)omega. The process is carried out by pasting conductive copper foil at an interval 1m*2m, building an electrostatic dissipative leakage layer, connecting a grounding device by1000m2 with grounding resistance<4omega and composing complete electrostatic leakage system. It's simple, convenient and has excellent and long-acting electrostatic-conducting effect.

Description

1. Technical field: [0001] The invention relates to materials for building floors, in particular discloses a conductive epoxy resin floor coating, which includes a topcoat, a primer and a coating process thereof, and belongs to the coating category in the chemical category. 2. Background technology: [0002] Anti-static floor coating is a kind of functional coating, which can endow the floor with conductivity to eliminate the large amount of static charge accumulated due to friction, and avoid static electricity from affecting production and causing fire, explosion and other accidents. According to the industry standard SJ / T11294-2003 "General Specification for Anti-static Floor Coatings" of the Ministry of Information Industry, anti-static floor coatings are divided into topcoats and primers, and topcoats are divided into self-leveling anti-static floor coatings, ordinary Anti-static floor coatings and elastic anti-static floor coatings, anti-static floor coatings are divid...

Claims

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Application Information

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Patent Type & Authority Applications(China)
IPC IPC(8): C09D163/02C09D5/00
Inventor 欧国勇程启朝朱庆坚黄硕曦刘庆
Owner 上海秀珀化工有限公司
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