Waterborne nature antibacterial interior wall coating material and production method thereof

Abstract

The invention relates to a single component water-based natural antibacterial inner wall coating and a production method thereof. The single component water-based natural antibacterial inner wall coating comprises the following components in weight portion: 334.5 portions of water, 15 portions of antifreeze agent, 1.5 portions of neutralizing agent, 2 portions of wetting agent, 6 portions of dispersing agent, 2 portions of foam killer, 200 portions of pigment, 25 portions of natural mineral antibacterial material, 100 portions of natural plant antibacterial material, 2 portions of preservative disinfectant, 300 portions of emulsion, and 10 portions of thickening agent. The coating has the advantages of good freezing and melting stability, low VOC content, convenient construction, even film forming, long service life, elasticity and capability of making up for fine cracks on the wall, and not only accords with the national industrial policy of energy conservation and environmental protection and recycling economy, but also explores a new direction for the development of the coating in future.

Description

Technical field [0001] The invention relates to a functional interior wall architectural coating, and more specifically relates to a water-based natural antibacterial and negative ion releasing interior wall architectural coating and a production method thereof. It belongs to the technical field of architectural coatings. Background technique [0002] At present, most of the antibacterial coatings for interior walls sold on the market use inorganic series, metal series, diphenyl ether drugs and their derivatives series, quaternary ammonium salt series, copper compounds, biguanide series, etc. as coating antibacterial additives, and the cost is high. The source is not easy, and the addition of antibacterial agents will inevitably complicate the coating processing technology, increase production costs, and the potential adverse effects cannot be completely ruled out. Therefore, choosing pure natural antibacterial materials to manufacture coatings is the common direction of ef...

AI Technical Summary

Problems solved by technology

[0002] At present, most of the antibacterial coatings for interior walls sold on the market use inorganic series, metal series, diphenyl ether drugs and their derivatives series, quaternary ammonium salt series, copper compounds, biguanide series, etc. as coating antibacterial additives, and the cost is high. The source is not easy, and the addition of antibacterial agents will inevitably complicate the coating process, increase production costs, and the potential adverse effects cannot be completely ruled out

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