IE20180406U1

IE20180406U1 - Silica sol acrylic composite coating production plant

Info

Publication number: IE20180406U1
Application number: IE20180406U
Authority: IE
Inventors: Liao Ruer
Original assignee: Chengdu Wei Er Bo Dun Tech Co Ltd
Priority date: 2018-11-05
Filing date: 2018-11-05
Publication date: 2020-08-19

Abstract

Silica sol acrylic composite coating production plant, including: tank (F101), tank (F102), feedstock pump (J101), feedstock pump (J102), mixing tank (D101), transfer pump (J103), transfer pump (J104), transfer pump (J105), regulation tank (D102), roller mill (L101), filter (L102); the connection between the various components of the production plant is: tank (F102) is connected to feedstock pump(J102), tank (F101) is connected to feedstock pump (J101), mixing tank (D101) is connected to transfer pump (J103), transfer pump (J103) is connected to roller mill (L101), roller mill (L101) is connected to transfer pump (J104), transfer pump (J104) is connected to regulation tank (D102), regulation tank (D102) is connected to transfer pump (J105), transfer pump (J105) is connected to filter (L102); among them, cylinder diameter of tank (F102) is 700-800 mm. <Figure 1>

Description

Silica sol acrylic composite coating production plant FIELD OF THE INVENTION The present invention relates to a kind of pharmaceutical synthesis plant, more particularly, relates to silica sol acrylic composite coating production plant.

GENERAL BACKGROUND 1 Silica sol acrylic composite coating is used for the construction external wall coating. Most of the existing production plant processes are complex. Thus, as a building exterior painting, the advantages and disadvantages of production equipment of silica sol acrylic composite coating have a great economic significant for improving product quality and reducing the by-product contents.

SUMMARY The purpose of the present invention is to provide silica sol acrylic composite coating production plant, including: tank (F101), tank (F102), feedstock pump (J10l), feedstock pump (J 102), mixing tank (D101), transfer pump (J 103), transfer pump (J 104), transfer pump (J105), regulation tank (D102), roller mill (L101), filter (L102); the connection between the various components of the production plant is: tank (F102) is connected to feedstock pump (J 102), tank (F101) is connected to feedstock pump (J 101 ), mixing tank (D101) is connected to transfer pump (J103), transfer pump (Jl03) is connected to roller mill (L101), roller mill (L101) is connected to transfer pump (J104), transfer pump (J 104) is connected to regulation tank (D102), regulation tank (D102) is connected to transfer pump (J105), transfer pump (J 105) is connected to ﬁlter (L102); among them, cylinder diameter of tank (F 102) is 700-800 mm, outlet diameter of feedstock pump (J102) is 160-170 mm, nominal volume of mixing tank (D101) is 800-900 L.

Silica sol acrylic composite coating production plant, the production process is: added water and silica sol into reactor D101 to mix, and then added pigment filler and dispersant, stirred well for 90-120 min, let the seriﬂux pass through ball mill L101 for grinding or colloid mill for milling after stirring until the ﬁneness is qualified, adjusted after grinding, transferred to regulation tank, added emulsion and additive, mixed well for 2-3 h, ﬁltered and barreled, and got the finished product. The advantages of this invention are that the reaction time is reduced and the reaction rate is improved.

DESCRIPTION OF THE DRAWINGS Figure 1 silica sol acrylic composite coating production plant.

Include: tank (F101), tank (F102), feedstock pump (Jl01), feedstock pump (J102), mixing tank (D101), transfer pump (J103), transfer pump (J104), transfer pump (J105), regulation tank (D102), roller mill (L101), ﬁlter (L102); DETAILED DESCRIPTION OF PREFERRED EMBODIMENTS The following examples with reference to specific embodiments of the present invention are ﬁirther illustrated: Embodiment 1 Raw materials and dosages Silica sol (15%) Industrial 120 Thickener-B Industrial 7 grade grade Acrylic Industrial 50 Dispersant -6 Industrial 03 emulsion (30%) grade grade Titanium Industrial 40 Dispersant -N Industrial 0.6 dioxide (gold grade grade red type) Titanium white Industrial 5 Defoamer Industrial 0.06 (anatase) grade grade Light calcium Industrial 30 Film—forming Industrial 10 carbonate grade agent grade Talcum powder Industrial 40 Presieivative Industrial 1.3 grade grade Porcelain clay Industrial 10 Water Industrial 30 grade grade Mica powder Industrial 10 grade Silica sol acrylic composite coating production plant, including: tank (F101), tank (F102), feedstock pump (J10l), feedstock pump (J102), mixing tank (D101), transfer pump (J103), transfer pump (J104), transfer pump (J 105), regulation tank (D102), roller mill (L101), filter (L102); the connection between the various components of the production plant is: tank (F102) is connected to ‘feedstock pump (J 102), tank (F101) is connected to feedstock pump (J 101), mixing tank (D101) is connected to transfer pump (J103), transfer pump (J103) is connected to roller mill (L101), roller mill (L101) is connected to transfer pump (J104), transfer pump (J 104) is connected to regulation tank (D102), regulation tank (D102) is connected to transfer pump (Jl05), transfer pump (J 105) is connected to filter (L102); among them, cylinder diameter of tank (F 102) is 700 mm, outlet diameter of feedstock pump (J102) is 160 mm, nominal volume of mixing tank (D101) is 800 L.

Silica sol acrylic composite coating production plant, the production process is: added water and silica sol into reactor D101 to mix, and then added pigment filler and dispersant, stirred well for 90 min, let the seriﬂux pass through ball mill L101 for grinding or colloid mill for milling after stirring until the ﬁneness is qualified, adjusted after grinding, transferred to regulation tank, added emulsion and additive, mixed well for 2 h, filtered and barreled, and got the finished product.

The qualities of the product are as follows: Fineness 86 micrometers Hiding power 210 g/ml Viscosity 235 Solid content 47% pH value 8.5 Stability >7 months Embodiment 2 Raw materials and dosages Silica sol (15%) Industrial 120 Thickener-B Industrial 9 grade grade Acrylic Industrial 70 Dispersant -6 Industrial 0.4 emulsion (30%) grade grade Titanium Industrial 50 Dispersant —N Industrial 0.7 dioxide (gold grade grade red type) Titanium white Industrial 7 Defoamer Industrial 008 (anatase) grade grade Light calcium Industrial 40 Film-forrning Industrial 12 carbonate grade agent grade Talcum powder Industrial 50 Preservative Industrial 1.5 grade grade Porcelain clay Industrial 12 Water Industrial 40 grade grade Mica powder Industrial 12 grade Silica sol acrylic composite coating production plant, including: tank (F101), tank (F102), feedstock pump (J10l), feedstock pump (J102), mixing tank (D101), transfer pump (J 1 03), transfer pump (J104), transfer pump (J 105), regulation tank (D102), roller mill (L101), ﬁlter (L102); the connection between the various components of the production plant is: tank (F102) is connected to feedstock pump (J 102), tank (F101) is connected to feedstock pump (J 101), mixing tank (D101) is connected to transfer pump (J103), transfer pump (J103) is connected to roller mill (L101), roller mill (L101) is connected to transfer pump (J 104), transfer pump (J 104) is connected to regulation tank A (D102), regulation tank (D102) is connected to transfer pump (J105), transfer pump (J I05) is connected to ﬁlter (L102); among them, cylinder diameter of tank (F102) is 800 min, outlet diameter of feedstock pump (1 102) is 170 mm, nominal volume of mixing tank (D 101) is 900 L.

Silica sol acrylic composite coating production plant, the production process is: added water and silica sol into reactor D101 to mix, and then added pigment filler and dispersant, stirred well for 120 min, let the seriflux pass through ball mill L101 for grinding or colloid mill for milling after stirring until the ﬁneness is qualified, adjusted after grinding, transferred to regulation tank, added emulsion and additive, mixed well for 3 h, ﬁltered and barreled, and got the finished product.

The qualities of the product are as follows: Fineness 88 micrometers Hiding power 230 g/m2 Viscosity 253 Solid content 49% pH value 8.7 Stability >7 months The embodiments of the present invention are merely preferred embodiments of the present invention, but the range of the present invention is not limited this, and any person who is familiar with those skilled in the arts, within the technical range of the present invention. It is intended that the technical solution and its inventive concept be replaced or modified equivalently with reference to the range of the invention.

Claims

1. Silica sol acrylic composite coating production plant, including: tank (F101), tank (F102), feedstock pump (J101), feedstock pump (J102), mixing tank (D101), transfer pump (J 103), transfer pump (J 104), transfer pump (J 105), regulation tank (D102), roller mill (L101), ﬁlter (L102); the connection between the various components of the production plant is: tank (F102) is connected to feedstock pump (J102), tank (F101) is connected to feedstock pump (J101), mixing tank (D101) is connected to transfer pump (J 103), transfer pump (J 103) is connected to roller mill (L101), roller mill (L101) is connected to transfer pump (J104), transfer pump (1104) is connected to regulation tank (D102), regulation tank (D102) is connected to transfer pump (J105), transfer pump (J 105) is connected to filter (L102); among them, cylinder diameter of tank (F102) is 700-800 mm.

2. Silica sol acrylic composite coating production plant according to claim 1 wherein outlet diameter of feedstock pump (J 102) is 160-170 mm.

3. Silica sol acrylic composite coating production plant according to claim 1 wherein nominal volume of mixing tank (D101) is 800-900 L.