CN201442374U

CN201442374U - 80-mesh printed nickel screen

Info

Publication number: CN201442374U
Application number: CN2009200312614U
Authority: CN
Inventors: 孙俊成; 魏福斌; 张光德; 张沛海; 苏窈
Original assignee: SHANDONG DATONG NICKEL SCREEN CO Ltd
Current assignee: SHANDONG DATONG NICKEL SCREEN CO Ltd
Priority date: 2009-08-10
Filing date: 2009-08-10
Publication date: 2010-04-28
Anticipated expiration: 2019-08-10

Abstract

The utility model relates to an 80-mesh printed nickel screen, which comprises a cylindrical screen body. A plurality of regular hexagon-shaped mesh holes are distributed at the outer circumference of the screen body; the mesh of the holes is 80; perpendicular lines between the parallel opposite edges of the regular hexagons form included angles of 15 degrees, 75 degrees, and 135 degrees with the axis of the screen body; and the arrangement angle of the mesh holes is adjusted to 15 degrees. The printed nickel screen increases the paste penetration effect of the mesh holes and improves the paste penetration similarity in all directions of the mesh holes. The printed nickel screen can be used for printing large-sized patterns, especially geometric patterns, thereby enlarging the application range and improving the printing effect.

Description

80 order printed nickel nets

Technical field

The utility model relates to a kind of 80 purpose printed nickel nets, relates in particular to a kind of mesh arrangement angle and be 15 ° 80 purpose printed nickel nets, belongs to the printing technology field.

Background technology

At present, the 80 order printed nickel nets that dyeing uses as shown in Figure 1, mesh 2 on the dictyosome 1 is generally regular hexagon, and vertical line between the parallel opposite side of regular hexagon and dictyosome 1 axis have angle respectively, generally acute angle minimum in these three angles is called the mesh arrangement angle.As shown in Figure 2, orthohexagonal article one limit 3 is parallel with four edges 6, second limit 4 is parallel with the 5th limit 7, article three, limit 5 is parallel with the 6th limit 8, article one, the limit 3, the angle of vertical line between the four edges 6 and dictyosome 1 axis is 0 °, second limit 4, article five, the axis of vertical line between the limit 7 and dictyosome 1 has angle, this angle is 60 °, article three, limit 5, article six, the angle of vertical line between the limit 8 and dictyosome 1 axis is 120 °, be that mesh arrangement angle θ is 60 °, printed nickel net with this mesh arrangement is applicable to the stamp of bulk face, the arrangement of coating, but when printing how much flower types, especially anyhow during the printing of lines, because mesh is arranged, and causes the saturating slurry degree varies of all directions to cause the phenomenon that few seal can occur even bite, the line weight of printing is inconsistent, and printing effect is undesirable.

The utility model content

Problem to be solved in the utility model is the deficiency at above technology, and a kind of 80 order printed nickel nets are provided, and this printed nickel net can be printed common bulk face flower type, and can print the flower type how much, and printing effect is good.

For solving above technical problem, the technical solution adopted in the utility model is: 80 order printed nickel nets, described printed nickel net comprises columniform dictyosome, on the excircle of dictyosome, be distributed with several orthohexagonal mesh, the order number of mesh is 80 orders, it is characterized in that: the vertical line between the parallel opposite side of described regular hexagon and the angle of dictyosome axis are respectively 15 °, 75 ° and 135 °.

The utility model adopts above technical scheme, compare with the prior art scheme and to have the following advantages: the mesh arrangement angle is adjusted into 15 °, improved the saturating slurry effect of mesh, improved the saturating slurry similarity of mesh in all directions, not only can print the colored type of bulk face, especially can print the flower type how much, enlarge the scope of application, improve the printing and dyeing effect.

The utility model is described in further detail below in conjunction with drawings and embodiments

Description of drawings

Accompanying drawing 1 is the structural representation of 80 order printed nickel nets in the prior art;

Accompanying drawing 2 is the structural representation of mesh in the 80 order printed nickel nets in the prior art;

Accompanying drawing 3 is the structural representation of 80 order printed nickel nets in the utility model;

Accompanying drawing 4 is the structural representation of mesh in the 80 order printed nickel nets in the utility model;

Accompanying drawing 5 is the design sketch of the horizontal hachure that 80 order printed nickel nets are printed in the prior art;

The design sketch of the horizontal hachure that 80 order printed nickel nets are printed in accompanying drawing 6 the utility model.

Among the figure:

The 1-dictyosome, 2-mesh, 3-article one limit, 4-second limit, the 3rd limit of 5-, 6-four edges, the 5th limit of 7-, the 6th limit of 8-

The specific embodiment

Embodiment, accompanying drawing 3 is the structural representation of 80 order printed nickel nets.Comprise columniform dictyosome 1, on the excircle of dictyosome 1, be distributed with orthohexagonal mesh 2, the order number of mesh 2 is 80 orders, accompanying drawing 4 is the structural representation of mesh, vertical line between the parallel opposite side of regular hexagon and dictyosome 1 axis have angle respectively, orthohexagonal article one limit 3 is parallel with four edges 6, second limit 4 is parallel with the 5th limit 7, article three, limit 5 is parallel with the 6th limit 8, article one, the angle of vertical line between limit 3 and the four edges 6 and dictyosome 1 axis is 15 °, second limit 4, article five, the angle of vertical line between the limit 7 and dictyosome 1 axis is 75 °, article three, the vertical line between limit 5 and the 6th limit 8 and the angle of dictyosome 1 axis are 135 °, and promptly mesh arrangement angle θ is 15 °.

By the arrangement architecture of mesh in comparative drawings figs 2 and the accompanying drawing 4, get respectively laterally and vertically each 1 inch, the mesh quantity in its scope is compared, obtain following result:

Transverse row is shown 80 mesh in the 80 present order printed nickel net unit lengths, vertically is arranged with 46 mesh; Transverse row is shown 83 mesh in the utility model 80 order printed nickel net unit lengths, vertically is arranged with 83 mesh.

From above comparative result as can be seen, good aspect the saturating slurry, and all directions are starched the similarity height to the utility model thoroughly than existing 80 order printed nickel nets.

The design sketch of the horizontal hachure that accompanying drawing 5 is printed for 80 present order printed nickel nets, the design sketch of the horizontal hachure that accompanying drawing 6 is printed for the utility model 80 order printed nickel nets, the saturating slurry area of each lines is inconsistent when more existing 60 ° of printed nickel nets of accompanying drawing 5 and accompanying drawing 6 are printed lines, cause the thickness of the lines of printing out to differ, printing effect is bad; And the line weight that 15 ° of printed nickel nets of the utility model are printed when printing lines is even, and the saturating slurry area of its lines is similar, and printing effect is good.

Claims

1.80 order printed nickel net, described printed nickel net comprises dictyosome (1), on the excircle of dictyosome (1), be distributed with several orthohexagonal mesh (2), mesh (2) is 80 orders, it is characterized in that: the angle of vertical line between the parallel opposite side of described regular hexagon and dictyosome (1) axis is respectively 15 °, 75 ° and 135 °.