Find high quality high quality wax special screen nickel rotary screen for rotary printing with competitive price here. Please rest assured to buy high quality wax special screen nickel rotary screen for rotary printing with Qingdao Bri-Color Industry Co.,Ltd

WAX SPECIAL SCREEN

Screen Specification
Repeat(mm)	819/914
Length(mm)	1410-3500
(Mesh)	Thickness (um)	Open area (%)	*
60	145	24-26	*
80	120	18-20	*
100	125	15-17	*
125	120-180	15-25	*
155	120-150	15-22	*
165	120-150	15-20	*

Feature: All screens can be repeatedly used for 5-7 times

1 .Brittleless: use of sulphur-free additive at screen-making process enables non-existence of brittleness of screens during/after the rounding and polymerization process. Brittleness is the main cause of screen crack and damage on the rotary printing machine win operation. A convenient way to test the brittleness is the so-called "lighter test": a piece of screen sample burnt by lighter flame for 10 seconds, bend the screens sample to see if it breaks at the burnt spot.

Can endure 6-7 times stripping by waterjet or LEN.

 

2. Dyestuff saving by High mesh screens; due to the high density of holes, unique involuted hole shape, and minimized nickel dam, the coverage of dyestuff paste on the fabrics has largely increased compared with conventional Penta screens. For the same amount/, intensity of dyestuff deposit on surface of fabric, less squeegee/ magnetic roller pressure is required; as a result, substantial saving on dyestuff paste is achieved. Experiments have proved that up to 19% of paste volume can be saved at multiple printing mills around the world.

 

3. Higher open area allows smooth throughout of dyestuff paste, so that printing speed and efficiency of printing machine can be ascended.

 

4. 165 and 195 mesh screens can help achieve better gradation of halftones, as well as finer line width and reproduction of fine details of fabric design. Whilst 135 screen with extraordinary high open area (>25% if needed) can satisfy the high paste deposit requirement for solid printing on knitted fabrics.