Rubber Based Effect As Flint Conventional Photopolymer Plates

Specifications

Flexo Printing Plates:
1.Green Product
2.Excellent hardness and flexibility
3.Excellent Solid printing performance

Rubber Based Effect As Flint Conventional Photopolymer Plates

1. Products Features: 

a. Green Product, suitable for water base ink 
b. Optimal hardness and flexibility 
c. Excellent dot and isolated line reproduction 
d. Excellent Solid printing performance 

e. High latitude of exposure and processing 
f. Good ink transfer and High impression.    

2. Our Certification:

 3. Characteristics:

5. Technical Specification:

Type	R284H
Thickness (mm)	2.84
Back Exposure (seconds)	25-40
Main Exposure (minutes)	5-20
Rinsing (minutes)	5-7
Drying(hours)	1.5-2
Detackfying (minutes))	8-15
Post Exposure (minutes)	5

Marks: All the above data is depended on our plate-making device. Due to the different requirements of plate-making device, UV lamp power, relief depth and print image, the above recommended time can be changed suitable. Customers should test on their own device for optimum plate quality.

6. Printing Process and Application:

7. About Our Laboratory And Factory:

8. Production Transaction Process:

9. Storage and Package :

Storage	Raw Material	Unexposed plates should be stored in cool areas (4-32°C) away from heat. The plates must be placed flatly, and protected from contacting UV light. It is recommended to unpacked and handled in yellow light.
	Finished Plates	Printing plate should be avoided excessive white light, irradiating from sunlight and exposing in high concentrated ozone environments for a long time either. After being unloaded, the plates should be cleaned thoroughly.
Packing		8 pcs per carton, 9 cartons per wooden case
Guarantee Period		Under the recommended storage condition, guarantee period of Flexographic Printing Plate is 12 months.

10. Our Services:

We offer samples for your testing:

11. Marketing Distribution:

12. Our Customers And Our Team:

13. Contact Us:

  Rubber Based Effect As Flint Conventional Photopolymer Plates