Audited Supplier
STMX
Color
ST
Box/ Carton
50PCS/Box, 10boxes/Carton
Yutian, Hebei, China
39169090
Product Description
Creasing Matrix
Feature:
B. Brute mighty bottom film
C. Slot width of creasing matrix
D. Positioning plastic strip
E. Protection film.
Selection Method Of Indentation
when cutting cardboard the selection method of creasing matrix
a) Calculation method:
A=The thickness of the creasing matrix
B=The slot width of the creasing matrix
C=The thickness if the cardboard ≤d
d= The thickness of the creasing line
A≤C B=(C*1.5)+d
b) Cardboard choose table (die-cutting blade height 23.8 mm)
Note: The above specification is only recommendation. ▄▄▄ is first choice.
For example: cardboard thickness is 0.52mm, creasing line thickness is 0.71mm, the calculation method is A=0.52mm, B=0.52*1.5+0.71=1.49≈1.5mm, so we should choose the size of 0.5*1.5
when cutting corrugated paper selection method of creasing matrix.
a) Calculation method:
A=The thickness of the creasing matrix
B=The slotting width of the creasing matrix
C=The thickness if the corrugated paper
d= The thickness of the creasing line
e= The thickness of the corrugated paper after pressing
A≤e B=(e*2.0)+d
b) Corrugated Paper choose table (die-cutting blade height 23.8mm )
Package
Feature:
- The unique processing technology used by us makes our products superior than the other product at pasting and die-cutting times. The PVC based matrix can be used for 80000 times, fiber-based about 120000 to 150000 times and paper base about 150000 to 180000 times.
- We use high quality material for the positioning bar with moderate flexibility-easy for operation and accurate position.
- Imported Switzerland double-side adhesive tape is easy to be cleaned after die-cut.
- Linear mouth with good vertical degree.
- Type of creasing matrix
- Creasing Matrix Structure
B. Brute mighty bottom film
C. Slot width of creasing matrix
D. Positioning plastic strip
E. Protection film.
Selection Method Of Indentation
when cutting cardboard the selection method of creasing matrix
a) Calculation method:
A=The thickness of the creasing matrix
B=The slot width of the creasing matrix
C=The thickness if the cardboard ≤d
d= The thickness of the creasing line
A≤C B=(C*1.5)+d
b) Cardboard choose table (die-cutting blade height 23.8 mm)
| Paper (gsm) | Paper Thickness (mm) | The height of the creasing line (mm) | Common domestic creasing line | ||||||
| 23.50 | 23.40 | 23.30 | 23.20 | 23.10 | 23.00 | 23.24 | 22.90 | ||
| 200 | 0.28 | 0.3*1.0 | 0.4*1.0 | 0.5*1.0 | |||||
| 250 | 0.35 | 0.3*1.2 | 0.4*1.2 | 0.5*1.2 | 0.5*1.2 | ||||
| 300 | 0.42 | 0.3*1.3 | 0.4*1.3 | 0.5*1.4 | 0.5*1.4 | ||||
| 350 | 0.50 | 0.4*1.4 | 0.5*1.5 | 0.6*1.5 | 0.5*1.5 | ||||
| 400 | 0.56 | 0.5*1.6 | 0.6*1.6 | 0.5*1.6 | 0.8*1.6 | ||||
| 450 | 0.63 | 0.5*1.7 | 0.6*1.7 | 0.7*1.7 | 0.8*1.7 | ||||
| 500 | 0.70 | 0.7*1.7 | 0.8*1.7 | 0.8*1.7 | |||||
For example: cardboard thickness is 0.52mm, creasing line thickness is 0.71mm, the calculation method is A=0.52mm, B=0.52*1.5+0.71=1.49≈1.5mm, so we should choose the size of 0.5*1.5
when cutting corrugated paper selection method of creasing matrix.
a) Calculation method:
A=The thickness of the creasing matrix
B=The slotting width of the creasing matrix
C=The thickness if the corrugated paper
d= The thickness of the creasing line
e= The thickness of the corrugated paper after pressing
A≤e B=(e*2.0)+d
b) Corrugated Paper choose table (die-cutting blade height 23.8mm )
| Corrugated paper | Corrugated thickness after press | Height of creasing line | Choose of creasing matrix(1.05 thickness creasing line) | Choose of creasing matrix(1.42thickness creasing line) |
| E Flute | 0.65mm | 23.10mm | 0.7*2.3 | ---- |
| E Flute | 0.75mm | 23.00mm | 0.8*2.5 | ---- |
| B Flute | 0.85mm | 22.90mm | 0.8*2.7 | 0.8*3.2 |
| B Flute | 0.95mm | 22.80mm | 1.0*3.0 | 1.0*3.5 |
| C Flute | 1.05mm | 22.70mm | 1.0*3.2 | 1.0*3.5 |
| C Flute | 1.15mm | 22.60mm | 1.0*4.0 | |
