Reverse Bend Creasing Matrix Series

Resin fibre based material for based.

High hardness,high temperature resistance,wear resistance,Full indentation

Suitable for automatic die-cutting machine,reduce the number of times to change,improve the efficiency of die-cutting,cost saving.

Die-cutting indentation about 120000~230000 times

Suitable for processing long version works or large order work.

 

Scope of application

These creasing matrix are suitable for paper jam.corrugated packaging box and other box products. eg:medicines box,wine box,cosmetics box,toothpaste box and other long plate packaging box.

Standard

Available for 0.6~6mm channel

each pcs length is 70cm，packed in 50pcs/box

13mm base

 

Off centre

Enabling two creases very close together

 

Ultra-narrow

Available for 0.6~6mm channel

each pcs length is 70cm，packed in 50pcs/box

9mm base

 

Double Crease

For job requiring 2 creases close together，special locator fits both creasing rules.

 

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Structure of creasing matrix

a. Creasing Matrix Base Board

b. Open protective adhesive tape paper

c. Strong bottom film

d. Creasing Matrix Positing Strip

A. Creasing Matrix Thickness

B. Creasing Matrix Groove Width

The instruction of Creasing matrix

1. First Measure the creasing rule length of the die making boarding.

2. Cut the creasing matrix according to the measuring length，and cut the two ends naturally into 90 degrees sharp angle.

3. Fix the elastic opening of the positioning strip of the creasing matrix to the creasing rules.

4.After the creasing matrix is all clamped，tear off the bottom protective adhesive tape.

5. The die-cutting machine will be installed to start the die-cutting machine once，the creasing matrix is located on the bottom die plate.

6.Tear off the creasing matrix positioning strip，creasing matrix indentation die positioning completed.

How to choose the correct creasing matrix style？

In the process of die-cutting，different types of paper should choose different specifications of creasing matrix，which Paper jam and corrugated cardboard have different selection methods.

Comparison Table for Paper Jam Selection

Paper gram	Paper thickness	Steel creasing rule height	chosen creasing matrix style 0.71mm creasing rule thickness	chosen creasing matrix style 1.05mm creasing rule thickness
150.00	0.21	23.60	0.2*0.8	-
200.00	0.28	23.50	0.3*1.0	-
230.00	0.32	23.50	0.3*1.2	-
250.00	0.35	23.50	0.3*1.3	-
300.00	0.42	23.40	0.4*1.3	-
350.00	0.50	23.30	0.5*1.5	-
400.00	0.56	23.30	0.5*1.6	-
450.00	0.63	23.20	0.5*1.6	-
500.00	0.70	23.10	0.6*1.7	0.6*1.9
500.00	0.70	23.10	0.7*1.7	0.7*2.1
550.00	0.77	23.00	0.8*1.9	0.8*2.3

  a=creasing matrix thickness

 b=groove width of the creasing matrix

c=paper jam thickness

d=creasing rule thickness

e=the flatten corrugated cardboard thickness

a=c b=(c×2)+d

First，measure the thickness of the paper jam with a caliper.The thickness of the creasing rule selected for die-cutting should be greater than or equal to the thickness of the paper，and the groove depth of the creasing matrix should be equal to the thickness of the paper.

In production practice，the groove width of the creasing matrix can be selected according to the following formula：

*creasing matrix groove width = paper jam thickness×1.5+creasing rule thickness.

How to choose the correct creasing matrix style？

Comparison Table for corrugated cardboard Selection

Corrugated Cardboard	the flatten corrugated cardboard thickness	the creasing rule height	chosen creasing matrix style 1.05mm creasing rule thickness	chosen creasing matrix style 1.42mm creasing rule thickness
E pit	0.65	23.10	0.7*2.3	-
E pit	0.75	23.00	0.8*2.5	-
B pit	0.85	22.90	0.8*2.7	0.8-3.2
B pit	0.95	22.80	1.0-3.0	1.0*3.5
C pit	1.05	22.70	1.0*3.2	1.0*3.5
C pit	1.15	22.60	-	1.0*4.0

a=creasing matrix thickness 

b=groove width of the creasing matrix

c=corrugated cardboard thickness

d=creasing rule thickness

e=the flatten corrugated cardboard thickness

a=c b=（c×2）+d

First，measure the thickness of the flatten corrugated cardboard with caliper.Choose the thickness of the creasing rule is greater than or equal to the thickness of the flattening corrugated cardboard. The groove depth of the creasing matrix（the thickness of the creasing matrix） should be equal to the thickness of the flatten corrugated cardboard.

In production practice，the groove width of the creasing matrix can be selected according to the following formula：

*creasing matrix groove width = the flatten corrugated cardboard thickness×2+creasing rule thickness.