Pressboard based creasing matrix

A Pressboard based matrix used on auto platens; especially suitable for fragile or recycled board.
 Combining vulcanized black paper with modern materials, Graphic pressboard series offers up to 2 or 3 times the durability of plastic matrices.

Quick Details

• Place of Origin: Beijing, China (Mainland)

• Brand Name: Graphic

• Model Number: GRB0.8x3.0 P

• Channel Height: 0.8 mm

• Channel Width:3.0 mm

• Locator Color: White

• Matrix Color: Black

• Application: For carton making

• Machines: Manual/Semi-Automatic/Full Automatic die cutting machines

• Certificate: SGS

• Industrial Use: Pharmaceutical

• Material: Pressboard

Packaging & Delivery

Features:

1. World's most advanced pressboard based creasing matrix made from vulcanized paper for long-run die cutting jobs .  
 2. Low profile chamfer – board flows freely over the matrix; board marking is reduced.
 3. Yellow Finger lift adhesive tape– backing paper easily and quickly removed.
 4. High tolerance & accurate channel depth and width.
 5. It is extremely durable and accurate and provides benefits in time and cost.
 6. Competitive price with high quality
  Notes: OEM and special sizes are available upon customer's demands.
 Size Table

Operation Procedure
1. Mark the measurement and cut the matrix
2. Mount the cutting piece into the creasing rule with locator
3. Remove all of the backing tapes                    
4. Miter the sharp angle
Calculation Formula
  
Method to choose creasing matrix size for cardboard paper. Size table ( subject to 23.8 mm die-cutting rules)

For instance: the thickness of the cardboard: 0.52mm; the thickness of creasing rules: 0.71mm, according to calculation formula: A=0.52x0.5(mm); B=0.52 x 1.5 +0.71 = 1.49 x1.5(mm),so we should choose the size of 0.5 x 1.5. 

 Method to choose creasing matrix size for corrugated paper. Size table ( subject to 23.8 mm die-cutting rules)

Remarks: the above blanks just for reference and the exact specification suitable for your job should be chosen according to your actual conditions and material thickness.