Varieties

TZ-PE/ Applicable to polyethylene sealant substrates
TZ-PP/ Applicable to polypropylene sealant substrates

Features

Less wrinkles at the zipper heat seal area due to a special laminated film used for the flange.
Beautiful finish at the zipper profile seal area due to relatively small portion of the resin use. Easy to open from outside, hard to open from inside.

Favorable features

Resealability Able to open and close easily.
Storable Able to use as storage container.
Portability Able to carry with secure closure after opening.

 

Printed Zipper

Cost effective

● This unique zipper is heat-sealed with laminate films.

● Additionally, different sized zipper pouches with “zipper here” indication are produced from a single plain body laminate film. This works well with small run quantities.

Original Designs

Printing company logos, product names or your unique design can be easily completed to make your product exclusive and different.

Metalized Zipper

Zipper with Slip Rib

This unique slip-rib makes pouch opening easier.
※Price is varied depending on specifications.

Fujitoku TZ Specification(PE and PP in common）

（1）Zipper opening force

Open side　(Outside of pouch)　4.9～20.0N(0.5kg〜2.0kg)／50mm width
Unopen side (Inside of pouch)　Over 20N(2.0kg)／50mm width

（2）Splices within Roll

Max three(3) Reel：specified on outside the zipper reel　
Unwound Type：specified inside the carton

（3）Packing

1.Quantity

　Reel：2000ｍ/reel×2reels
　 　　　　　Unwound Type：2000ｍ

2. Cardboard

　　　　

Reel：560（length）×560（width）×360（height）mm

　　　　

※ Reel Dimension　Diameter 530ｍｍ×Width160ｍｍ

　　　　

Unwound Type：560（length）×560（width）×595（height）mm

3. Details：

Specified on outside the zipper reel or inside the cardboard

Starting point is pasted with a label to indicate the zipper outside and inside

　　　　

Specified identification number, quantity and number of splices on the label is attached to the cardboard

（4）Foreign material control

Eliminate any of over diameter 1.0ｍｍ2

（5）Width and Thickness

Width ＝12.0ｍｍ±1.0ｍｍ　　Thickness ＝92±10% microns