GUANGDONG NEW ERA  COMPOSITE  MATERIAL CO., LTD.

GUANGDONG NEW ERA COMPOSITE MATERIAL CO., LTD.

Manufacturer from China
Verified Supplier
10 Years
Home / Products / Digital Laminating Film /

Super Bonding Special Digital Laminating Film Hot 3 Inch 1 Inch 30 Mic

Contact Now
GUANGDONG NEW ERA  COMPOSITE  MATERIAL CO., LTD.
Visit Website
City:chaozhou
Province/State:guangdong
Country/Region:china
Contact Person:MsCherry Chen
Contact Now

Super Bonding Special Digital Laminating Film Hot 3 Inch 1 Inch 30 Mic

Ask Latest Price
Video Channel
Brand Name :NEi
Model Number :SUPER BONDING GLOSSY AND MATTE
Certification :SGS Test Report / ISO9001 / ISO14001
Place of Origin :China
MOQ :1 Ton / Trail Order Negotiable
Price :Negotiable
Payment Terms :T/T, L/C, Western Union
Supply Ability :1000 Tons per month
Delivery Time :15 -20 working days for one 20GP Container
Packaging Details :1. Packed in paper cartons firstly and then secured on wooden pallets. 2. All pallets are well packed with packing belts and well wrapped with stretch film.
Product Name :Super Bonding Thermal Lamination Film
Type :Thermal Lamination Film
Material :15 Micron BOPP + 15 Micron Special EVA
Processing Type :Multiple Extrusion
Transparency :Transparent
Application :Lamination For Offset Printing
Paper Core :3 Inch (1 Inch available upon request)
Corona :Double Treatment
Length :100m - 3000m
more
Contact Now

Add to Cart

Find Similar Videos
View Product Description

Super Bonding Special Digital Laminating Film , Hot Lamination Film 3 Inch 30 Micron

Specifications:

TYPE THICKNESS (micron)
GLOSSY / MATT TOTAL BASE EVA
30 15 15
WIDTH (mm) 100 ~ 1570
LENGTH (m) 100m, 200m, 500m, 1000m, 2000m
PAPER CORE 25.4mm(1 inch) / 76mm (3 inch)
BONDING ≤2
CORONA TREATED Double side
SURFACE TENSION 38 Dyne/cm ≤ 42 Dyne/cm
LAMINATION TEMP. 90±10°C
ROLLER PRESSURE 10 ~ 20Mpa
LAMINATION SPEED 20 ~ 70M

Description:

Superadhesive heat sealing film is a kind of BOPP heat sealing film, especially used for the composite of digital printing. Most digital printing materials use silicone oil as the substrate, so generally BOPP hot film is easy to be torn off after lamination. Therefore, we invented this super adhesive film to cope with silicone oil, so that the film adheres well to the digital press.

This type of film is suitable for printing utilizing all types of digital presses such as Xerox, HP, Kodak, Canon, Scikon, Konica Minolta, Founder and others. It can also be laminated on the surface of non-paper materials, such as PVC film, outdoor or indoor advertising inkjet film.

The glossy BOPP thermal layered film provides a shiny color finish. Its use can improve the appearance and service life of the laminator. Matte BOPP thermal layering film provides a matte finish on the surface of the print, preventing fingerprints and smudges. Compared to gloss thermal lamination, matt laminates have a longer shelf life.


Why chooses NEI super bonding thermal lamination film?


1. Eco-friendly

2. Safe operation

3. Excellent performance

4. Easy to operate

5. High efficiency

6. Wide adaptability


Why chooses NEI?

1. We have first invented this super bonding film in China since 2010.

2. Adaptable to all types of presswork from digital printing machines of different brands.

3. NEI has professional experience in film industry since 1995 so we have good quality control and after-sale services to support you.

4. 10 yeas of export experience to many countries, including South America, North America, Middle East, Asia, Africa, Oceania, etc. so we have good reputation in these areas.

5. Compared with other thermal lamination film, our EVA glue is 100% imported from Korea and it ensures the adhesiveness of our film.

6. Customize size and thickness according to customer requests. Labels can be customized as well.

7. Rapid production and delivery.

8. A wide range of thermal lamination film and special films.


Special Instruction:

1. NEI super bonding thermal lamination film is suggested to be laminated with the roller temperature range of 85 to 110°C and roller pressure of 10 to 20 Mpa. However, the optimum conditions are depending on the selected laminator’s speed and dimensional stability.

2. It is recommended that the printed surface be sufficiently dry before laminating and cooled sufficiently before coating one surface to another.

Inquiry Cart 0