Upass Material Technology (Shanghai) Co.,Ltd.

Focus on polymer films.

Manufacturer from China
Verified Supplier
5 Years
Home / Products / Laminated Packaging Film /

HDPE Strong Cross Laminated Film Packaging Film

Contact Now
Upass Material Technology (Shanghai) Co.,Ltd.
Visit Website
City:shanghai
Province/State:shanghai
Country/Region:china
Contact Person:MrAaron.Zhang
Contact Now

HDPE Strong Cross Laminated Film Packaging Film

Ask Latest Price
Video Channel
Brand Name :SDM
Model Number :30/60
Place of Origin :CHINA
MOQ :30000SQM
Payment Terms :L/C, T/T
Supply Ability :50T/M
Delivery Time :7-10 working days
Packaging Details :Bubble or Film Wrap
Product Name :HDPE strong cross laminated film Packaging film
Material :HDPE
Thickness :0.1-0.265mm
Application :Material for packaging and labels
Properties :high strength
Color :Grey, black, white, green, blue ect
more
Contact Now

Add to Cart

Find Similar Videos
View Product Description

HDPE strong cross laminated film Packaging film

Description:

It is multi-layers laminated film with high strength property, made via three layers co-extrusion film blown process and special stretching technology. The inner crossed structure differs from traditional films with one layer or many layers, possesses both thermal stability and dimensional stability, good bidirectional tear resistance & high tensile strength, as well as high elongation at bi-direction.

Parameter:

NO. Item Performance
SDM-30 SDM-60
1 Tensile Property Tensile Strength/Mpa ≥ 30 50
MaxF/(N/50mm) ≥ 200 300
Elongation as MaxF/% ≥ 200
Elongation at break/% ≥ 250
2 Sample number of no broken tested by free-falling dart method ≥ 8
3 Tear Strength(Nail Shank)/N ≥ 60
4 Angle Tear Strength/N ≥ 25
5 Thermal Stability 120 ℃,10min, No bulb, No deformation
6 Cryogenic Flexibility ℃

-35℃,

No fissure, No delamination

7 Thermal Ageing Appearance No bulb, No deformation
Subsequent MaxF/% ≥ 80
Elongation at MaxF/% ≥ 200
Elongation at break/% ≥ 200
8 Artificial Weathering Appearance No bulb, No deformation
Subsequent MaxF/% ≥ 70
Elongation at MaxF/% ≥ 180
Elongation at break/% ≥ 180

Inquiry Cart 0