2426 F

Lupolen 2426 F is an additivated, low density polyethylene. It contains slip and anti-blocking agent. It is characterized by a good melt strength leading to a good bubble stability during blown film extrusion.
It is delivered in pellet form.
This product is not intended for use in medical and pharmaceutical applications.

APPLICATIONS :
Bags & Pouches; Food Packaging Film; Hygiene Film; Shrink Film.

PROCESSING METHOD :
Blown Film.

TYPICAL PROPERTIES:

TYPICAL PROPERTIES UNIT VALUE  TEST METHOD
Melt Flow Rate, (190 °C/2.16 kg) g/10 min 0.75 ISO 1133-1
Density g/cm3 0.924 ISO 1183-1

 

 


Mechanical :

DESCRIPTION OF PROPERTIES UNIT VALUE  TEST METHOD
Tensile Modulus MPa 260 ISO 527-1, -2
Tensile Stress at Yield MPa 11 ISO 527-1, -2


Film :

DESCRIPTION OF PROPERTIES UNIT VALUE  TEST METHOD
Dart Drop Impact Strength, F50
g 150 ASTM D1709
Tensile Strength MD MPa 24 ISO 527-1, -3
Tensile Strength TD MPa 22 ISO 527-1, -3
Tensile Strain at Break MD % 300 ISO 527-1, -3
Tensile Strain at Break TD % 600 ISO 527-1, -3
Coefficient of Friction   >0.2 ISO 8295


Impact :

DESCRIPTION OF PROPERTIES UNIT VALUE  TEST METHOD
Failure Energy Film thickness: 70 µm J/mm 5.5 DIN 53373


Thermal :

DESCRIPTION OF PROPERTIES UNIT VALUE  TEST METHOD
Vicat Softening Temperature, (A/50 N) 96 ISO 306
Peak Melting Point 111 ISO 11357-3


Optical :

DESCRIPTION OF PROPERTIES UNIT VALUE  TEST METHOD
Haze, (50 µm) % <8 ASTM D1003
Gloss (20°)   >40 ASTM D2457
Gloss (60°)   >90 ASTM D2457


Storage :

The resin is packed in 25 kg bags, octabins or bulk containers protecting it from contamination. If it is stored under certain conditions, i. e. if there are large fluctuations in ambient temperature and the atmospheric humidity is high, moisture may condense inside the packaging. Under these circumstances, it is recommended to dry the resin before use. Unfavorable storage conditions may also intensify the resin’s slight characteristic odor.
Resin should be protected from direct sunlight, temperatures above 40°C and high atmospheric humidity during storage. Higher storage temperatures may reduce the storage time.