Basic Info.

Model NO.

HDPE

Model NO.

HDPE

Product Desciption

Grade	Melt Flow Index (gr/10min.)	Applications
HD 5218	18  (2.16 kg)	Injection moldings grade for House wares, Thin walled food containers, "PET"bottle base cup
HD 6070	7 (2.16kg)	Injection moldings grade for Crates, Boxes , Seats
MD 3840	4(2.16kg)	Rotational molded items with good stiffness Septic tanks, Ordinary containers
HB 0035	0.35(2.16kg)	Well suited for wide range of blow molding applications due to its unique properties. These range from bottles for bleach , motor oil , toiletries , mild and distilled water. This grade is also used to make small containers (from 10 cc to 4 lit.).
5200B	0.32(2.16)	Well suited for wide range of blow molding applications due to its unique properties. These range from bottles for bleach , motor oil , toiletries , mild and distilled water. This grade is also used to make small containers (from 10 cc to 4 lit.).
6040	4(2.16kg)	Injection moldings grade
5030	2.5(2.16kg)	Injection molding grade specially for cap (ESCR ,F50,10% Igepal=40 Hr)
EX3(HM5010T2N)	0.45(5kg)	Pressure pipes, e.g. drinking water pipes, gas pipes, discharge pipes, sewer pipes, for injection molded and other fittings, as well as sheets
EX5(HM9450F)	0.28(5kg)	Blown film, paper like film suitable for wrapping, counter bags and carrier bags
I3	8(2.16kg)	Transport and stacking crates particularly bottle crates
I4	3.5(2.16kg)	Injection for thick walled
BL3	1.2(5kg)	Containers  up to 10 liters, sheets for thermoforming
Bl4	0.35(5kg)	General purpose grade for containers from 1 liter to about 500 liters capacity
52518	18(2.16kg)	Injection molding grade
60505	5.5(2.16kg)	Injection molding grade
CRP100-Natural	0.22(5kg)	Used for production of top quality PE-100
CRP100-Black	0.22(5kg)	Used for production of top quality PE-100 for all purpose
7000F	0.04(2.16)	Enhanced ultra thin film
2200J	5.2(2.16kg)	Shipping  container, Storing cases, Fish Crates , Technical and Industrial parts
60507	7.5(2.16kg)	Injection molding grade
5000s	0.82(2.16kg)	Monofilament

The effect of high-density polyethylene (HDPE)/polypropylene (PP) blending on the crystallinity as a function of the HDPE melt index was studied. The melting temperature and total amount of crystallinity in the HDPE/PP blends were lower than those of the pure polymers, regardless of the blend composition and melt index. The effects of the melt index, blending, and foaming conditions (foaming temperature and foaming time) on the void fractions of HDPEs of various melt indices and HDPE/PP blends were also investigated. The void fraction was strongly dependent on the foaming time, foaming temperature, and blend composition as well as the melt index of HDPE. The void fraction of the foamed 30:70 HDPE/PP blend was always higher than that of the foamed 50:50 HDPE/PP blend, regardless of the melt index. The micro-cellular structure could be greatly improved with a suitable ratio of HDPE to PP and with foaming above the melting temperature for long enough; however, using high-melt-index HDPE in the HDPE/PP blends had a deleterious effect on both the void fraction and cell morphology of the blends.




We have long term cooperation with HDPE producers in China and the downstream customers.