made of ethylene monomer chains with (C2H4)n chemical formula .
(LDPE )low molecular weight polyethylene polymer and (HDPE) high molecular weight polyethylene polymer are famous grades of this product which because of molecular weight it will have different appearance such as viscosity, hardness, melt point, reactivity etc.
PE Wax a byproduct of polyethylene producing.
different kinds of Polyethylene
Main grades are based on :
1- Low molecular weight polyethylene polymer (LDPE ) and high molecular weight polyethylene polymer (HDPE)
2- Polymers can have side chains and branches spreading from one main chain . Side chains or branches comes out of the same units as the main polymer chains. The branches are built by side reactions during polymerization.
The length of the side chains or branches is different : long- or short-branched polymers. Long branches are comb-like, random, or star-shaped . However, they do not connect to another polymer chain.
3-Monomer / polymer Monomers with two or more end groups are likely to support branching. For a polymer to classify as branched polymer the side chains or branches must comprise of a minimum of one complete monomer unit.
Oxidized PE wax
Homopolymer polyethylene wax will be functionalized by oxidation and adds acid and ester to the polyethylene wax. Oxidized polyethylene wax is polar and has different compatibility properties that polyethylene homo polymer. This functionality results emulsification of oxidized polyethylene wax.
different between Pe wax and paraffin wax
Paraffin wax is produced as a by-product of oil refining. It has a molecular weight which is usually less than half that of most PE waxes. So, paraffin wax usually has a lower melting point and is softer than PE wax.
It can be formed in flakes, granulated or powder which are in different sizes too.
It is used in films, tubes, plastic parts, laminates, packaging, automotive, electrical, tire , master batch , creams , body lotions etc.
is usually 25 kg bags or jumbo bags .
ANALYSIS OF PE WAX