The former is secreted by plants and is usually transparent yellow to brown, while the latter is a by-product of hydrocarbons, usually a mixture of organic compounds that can be converted into polymers. Their industrial uses are extensive and well developed.
Generally, they are used to produce plastics and varnishes and varnishes. They are mainly divided into two categories: thermoplastic resins, which can be reshaped once they are melted; and thermosetting resins, which become insoluble and infusible after heating.
A low color, aromatic modified C5 hydrocarbon resin is disclosed. The resin is mainly aromatic modified piperylene resin. The resin can be used as a tackifier in hot melt adhesives and hot melt pressure sensitive adhesives.
C5 aliphatic resins can be modified and used in various industrial applications.
It has a viscosity-increasing effect, and is suitable for areas that require viscosity-increasing, such as paints, inks, adhesives, and rubber. The product is derived from the high-temperature cracking of petroleum fractions.
Afterwards, the product is distilled from pyrolysis gasoline during the production of benzene.
The following is our product catalog, you can contact us for more information:
C5 Petroleum Hydrocarbon Resin | ||
Application |
Base Polymer Main Content
|
Product Recommended |
Masking/Packaging Tape | NR SIS SBS | HC5100 |
Pressure Sensitive Adhesive | NR SIS SBS | HC5100, HC5090 |
HMA | EVA | HC5100, HC5090 |
Bookbinding HMA | EVA | HC5100 |
Thermoplastic Road Marking Paint | FILLERS | HC52100, HC52100A |
Sealants | BUTYL RUBBER | HC52100, HC5100 |
Rubber Compounding | NR BR SBR | DCPD, HC5100, HC52100 |