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Petroleum Resin

C5 hydrogenation petroleum resin

Product Description:

C5 hydrogenation petroleum resin is a high-quality, water-white thermoplastic tackifier produced by the catalytic hydrogenation of cracked C5 fractions. Serving primarily as a tackifying agent in hot-melt adhesives and hot-melt pressure-sensitive adhesives, it offers excellent thermal stability, low odor, and outstanding compatibility with SIS, APAO, and other polymers.

Product Applications:

  • Ink additive.
  • Waterproofing agent.
  • Used as a binder in the production of disposable diapers and sanitary napkins.
  • Used as a tackifying material in hot melt adhesives, pressure-sensitive adhesives and sealants.
C9 hydrogenated petroleum resin

Product Description:

C9 hydrogenated petroleum resin is a water-white thermoplastic tackifier obtained by the polymerization and subsequent catalytic hydrogenation of C9 fractions recovered from ethylene-cracking by-products.

Product Applications:

Because its excellent thermal stability and broad compatibility with EVA, SBS, SEBS, rubbers, BOPP, and other polyolefin resins, it is widely used in hot-melt and pressure-sensitive adhesive formulations.

DCPD hydrogenated resin

Product Description:

DCPD hydrogenated resin is a water-white tackifying resin produced by polymerizing dicyclopentadiene (DCPD) and subsequently hydrogenating the polymer. It delivers strong tack, broad compatibility, and outstanding thermal and UV stability.

Product Applications:

DCPD hydrogenated resin is widely used in rubber, adhesives, printing inks, high-performance coatings, and hot-melt adhesives.

C5/C9 Copolymerization Petroleum Resin

Product Description:

This grade is manufactured from a cracked C9 feedstock rich in unsaturated aromatic monomers such as vinyltoluene, indene and methyl-indene. By incorporating C5 monomers into the C9 stream, a C5/C9 Copolymerization Petroleum Resin is produced that combines the characteristics of both aliphatic and aromatic resins. The modification significantly improves compatibility with EVA and provides good solubility in a wide range of solvents.

Product application:

Hot melt adhesives, tires and rubber products, and can be used as a substitute for terpene resins, rosin glycerides, etc.

C9 cold-polymerized petroleum resin

Product Description:

Manufactured by catalytic polymerization of cracked C9 feedstock, this C9 cold-polymerized petroleum resin is supplied as a pale-yellow, granular solid. It offers excellent thermal stability, broad compatibility, and resistance to water, acids, and alkalis.

Product Applications:

This resin is used as a performance additive in paints, rubber compounds, adhesives, printing inks, vinyl floor tiles, and polymer-modified bitumen.

C9 Thermal-Polymerized Petroleum Resin

Product Description:

Produced by thermal polymerization of cracked C9 feedstock, this C9 thermal-polymerized hydrocarbon resin is supplied as yellow-to-brown granular solids. It delivers excellent thermal stability, broad compatibility, and resistance to water, acids, and alkalis.

Product Applications:

This resin serves as a performance additive in paints, rubber compounds, specialty adhesives, printing inks, and graphic arts.

Pure monomer resin

Product Description:

Pure monomer resin (PMR) is a high-performance thermoplastic produced by cationic polymerization of styrene and its derivatives. The resulting resin is water-white to pale in color and offers excellent light- and heat-stability.

Product Applications:

Due to its regular microstructure, high-temperature viscoelasticity, and chain-end reinforcement, PMR has become a premium additive across multiple industries:

  • Automotive: Enhances wet-grip and lowers rolling resistance, making it an essential tackifying component in high-performance quiet-ride and all-terrain tire compounds.
  • Hot-melt adhesives: Minute additions markedly boost bond strength; the resins near-water-white color and ultra-low volatiles make it ideal for electronic-component encapsulation and high-end equipment assembly.
  • Plastics processing: Functions as a processing aid to raise impact resistance and upgrade product value.
  • TPE compounding: Improves melt flow and optical clarity without compromising mechanical properties.

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