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Petroleum resin

is a C5/C9 aromatic hydrocarbon used in industrial applications. It has a tackifying effect and is suitable for use in paint, printing ink, adhesives, rubber and other areas where tackiness is required.
It is a kind of thermal plasticizing hydrocarbon resin produced by C5, C9 fraction, by-products of petroleum cracking, through pretreatment, polymerization and distillation. It is not a high polymer but a low polymer with the molecular weight between 300-3000. Featured by acid value, easy mutual solubilities, resistant to water, resistant to ethanol and chemicals. It has the chemical stabilizing property to acid and alkaline, viscosity adjusting and thermal stabilizing, Generally, the petroleum resins are not used independently, but have to be used together with other kinds of resins as promoters, adjusting agents and modifiers in hot melt adhesive, pressure-sensitive adhesive, hot melt road marking paint, rubber tires and so on.
Petroleum resins are low molecular weight resins made by polymerizing olefins, diolefins, and vinyl aromatic compounds obtained from the cracking of various petroleum fractions. Worldwide consumption is750-800 million lb/yr (U.S. consumption about 300 million lb/yr).
Information is given on production capacities and consumption patterns for the United States, Europe, and Japan. Major uses are for rubber compounding, adhesives, printing inks, and protective coatings.
The process consists essentially of polymerization, catalyst removal and washing (except when thermal polymerization is used), and stripping.
Process descriptions, production cost estimates, and capital estimates are given for the manufacture of 50 million lb/yr of olefin-diolefin CC,) resin, 25 million lb/yr of dicyclopentadiene resin, and 50 million lb/yr of aromatic (C,) resin. Equipment selection has been made so that each process illustrates the use of a different kind of
equipment.
The report contains a summary of patents on petroleum resins, a brief discussion of the chemistry involved, and a summary of the testing procedures used to characterize the resins.
Petroleum Resin C9/C5
C9:
Character:
It is aromatic hydrocarbon resin, light yellow granular, with good transparency and luster, good solubility, compatibility, aqueous stability, insulation and chemical stability,
and with good adhesiveness and heat conductivity.
Use:
1. Coating production: Used in paint and reinforced latex coating, also applied in oil soluble coating.
2. Rubber treatment: Used as adhesion booster.
3. Adhesive production: Used in adhesive, especially for melting glue and pressure-sensitive glue.
4. Printing ink production: It can be dissolved in hydrocarbon resin, it owns high soft point and stable performance, so it can be used in ink.
5. Paper making industry: Used in paper sizing agent.
6. Other application; Used as oil field water treatment agent & slurry additives, pitch modified agent.
TYPE: RC-L110‵140
Product profile
RCL100﹜L110﹜L120﹜L130﹜L140 is a kind of light yellow granular solid resinㄛit is produced by ethylene C9 fractions as raw materials in the normal temperature and normal pressure condition, Generated by the polymerization and the molecular weight range 300-3000 low molecular weight polymer.It has the characteristics of low acid value, good solvency, resistance of water, alcohol and chemicals, and so on. It has chemical stability to acid-bases, and can regulate viscosity and has strong heat stability. Generally speaking, petroleum resin doesn*t use singly, but to be used with other resins as accelerant, regulator, and modifier.
Product features
1﹜It has the characteristics of low acid value, good solvency, resistance of water, alcohol and chemicals, and so on.
2﹜It has chemical stability to acid-bases, and can regulate viscosity and has strong heat stability
Products specifications:

Index
Item
Test methods
unit
RC-L80140
L110
L120
L130
L140
Softening
GB2294
100110
110120
120130
130140
Color
GB12007.1
#
59
Acid Value
GB2895
mgKOH/g
0.50Max
Bromine value
HG2231-91-A
gBr/100g
2550
Specific Gravity
ASTM D71-72A
g/cm3
1.021.12
Melt Viscosity
ASTMD-3236
mPa.s
400600
Ash Content
GB2295
%
0.1Max
N-heptane value
(25)ml
20

Purpose:
1.Coating: petroleum resin can mix with kinds of drying oil in the production of paint. Coating of each color can be gotten from mixtures of various resin and pigment. The coatings produced by petroleum resin are widely in surface coating of vehicle, vessel, and bridge. It greatly improves the brightness, hardness, water resistance, and alkali resistance of paint film, and reduces the production cost.
2. Rubber: petroleum resin applies to addition agent of natural and synthetic rubber. It can improve shaping operation and increase the hardness and flexibility of products. As hardness and aging resistance of rubber are improved, this resin is especially applicable to be as softening agent for SBR rubber, and used for the production of rubber tubing, vee-belt and tire.
3.Adhesives: petroleum resin has good cohesive property, it is a preferable tackifier between adhesive and pressure-sensitive adhesive tape. It can be used in adhesive for plywood, wall paper and leather production. This resin has good waterproof performance. Because of small shrink rate during solidification process, it can be used in foundry industry.
4﹜Printing ink: petroleum resin owns the characteristics of resistance of water, melting, and dryness.When it is put in printing ink, it plays immediate role on vehicles, quick-drying, and brightening, and moreover, it can increase printing performance. So it can be used to make various printing ink.
5.Other˙resin has certain unsaturation,can be used to glue on paper.
TYPE: RC-R90‵130
Product profile
RCR80﹜R90﹜R100﹜R110﹜R120﹜R130﹜R140 C9 petroleum resin mainly takes by product carbon 9 fractions which is fromethylene unit as raw material, it is a thermoplastic resin produced through some processes such as pretreatment, polymerization, distillation etc. C9 petroleum resin isn*t a high polymer but a low polymer which the molecular weight is among 300-3000.. Generally speaking, petroleum resin doesn*t use singly, but to be used with other resins as accelerant, regulator, and modifier.
Product features
1﹜ It has the characteristics of low acid value, good solvency, resistance of water, alcohol and chemicals, and so on.
2﹜ It has chemical stability to acid-bases, and can regulate viscosity and has strong heat stability
Products specifications:

Products specifications:

Index
Item
Test methods
unit
RC-R80130
R80
R90
R100
R110
R120
R130
Softening
GB2294
7580
8090
90100
100110
110120
120130
Color
GB12007.1
#
718
Acid Value
GB2895
mgKOH/g
1.00Max
Iodine value
Indicator titration
gI/100g
70140
Specific Gravity
ASTM D71-72A
g/cm3
1.021.12
Melt Viscosity
ASTMD-3236
mPa.s
400800
Ash Content
GB2295
%
0.1Max
N-heptane value
(25)ml
20


C5: Character:
It is transparent and light yellow granular. Besides the excellent qualities I. E., solubility,compatibility, adhesiveness, resistance for water, weather and heat it possesses, it stands chemically stable with things, such as acid, alkali.
Use:
1. Road marking paint: It can improve on the brightness, bonding, water and weather-resistance and may perfection for the dispersing and drying of any pigments.
2. Rubber: It goes compatible with both natural and synthetic rubber and characterized as adhesive, softening and reinforcement, it functions as an ideal for manufacturing of
tyres and processing of any rubbers.
3. Adhesive: It is compatible well with high polymerization based substances, and is characteristic of excellent and stable bonding and heat resistance and changes retardant with both time and temperature.
Other application: It is also widely used in fields of oil ink, paper bonding, sealant etc.
Storage:Keep it in cool, breezy warehouse, avoid direct sun.
TYPE: RC-R1105
Product profile
RC-ANHR1105 for Hot Melt Road Marking Paint is a kind of particle yellowish resin which is a polymer of low molecular weight. It is mainly generated from diolefins of five carbon atoms (such as pentadiene, isoprene etc.,) by the polymerization with the action of a certain temperature pressure and catalyst. In addition to excellent thermal stability and smooth leveling.The surface can enhance the paint*s toughness,hardness and adhesion,and the formation of a smooth finsh to prevent paint cracking,and by adding additives to make resin under different circumstances maintained at a stable state,and rosin resins and good miscibility.Can finish the formation of water resistance, UV resistance,chemical properties,and enhance the durability paint, paint to prevent aging.
Product features
1﹜Light color,good liquidity,good thermal stability and fast drying.
2﹜Filler uniformly dispersed,not settlement,high abrasion resistance.
Products specifications:

Index
Item
Testmethod
Unit
RC-R1100
Softening
GB2294
95‵108
Color
GB12007.1
#
5
Acid Value
GB2895
mgKOH/g
2.00Max
Bromine Value
HG2231-91-A
gBr/100g
30‵50
Specific Gravity
ASTM D71-72A
g/cm3
0.96‵0.98
Melt Viscosity
ASTMD-3236
mPa.s
250 Max
Ash Content
GB2295
%
0.03 Max

Purpose
1﹜ Hot-melt road marking paint
2﹜ hot-melt sign paint
3﹜ hot-melt road oscillating paint
DCPD petroleum resin
TYPE: RC-D100﹜RC-D120﹜RC-D140
Product features
RC-D100﹜RC-D120﹜RC-D140 are the pale yellow thermoplastic resin obtained from mainly polymerizing unsaturated dicyclopentadiene derived from a special process,at a certain temperature and pressure,formed by the polymerization of low molecular weight polymer.D100 which has the light color and high bromine value is used in high-grade rubber in high good activity,good compatibility;D120 has a good compatibility with ester and polyurethane solvents.In the ester solvent,It has a good compatibility with epoxy resin,furthermore it has a good curing speed with epoxy resin .It can be used as the modifier for the marine paints and some other special paint as well as the shrinkage force to the cement and steeel, furthermore,it also can strengthen the wetting property to paint and improve the leveling property of paint film.D140 high softening point,good compatibility,wide spread applications;Been added in,It plays a role as the agent of color developing,quick-drying,brightening,it can improve the printing performance and so on.
Products specifications:
Index
Item
Testmethod
Unit
RC-D100
RC-D120
RC-D140
Softening
GB2294
90‵108
110‵125
130‵150
Color
GB12007.1
#
4‵12
Acid Value
GB2895
mgKOH/g
0.3‵0.5
1.00Max
1.00Max
Bromine Value
HG2231-91-A
gBr/100g
150㊣25
150㊣25
150㊣25
Specific Gravity
ASTM D71-72A
g/cm3
1.02‵1.09
1.03‵1.12
1.03‵1.15
Melt Viscosity
ASTMD-3236
mPa.s
300 Max
500 Max
3000Max
Ash Content
GB2295
%
0.03 Max
0.03 Max
0.03 Max
1. D100ㄩUsed in high-end rubber,tire,car tires,inner tubes and other rubber compounding industries.
2. D120ㄩUsed in marine paints,lacquers,alkyd,epoxy,polyester paint,and adhesives,electrical engineering and other related industries.
3. D140:Used in printing inks,gravure inks,printing inks and other high-end ink copperplate industries.
Hydrogenated Petroleum Resin Effect on the Crystallization ofIsotactic Polypropylene
ABSTRACT: The influence of the hydrogenated petroleum resin P125 on the crystallization behavior, crystallization kinetics, andoptical properties of polypropylene (PP) were investigated. The results of differential scanning calorimetry, successive self-nucleation,and annealing fractionation demonstrated that P125 reduced the interaction between the PP molecules, decreased the crystallization,prevented PP from forming thick lamellae, and encouraged the formation of thin lamellae. The isothermal crystallization kinetics,self-nucleation isothermal crystallization kinetics, and polarized optical microscopy observations showed that P125 slightly decreasedthe nucleation rate, significantly decreased the crystal growth rate, generally reduced the overall crystallization rate, and effectivelydeceased the crystallite sizes of PP. The optical properties studies showed that P125 effectively decreased the haze and increased thesurface g lossiness and yellowness index of PP.VC2013 Wiley Periodicals, Inc. J. Appl. Polym. Sci. 130: 25每38, 2013
Petroleum resin comes from blends of unsaturated monomersobtained as volatile byproducts in the cracking of natural gas,gas oil, and so on. The unsaturated monomers consist ofmono-olefins, diolefins, cyclic olefins, and vinyl derivatives ofaromatic hydrocarbons. A hydrogenate procedure is often usedto obtain hydrogenated petroleum resin (HPR). HPRs are com-monly characterized by their color, iodine number, specificgravity, solution viscosity, softening point, and aniline point.They have water resistance, wide compatibilit y with polyolefins,chemical neutrality, good electrical properties, and well-balancedadhesive characteristics.Because of the advantages mentioned previously, HPRs arewidely added to polypropylene (PP) to modify its structure,morphology and properties, especially in film production. Theconsumption of HPRs in PP applications is large. Researchershave mainly paid attention to the phase behavior crystallization,morphology, and properties of PP blended with low-molecularresins similar to HPRs, for instance, hydrogenated oligocyclo-pentadiene.1每4They have also investigated the crystallization,morphology, and properties of PP/HPR mixtures;5每7great pro-gress in investigating the phase structure, overall crystallizationbehavior, and structure has been made. However, in previousstudies, the detailed influence of HPRs on the crystallization behavior and crystallization kinetics (e.g., the separated primarynucleation kinetics and crystal growth kinetics) is still not clearyet; this is of great importance in determining the multiscalemorphology and properties of PP.8,9Currently, the applicationof HPRs on PP is still in its experiential stage, and this hasrestrained the scientific application of HPRs and the propertydesign of PP products.In classical crystallization theories, the temperature dependenceof the overall crystallization rate (Go) can be expressed by two ex-ponential factors: the nucleation term and the crystal growth(molecular transport) term.10每13For many semicrystalline poly-mers, including PP, it has been found that these two factors havedifferent crystallization peak temperature (Tc) dependence behav-iors and thereby display a bell-shaped temperature dependence ofGo, with a maximum Goat a maximum Tc.10每13At low super-coolings (the high-crystallization region), the thermal movementof the molecular chains is intense, and the crystal growth term isdominant; At high supercoolings (the low-Tcregion), the molec-ular chain diffusion becomes very difficult, and the nucleationterm is dominant. As the temperature decreases and evenapproaches the glass-transition temperature (Tg), the crystalliza-tion nearly ceases. On the other hand, it is necessary for the meltto be supercooled to form stable nuclei; therefore, the higher thesupercooling degree is, the more favorable the thermodynamicconditions will be for nuclei formation.
 
Hydrocarbon Resin
Gumarlon
Terpene resin
DCPD petroleum resin
C9 petroleum resin
C5/C9 Copolymerized Petroleum Resin
Adhesive resin
Rubber mixing with resin
Special hot melt marking paint C5 petroleum resin
Modified resin
C5 petroleum resin
 
 
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Preparation of petroleum resin by thermal polymerization and initial polymerization process
Preparation of Petroleum Resin by Catalytic Polymerization
Dicyclopentadiene and dicyclopentadiene petroleum resins
The possibility is small of petroleum resin market in the near future to pick up
2021 petroleum resin market value will reach 2.58 billion dollars
Analyze the importance of petroleum resin from petroleum resin application
C5 /C9 copolymerized petroleum resin
Overview of Petroleum Resin
Development Trend of Petroleum Resin Industry in International
The Latest Development of Petroleum Resin Industry
Characteristics of petroleum resin index
Physicochemical properties of petroleum resin
Study on Raw Materials and Polymerization Process of Petroleum Resin
Effect of reaction temperature and post - treatment on the properties of C5 petroleum resin
Effect of Antioxidant on Properties of C5 Petroleum Resin
Effect of AlCl3 on Performance of Petroleum Resin
Catalyst is one of the main factors affecting the performance of C5 petroleum resin
Cyclopentadiene Content have an effect on the properties of C5 petroleum resin
Petroleum resin in some petrochemical developed countries
Petroleum resin production capacity of a serious surplus
Characteristics and Application of Hydrogenated Petroleum Resin
Market Status of Hydrogenated Petroleum Resin
Petroleum resin hydrogenation process
Technology of Hydrogenated Petroleum Resin
What is hydrogenated petroleum resin?
Improvement of Production Technology of C5 Petroleum Resin
Prospects of Petroleum Resin
Development Status of Petroleum Resin Downstream
Petroleum resin blends
Study on the Compatibility of Petroleum Resin
Improving the Compatibility of Petroleum Resin
The impact of melt viscosity, thermal stability on petroleum resin
Factors Affecting the Performance of Petroleum Resin
The Influence of Compatibility between Petroleum Resin and Elastomer
Performance Indexes of Petroleum Resins for Hot Melt Adhesives
Petroleum resin instead of rosin and terpene resin is the inevitable trend of development
Petroleum Resin Consumption and Consumption Structure
Production of Hydrogenated Petroleum Resin
Petroleum resin consumption
Petroleum Resin Overview
Chemical modification of C5 petroleum resin
Modification of C5 Petroleum Resin
Performance requirements of petroleum resins for traffic sign paints
Application Prospect of C5 Petroleum Resin in Road Marking
Application of dicyclopentadiene petroleum resin
1,3-piperlene petroleum resin
1,3-piperlene in the application of petroleum resin and other aspects
Study on synthesis of SIS block copolymers from cracked C5 petroleum resin and styrene
Chemical grade isoprene (IPE) is one of the main products of C5 petroleum resin separation device
Synthesis of methyl tertiary amyl ether(TAME) by C5 petroleum resin
Development of light-colored C5 Petroleum Resin by Complex Catalyst
Development of Refining Process of C5 Petroleum Resin
Production of C5 petroleum resin
C5 petroleum resin comonomer
Catalyst, solvent and raw material requirements for the preparation of C5 petroleum resin
Manufacture of C5 petroleum resins
Petroleum resin has a very complex composition
Petroleum resin polyurethane waterproof coating
The use of performance and role of petroleum resin in different industries
Domestic C5 hydrogenated petroleum resin market introduction
C5 hydrogenated petroleum resin
Application of Petroleum Resin in Coatings (j)
Application of Petroleum Resin in Coatings (i)
Petroleum resin market overview
The properties of petroleum resin
The important steps in the process of petroleum resin
Introduction of Petroleum Resin
Physical properties of petroleum resins(j)
Physical properties of petroleum resins(i)
Petroleum resin's softening point and color
Demand and Forecast of Domestic Market for Petroleum Resin
The production trend of petroleum resin is moving towards large-scale and diversified varieties
The development of production and application of petroleum resin is slow
Development Status of Petroleum Resin at Home and Abroad
Petroleum resin used in rubber processing and adhesives
The modification of petroleum resin
Five series of petroleum resin
Petroleum resin hydrogenation catalyst
China's petroleum resin flourished
Petroleum resin parameter index
Preparation of petroleum resin with low color and high softening point
The production technology of petroleum resin
Research and development of special use petroleum resin
Application, Packaging and Storage of C5 Petroleum Resin
Characteristics of C5 Petroleum Resin
Infrared spectra of petroleum resin
Petroleum resin is more suitable for the use of solvent-based adhesive
There exist flammable and explosive items in petroleum resin production process
There is a danger in the production process of petroleum resin
C5 petroleum resin act as a tackifying resin
Petroleum resin act as modifier or tackifying resin
C5 petroleum resin refining
Removal of Catalysts in C5 Petroleum Resin Synthesis
Investigate the synthesis of C5 petroleum resin
Reaction temperature has a great influence on the performance of C5 petroleum resin
Downturn of petroleum resin market
Analysis of petroleum resin by pyrolysis gas chromatography - mass spectrometry (Py / GC - MS)
Separation and Utilization of Light and Heavy Components of C5 Petroleum Resin
Refining of C5 petroleum resin raw materials
How to produce C5 petroleum resin?
Petroleum resin production technology and market research report
Spectroscopic Analysis of Chemical Structure of C9 Petroleum Resin
 
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