1、Puyang Changyu Petroleum Resins Co., Ltd.

Our resin products have been sold, 60 percent of products exported to Japan, Korea, Southeast Asia, Europe, North America, the Middle East, Taiwan and Hong Kong and other parts of the world.

2、Differentiating Resin Oligomers from MOSH/MOAH

The C9-oligomers are assembled from different mono-aromatic-units, which can be displayed by fragments 91 and 117 m/z. Contrary to MOAH, the oligomers from C9 resins do not contain condensed aromatic ring systems as basic structure

3、联系我们

腾龙公司客服中心【电话16606917693】客服热线【微信97978103】-业务QQ-3234312625.腾龙公司客服诚实守信、追求卓越、无论玩家目前身处何处,随时可尽情享受游戏的乐趣。

道威

Qingdao Weichem Chemical Co., Ltd. is one ISO qualified corp., with REACH Registration, established for research、production and promotion of C5 and C9 hydrocarbon resins, DCPD hydrogenated resin located in China.

Petrleum Resin Manufacturer, C5/C9 Resin, Terpene Resin Supplier

Petrleum Resin Manufacturer, C5/C9 Resin, Terpene Resin Supplier - Anhui Tongxin New Material Technology Co., Ltd

Terpene Resin

LESTAC-TR100 Terpene Resin, also known as polyterpene resin, is derived from terpene feedstocks either from wood sources or from citrus fruit, by the use of turpentine and α pinene and β pinene, in the role of aluminium trichloride catalyst, through the cationic polymerization obtained by the solid from the liquid to a series of linear ...

China Hydrocarbon Resin

C5/C9 copolymer is mixture of C5 & C9 resin and suitable for rubber & radial tyre. Located at Wuzhou city, SUMMIT TRADE exports superior-quality's pine chemicals of ROSIN/RESIN DERIVATES & TURPENTINE/TERPENE ALCOHOL SERIES originated in Guangxi/Guangdong province in southern China.

C9 Resin

To fully leverage their performance potential, it's essential to select the right C9 resin based on key technical and economic factors. This guide outlines the critical considerations for making an informed decision that balances performance, processability, and cost-efficiency.

C9 Petroleum Resin

Since C9 petroleum resin oil is a relatively unrefined material, its polymerization leads to much darker resins than other petroleum resins. Due to their aromatic structure, C9 resins are more compatible with polar elastomers than C5 petroleum resins.

Structure of: (a) terpene phenol [13]; (b) aromatic C9 resin [8].

Abstract This study focuses on the use of oligomeric hydrocarbon resins in order to benefit from their effect on improving the performance of aircraft tire retreads.

In modern industry and chemistry, C9 resin and terpene resin stand out as two critical synthetic materials, playing indispensable roles in industrial production. C9 resin, also known as isoprene resin, primarily originates from by-products of petroleum refining, while terpene resin is a high-molecular-weight compound derived from natural plant extracts through specific chemical reactions. Owing to their unique properties and broad application prospects, these resins have become focal points in research and practical use.

1. Basic Characteristics of C9 Resin

C9 resin features a molecular structure rich in double bonds, endowing it with excellent chemical and thermal stability. The moderate number of double bonds in its chains allows for adjustable glass transition temperatures, balancing flexibility and mechanical strength. Additionally, its high oil resistance makes C9 resin widely applicable in fields such as lubricants and fuel additives.

2. Unique Advantages of Terpene Resin

Compared to C9 resin, terpene resin boasts higher molecular weight and more complex structures, yielding distinct advantages. Firstly, it exhibits superior heat resistance and oxidation stability, maintaining performance under high temperatures and oxidative conditions. Secondly, its strong biodegradability positions it as a promising eco-friendly material. Lastly, terpene resin’s exceptional adhesive properties make it highly effective in coatings, adhesives, and related applications.

3. Applications of C9 Resin

Due to its robust chemical and thermal stability, C9 resin is extensively used in the rubber industry. It serves as a plasticizer or filler during rubber manufacturing, enhancing physical properties like hardness, elasticity, and wear resistance. C9 resin is also pivotal in producing rubber goods, including tires, conveyor belts, and seals.

4. Applications of Terpene Resin

Terpene resin’s applications span a broader range. In coatings, its outstanding adhesion and weather resistance make it a key film-forming component in topcoats and primers. In adhesives, it excels in formulating high-strength, durable bonding agents. Furthermore, terpene resin plays vital roles in agriculture, construction, automotive industries, and more.

5. Future Prospects

Advancements in technology will expand the potential of C9 and terpene resins. On one hand, molecular design and synthesis innovations could further optimize their properties for demanding applications. On the other hand, growing emphasis on sustainability will drive their evolution toward greener solutions. For instance, developing bio-based terpene alternatives could reduce reliance on fossil resources and minimize environmental footprints.

As high-performance polymers with distinctive traits, C9 resin and terpene resin significantly contribute to modern society. With ongoing scientific progress and material innovations, these resins are poised to continue delivering exceptional performance and promising growth across research and industrial sectors.