1、古马隆树脂_百度百科

古马隆树脂（coumarone resin），又称古马隆-茚树脂、苯并呋喃-茚树脂，CAS号为63393-89-5，是以乙烯焦油、碳九或煤焦油分馏出的重苯、茚和氧茚为原料，经催化聚合制成的高分子材料。

2、Coumarone Resin

It is obtained by catalytic polymerization of ethylene tar and C9 as raw materials. The appearance of the product is brown and black block solid. It has good phase solubility, water resistance, acid and alkali resistance, rust prevention and electrical characteristics.

3、Coumarone Resin

LESTAC-CR Series Coumarone resin is a brown to dark brown granule or flake thermoplastic resin, produced by ethylene and carbon fraction of C9 fractions, coal tar and ethylene re-tar distillates as raw materials, mainly used in rubber, tyre, ink, paint, adhesive, etc.

4、Indene

C resins NOVARES C grades are C9 hydrocarbons resins produced by a polymerization process. CA resins NOVARES CA grades are phenol-modified indene-coumarone resins with a polar character and broad solubility and compatibility characteristics.

5、WEITACK® HYDROCARBON RESIN (COUMARONE INDENE RESIN) WK100C

HYDROCARBON RESIN (COUMARONE INDENE RESIN) WK100C is a low molecular weight thermoplastic aromatic resin produced from petroleum derived C9 fraction through thermal-polymerization technique.

濮阳市集腾化工有限公司 Puyang Jiteng Chemical Co.,Ltd.

C9石油树脂以乙烯装置副产的碳九馏分为原料经聚合而制得，其外观为浅黄色至黄褐色固体颗粒，具有良好的溶解性，互溶性，绝缘性，对酸碱有化学稳定性，还具有粘接性好，导热性能低的特点。

Coumarone resin

B, paint: paint mainly using high softening point coumarone resin, this resin can increase the added paint gloss paint, paint film adhesion, hardness, acid and alkali resistance.

Coumarone

古马隆树脂 Coumarone PZX-C PZX-C series is a brown granular ,massive or flake solid of thermoplastic resin ,It is produced by ethylene and carbon fraction of the C9 reorganization divided into C9 fractions, coal tar and ethy 1

产品中心

古马隆树脂是由乙烯焦油经精制、聚合而得的三环以上芳烃化合物为主的低软化点共聚体，随聚合条件的不同而具有不同的透明度、色泽、溶解度、极性、分子量和软化点。 外观呈红褐色至黑色固体颗粒或细块。 古马隆树脂属于热塑性树脂，中性、耐热、耐光、抗水、耐弱酸碱，电绝缘性良好，与大多数有机溶液、油脂和蜡类相容性好，是多用途的人造树脂，可广泛应用于橡胶、粘合剂、油漆涂料、印刷油墨、改性沥青、耐火材料、防水材料和玻璃钢等领域。 应用领域.

古马隆树脂

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In the exploration of chemical mysteries, we often encounter substances that are both ancient and enigmatic. Whether originating from distant histories or hidden within the depths of nature, these materials have left an indelible mark on human progress through their unique properties and applications. Today, I will recount the story of a remarkable substance that has endured through the ages—C9 resin coumarone—still radiating its captivating allure.

C9 resin coumarone, a product of antiquity, conceals a wealth of chemical knowledge and technological ingenuity behind its mysterious façade. It is not only a testament to the wisdom of ancient artisans but also a precious resource for modern scientific research.

From time immemorial, C9 resin coumarone has been prized for its exceptional insulating and corrosion-resistant properties, finding widespread use in crafting exquisite artifacts. In ancient Greece, this resin was employed to create intricate jewelry and sculptures; in Rome, it served as a foundation for flooring and architectural elements, enhancing the stability and longevity of structures. These historic applications underscore its pioneering role in the realm of material science.

Yet, the allure of C9 resin coumarone extends far beyond its ancient utility. During the Middle Ages, it became a focal point for alchemists seeking to transform it into gold or other precious metals through complex reactions. Though this quest remains unfulfilled, the resin’s remarkable performance in these experiments undoubtedly paved new avenues for future research and application.

In contemporary times, the applications of C9 resin coumarone have expanded dramatically. In electronics, it functions as an excellent adhesive and sealant, vital for circuit board manufacturing and electronic device protection. Within aerospace engineering, its superior heat resistance makes it ideal for aircraft exteriors and critical components. Meanwhile, in medicine, it shows promise for developing biocompatible materials.

The chemistry of C9 resin coumarone underpins its extraordinary characteristics. As a polycyclic aromatic compound, it boasts exceptional thermal stability and electrical insulation, maintaining integrity under high temperatures while preventing electrical leakage. Additionally, its mechanical strength and wear resistance enable it to thrive in demanding environments.

Scientific inquiry into C9 resin coumarone has uncovered further potential. For instance, modifications to its structure could yield next-generation composites with enhanced mechanical properties, tailored functionalities like improved heat resistance, or superior corrosion protection.

The tale of C9 resin coumarone is far from isolated. The world of chemistry brims with other "ancient" substances awaiting discovery and decoding. Every ancient tablet, inkwell, or artifact may harbor chemical secrets. Only by listening intently and exploring earnestly can we unravel these mysteries and appreciate the boundless charm of chemistry.

The legacy of C9 resin coumarone reminds us that chemistry, transcending time and geography, is a continually evolving discipline. It is not merely a science but a culture, an art. By delving deeper into these age-old yet wondrous materials, we can harness their power to enrich our lives and illuminate the future.

The story of C9 resin coumarone continues. In this era of challenges and opportunities, let us advance together, unraveling chemical enigmas and crafting a brighter tomorrow.