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INK
INTRODUCTION:

C9 petroleum resin is used in ink to improve adhesion, gloss, and drying properties, ensuring high-quality and durable prints.

CORRESPONDING PRODUCTS

BTack L

It is catalytic polymerized C9 petroleum (hydrocarbon) resin features a low molecular weight, which endows it with excellent solubility. It can easily dissolve in a variety of common organic solvents like toluene, xylene, and solvent naphtha. 

This resin has good compatibility with many other resins and materials. It also boasts high thermal stability, enabling it to maintain stable performance over a relatively wide temperature range without significant decomposition or property changes. Moreover, it offers good adhesion properties, allowing it to firmly adhere to different surfaces.

In the ink industry, catalytic polymerized C9 petroleum (hydrocarbon) resin plays a crucial role. Due to its good solubility, it can be uniformly dispersed in the ink formulation, ensuring the ink has a consistent and stable quality.Its compatibility with other ink components helps to adjust the viscosity and rheological properties of the ink. This makes the ink have appropriate fluidity, facilitating smooth printing and avoiding issues such as clogging of the printing equipment. The adhesion of the resin ensures that the printing ink adheres well to the substrate, providing clear, durable, and rub-resistant printed patterns, thus enhancing the overall quality and performance of the ink.

BTack P

This series is thermal polymerized C9 petroluem ( hydrocarbon ) resin, which has a complex and tightly-linked molecular structure. 

The series of products are made from ethylene by-products and produced by thermal polymerization. It has the characteristics of low acid value, good miscibility, water resistance, ethanol resistance and chemical resistance, has the chemical stability of acid and base, and has the characteristics of good regulation of viscosity and thermal stability. It can endure high temperatures without breaking down. This makes it great for high - temperature processes. It sticks well to different surfaces and mixes well with other resins like alkyd, acrylic, and EVA resins. 

 In ink making, it helps change the thickness and flow of the ink. This makes the ink spread smoothly during printing.  It makes the ink stick firmly to printing surfaces like paper, plastic, and metal. The printed images are clear, long - lasting, and resistant to damage. It can make the printing ink shiny and dry faster. This reduces smudging and speeds up production. It's cheaper compared to some other resins but still offers good performance.