PH 2-5 minorcarboxylicacids white emulsion suitable for industrial chemical synthesis and specialty product manufacturing

Product Description:

JH-613 Carboxylated Styrene-Butadiene (SB) Latex is a high-performance binder specifically engineered for paper coating and surface sizing applications. It is widely used in various paper and paperboard products such as decorative base paper, wear-resistant paper, Coated White Top Paper (CWF), and several other industrial paper grades.

This carboxylated SB latex offers exceptional performance through a range of notable properties. It provides excellent cohesive strength and strong bonding capability between coating layers and the base paper, ensuring durability and structural integrity of the final product.

Additionally, JH-613 latex exhibits superior resistance to water and solvents, alongside impressive long-term storage stability. These qualities make it ideal for demanding paper applications that require reliable performance under various environmental conditions.

The latex also demonstrates outstanding heat resistance and abrasion resistance, further enhancing its suitability for high-demand paper products. Moreover, it features an extremely low content of volatile organic compounds (VOC), positioning it as an environmentally friendly option that supports sustainable coating practices.

Features:

• Product Name: Related Chemicals
• Viscosity: ≤500 mPa.s (25℃)
• Particle Size: 155.0 ± 10.0 nm
• Shelf Life: 6 Months (sealed at 5-40℃)
• Active Ingredient: Carboxylated Styrene-Butadiene copolymer
• Appearance: White Emulsion
• Contains carboxylic acids for improved performance
• Provides excellent adhesion and flexibility

Technical Parameters:

The product presents as a milky white emulsion, indicating its uniform dispersion and appearance.

Its solid content is approximately 50.0%, with a permissible variance of plus or minus 1.0%.

The pH level ranges between 6.0 and 9.0, ensuring a mildly acidic to slightly alkaline nature.

Viscosity measured at 25 degrees Celsius does not exceed 300 centipoise, reflecting its moderate flow characteristics.

This substance is soluble, allowing it to dissolve effectively in compatible solvents.

The particle size averages around 155 nanometers, with an allowable deviation of ±10 nm.

The glass transition temperature (Tg) is approximately 1.0 degrees Celsius, with a possible variation of plus or minus 3.0 degrees.

The product maintains its quality and performance for up to six months when stored under recommended conditions.

Applications: