CMC-NH4(Carboxymethyl Cellulose Ammonium) - Introduction

CMC-NH₄ (Carboxymethyl Cellulose Ammonium) is a water-soluble polymer derivative prepared by ification modification of natural cellulose. As the ammonium salt form of carboxymethyl cellulose (CMC), it has become a core functional additive in multiple industries due to its unique chemical structure and excellent performance. With a CAS number of 9086-60-6, it is a new-type material integrating environmental protection properties and technical advantages.

1. Stable Performance & Strong Adaptability

It appears as white to light yellow powder, easily soluble in water to form a uniform viscous system. The pH value of 1% aqueous solution is stably maintained at 6.5–8.0, with a viscosity range of 1000–3000 mPa·s (25℃). It features excellent batch-to-batch uniformity and weather resistance, is not easily degraded under high-temperature conditions, and has both acid-alkali tolerance and hydrolysis-resistant stability.

2. Excellent Bonding & Film-forming Effect

It has super strong adhesiveness and film-forming property, which can effectively bond various substrates and form a dense and uniform protective film. In the molding process, it can significantly improve the mechanical strength of products, with little residue after calcination and no hidden danger of metal ion residue.

3. Environmentally Friendly & Reliable Quality

Made from natural renewable refined cotton, it is green and degradable, non-toxic and harmless, and complies with environmental protection standards of multiple industries. It is especially suitable for working conditions sensitive to metal ions.

4. Diversified Functions & Synergistic Efficiency Improvement

It integrates multiple functions such as suspension stabilization, nutrient retention and anti-caking. In different application scenarios, it can achieve multiple values of efficiency enhancement, quality improvement and consumption reduction.

CMC-NH4(Carboxymethyl Cellulose Ammonium) Main Application Fields

1. Environmental Protection Denitration Field

As a special adhesive for SCR denitration catalysts, it can optimize the catalyst structure and active component distribution, improve denitration efficiency and catalytic service life, avoid catalyst poisoning caused by metal ions, and is a core additive in environmental protection denitration projects.

2. Agricultural Planting Field

It can be used as a soil conditioner and fertilizer synergist, promote the absorption and utilization of soil nutrients by crops, and significantly increase crop yield. The recommended application rate is 75 kg/hm² in scenarios such as newly-built paddy fields, which has both economic and environmental benefits.

3. Industrial Manufacturing Field

In the building materials industry, it enhances the adhesion of mortar and adhesives and improves construction performance; in the papermaking industry, it improves the wet strength and folding resistance of paper; in oil drilling, it is used in drilling fluids to control rheological properties and prevent solid sedimentation; in phosphor production, it acts as a suspension stabilizer to avoid the impact of alkali metal ions on luminescent performance.

4. Fine Chemical Industry Field

In the pharmaceutical and food industries, it can be used as a thickener and stabilizer to ensure product consistency and shelf life, complying with relevant industry safety standards.

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