About CMC Production Line | JCT Machinery

Technology Investment Analysis

Sodium Carboxymethyl Cellulose is an aqueous fiber derivative, referred to as CMC. CMC can make the viscosity of aqueous solution preparations vary between 20 and 3000. CMC has a polymer structure and a variety of physical and chemical properties, such as: thickening, emulsification, suspension, and water loss reduction. CMC is a polymer cationic electrolyte that will not ferment and has salt resistance and certain thermal stability.

Technology Application Field Prospect Analysis

CMC is widely used in various economic fields, such as: mud thickening and water loss stabilizer during drilling in the oil industry, sizing slurry in the textile industry, civil paste, synthetic detergent anti-fouling adsorbent, toothpaste gum base in the daily chemical industry, food industry and pharmaceutical industry as thickener and emulsifier, suspending agent, suspending agent in the mineral processing industry, coating agent, retaining agent, enhancer, etc. in the papermaking industry, as well as tobacco, mosquito coils, ceramics, building materials, batteries, welding rods and other industries, known as "industrial MSG".

Main Equipment of CMC Production Line

1. Reactor: Equipment used for the reaction of cellulose and chloroacetic acid to produce CMC. Usually made of stainless steel, it has functions such as heating, stirring and temperature control.
2. Solvent Treatment System: Used for dissolution and pretreatment of cellulose, usually including solvent storage, dissolution tank and heating equipment.
3. Neutralization Reactor: Used for acid neutralization reaction to remove excess sodium hydroxide.
4. Filtration and Separation Equipment: such as centrifuges and filters, used to remove impurities.
5. Spray Dryer / Drum Dryer: Used to dry CMC solution to obtain dry powder.
6. Pulverizer and Sifter: Used to crush the dried CMC to ensure uniform particle size.

Technical Features of CMC Production Line

• Automation Control

CMC production line designed by JCT is usually equipped with an automated control system, which can monitor parameters such as temperature, pressure, reaction time in real time to ensure the consistency of product quality.

• Energy Saving and Environmental Protection

JCT's CMC production line adopta energy-saving drying and filtration technology, and takes environmental protection measures to ensure that the production process meets environmental protection requirements.

• Efficient and Stable

JCT's design of CMC production line focuses on high efficiency and stability, and can continuously and stably produce high-quality CMC products.

• Product Diversity

Customers can produce CMC with different viscosities and particle sizes by adjusting reaction conditions and post-processing processes to meet different application requirements.