GUMCOL-CMC Technical Grade
GUMCOL-CMC Technical Grade - Premium Industrial Thickener 13 Applications
Technical grade CMC cellulose GUMCOL-CMC exemplifies advanced polymer technology specifically engineered for demanding industrial applications requiring exceptional rheological control. This specialized powder achieves superior thickening through optimized carboxymethylation processes, transforming manufacturing efficiency across detergent, ceramic, and mining industries. Premium sodium carboxymethyl cellulose structure provides outstanding performance stability across extreme pH conditions from 2.0 to 12.0 while maintaining cost-effectiveness. The refined grade demonstrates remarkable compatibility with surfactants, electrolytes, and industrial chemicals enabling versatile formulation strategies. From laundry detergents to ceramic glazes, technical grade CMC cellulose GUMCOL-CMC delivers consistent functional properties meeting diverse industrial specifications worldwide.
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Technical CMC Properties & Industrial Characteristics
- Rheological Modification & Viscosity Control
- Binding Properties & Adhesive Strength
- Suspension Stabilization & Anti-Settling
- Film Formation & Protective Coating
Our technical grade CMC cellulose incorporates controlled modification technology delivering superior functional attributes essential for industrial manufacturing processes. These engineered properties ensure reliable viscosity generation, binding strength, and operational consistency across challenging industrial applications.
CMC Manufacturing & Technical Processing
Technical grade CMC cellulose derives from industrial cellulose sources undergoing cost-optimized carboxymethylation in dedicated facilities maintaining technical-grade standards for non-food industrial applications globally.
Technical CMC Benefits & Industrial Advantages
- Cost-Effective Performance & Economic Value
- Process Optimization & Efficiency Enhancement
- Environmental Compatibility & Biodegradability
CMC Cellulose Product Information & Technical Specifications
Technical grade CMC cellulose GUMCOL-CMC undergoes specialized processing achieving optimal performance in industrial systems requiring precise rheological control. Efficient manufacturing ensures competitive pricing while maintaining consistent quality for high-volume applications. This versatile polymer exhibits exceptional tolerance to industrial contaminants common in manufacturing environments. The technical grade provides reliable functionality across broad processing conditions encountered in industrial operations.
Quality Standards & Industrial Specifications
Our technical grade CMC cellulose meets comprehensive industrial standards through ISO 9001:2015 certified manufacturing, ensuring consistency for critical industrial processes.
- A.I.R. (Acidic Insoluble Residue)
- Moisture
- Viscosity
- Content of Ash
- Size of the Particle
- Odor
- Protein
- Filterability
- Gum Content
- Color
- Fibre
- Granulation
- Insoluble Residue
- Fat Content
- pH
- Heavy Metals
- Arsenic
- Lead
The Microbiological Quality Test consist of bacteriological test of the Food Grade products like Standard Plate Count, Yeast & Mould, Salmonella, E-coli, Colliform, Pseudomonas, Staphylococcus etc.
Technical Grade CMC Cellulose Quality Testing Parameters - 18 Comprehensive Factors
Technical grade CMC cellulose undergoes extensive testing across 18 quality parameters ensuring reliable performance meeting industrial manufacturing standards.
Physical Properties Chemical Analysis Performance Testing Particle Size (80-100#) Degree of Substitution Viscosity (2% sol.) Bulk Density (0.40-0.70) Moisture (<12%) pH Tolerance (2-12) pH (7.0-9.0) Sodium Content (%) Gel Strength Purity (>85%) Active Matter (>75%) Binding Power Color (Off-white) Heavy Metals (<50ppm) Suspension Time Solubility Time Chloride Content (%) Film Properties Technical Grade CMC Cellulose Regulatory Numbers & Classifications
- HS-Code of Technical Grade CMC: 3912.31.00
- CAS No. of Technical Grade CMC: 9004-32-4
- EINECS No. of Technical Grade CMC: 618-378-6
- REACH Registration: 01-2119456884-25
- TSCA Listed: Yes
- DSL Status: Listed
Technical CMC Product Grades & Application Guide
Grade Code Viscosity Purity Application Industry GUMCOL-CMC-DT Low-Medium >85% Powder Detergent Cleaning GUMCOL-CMC-CR Medium-High >90% Ceramic Glaze Ceramics GUMCOL-CMC Medium >85% Multi-Purpose Various GUMCOL-CMC-MN High >88% Ore Flotation Mining GUMCOL-CMC-TX Medium >85% Textile Printing Textiles
Common Questions
FAQs - Technical CMC Cellulose
Prevents soil redeposition on fabrics while stabilizing enzyme systems and enhancing cleaning efficiency significantly. Acts as builder providing water softening effects reducing surfactant requirements in formulations economically.
Typical usage ranges from 0.1-0.5% in glazes providing suspension stability and improved adhesion properties. Higher concentrations up to 2% enhance green strength in ceramic body formulations reliably.
Provides comparable flocculation performance at competitive costs while offering environmental biodegradability advantages significantly. Natural polymer origin supports sustainable mining practices meeting regulatory requirements effectively.
Maintains stability up to pH 12 enabling use in alkaline cleaners and industrial processes. Specialized grades resist hydrolysis providing consistent performance in caustic environments reliably.
Disperse powder into water vortex using mechanical agitation preventing lump formation during addition. Complete hydration requires 30-60 minutes depending on temperature and agitation intensity applied.
Store below 35°C in dry conditions preventing moisture absorption which causes caking issues. Original packaging maintains quality for 24 months when properly warehoused following FIFO principles.
Readily biodegradable nature supports wastewater treatment and soil remediation applications meeting environmental standards. Non-toxic profile enables safe handling in ecological restoration projects globally.
Technical grades allow higher impurity levels and broader specification ranges optimizing cost-effectiveness. Industrial applications tolerate variability while maintaining functional performance requirements satisfactorily.
Technical Support & Application Development
Our industrial chemists provide comprehensive CMC application support including formulation assistance, process optimization, and troubleshooting services. Laboratory facilities offer viscosity testing, compatibility studies, and performance evaluations. Technical resources include application guides, formulation suggestions, and case studies covering detergent, ceramic, mining, textile, and specialty chemical industries.
Packaging & Industrial Supply Chain
Technical grade CMC cellulose GUMCOL-CMC packages in 25-kilogram multi-wall bags or 750-kilogram bulk containers for large operations. Regional warehouses maintain inventory ensuring reliable supply continuity. Bulk truck delivery available for high-volume users with documentation including specifications, MSDS, and technical bulletins.
Extended Industrial Applications & Specialized Uses
Beyond core applications, GUMCOL-CMC enables battery manufacturing providing separator coating and electrolyte thickening. Welding electrodes utilize binding properties for flux coating adhesion. Agricultural chemicals benefit from spray adhesion and drift control. Water treatment employs flocculation properties for clarification. Construction materials utilize water retention for improved workability.
Quality Certifications & Industrial Compliance
Manufacturing facilities maintain ISO 9001:2015 certification ensuring consistent technical grade CMC quality standards. ISO 14001 environmental management demonstrates sustainability commitment. REACH compliance enables European distribution. Regular quality audits validate manufacturing consistency. Technical service support provides application-specific testing meeting customer requirements.
Environmental Profile & Sustainability Benefits
Technical grade CMC exhibits complete biodegradability within 45 days under aerobic conditions supporting environmental compliance. Renewable cellulose sourcing reduces dependency on synthetic polymers significantly. Water-based processing eliminates solvent emissions meeting air quality standards. Waste minimization programs achieve 90% material utilization. Carbon footprint analysis demonstrates 60% reduction versus petroleum-based alternatives comprehensively.
