شركة مصنعة لمكثف الكربوكسي ميثيل السليلوز (CMC)

FSX Chemical manufactures sodium carboxymethyl cellulose (CMC) powder for textile printing paste, viscosity control and selected industrial formulations. Grade selection can be matched by reference viscosity, degree of substitution (DS), dissolution behavior and application requirements, with sample and TDS review available before bulk supply.

Sodium Carboxymethyl Cellulose · Grade Selection

Choose a CMC Grade by DS, Viscosity & Application

FSX Chemical supplies sodium carboxymethyl cellulose (CMC) powder for textile printing paste and viscosity control. Grade selection should consider degree of substitution (DS), reference viscosity, dissolution behavior and formulation requirements. CMC-HD, CMC-MD and CMC-LD can be screened through TDS review and sample trials before bulk supply.

FSX CMC-HD Higher DS Route For selected formulations requiring a higher degree of substitution and controlled paste performance.
FSX CMC-MD Balanced DS Route General evaluation route balancing CMC viscosity, formulation compatibility and process control.
FSX CMC-LD Lower DS Route For formulation adjustment where application fit and cost-in-use are evaluated together.
مطابقة الدرجات Compare Your Current CMC Submit your sample or TDS together with DS, viscosity test conditions and application requirements.
Selection Basis
DS CMC Viscosity الحل Application Fit

Carboxymethyl Cellulose · Sodium CMC · Textile Printing

What Is Carboxymethyl Cellulose (CMC) and How Is It Used in Textile Printing?

Carboxymethyl cellulose (CMC), commonly supplied as sodium carboxymethyl cellulose or sodium CMC, is a water-soluble cellulose ether used as a thickener and rheology modifier. In textile printing, CMC helps control viscosity, paste body and flow behavior while supporting stable formulation and processing.

CMC Definition

CMC is produced from cellulose through chemical modification and is typically supplied as a white or off-white CMC powder. Sodium carboxymethyl cellulose disperses and hydrates in water to form a viscous solution, making it useful for viscosity control, thickening and rheology adjustment in aqueous formulations.

How CMC Works as a Thickener and Rheology Modifier

As a CMC thickener, sodium CMC develops viscosity after dispersion and hydration in water. In textile printing paste, the selected grade can influence paste consistency, flow, screen behavior and formulation stability. CMC viscosity should therefore be evaluated under defined test conditions and in the actual printing formulation.

What Matters When Selecting Textile Grade CMC?

Textile grade CMC should not be selected by viscosity alone. Buyers normally compare degree of substitution (DS), reference viscosity, CMC dissolution and hydration behavior, solution uniformity and compatibility with the intended textile printing paste. Final grade selection should also consider the fabric, dye system, machine and target printing result.

CMC لمعجون طباعة المنسوجات

In textile printing applications, CMC can be used as a formulation component for viscosity control and paste adjustment. Different CMC grades may suit different printing systems, so laboratory comparison and actual printing trials are more useful than relying on an internal grade name or one specification value alone.

Key Technical Properties

A suitable CMC grade is determined by the combination of DS, viscosity, dissolution, hydration و end-use performance.

Sodium carboxymethyl cellulose CMC powder used as a textile printing thickener and rheology modifier
Sodium CMC · Water-Soluble Cellulose Ether CMC Powder for Textile Printing Thickening · Viscosity Control · Rheology Modification
CMC Powder Water-Soluble Viscosity Control Textile Grade CMC

CMC Dosage · Reactive Printing Paste Formulation

How to Prepare CMC Thickener for Reactive Printing Paste

CMC powder is first prepared with water as a stock thickener, then incorporated into the reactive printing paste. The following CMC dosage and printing paste formulation provide a practical starting reference for laboratory and production trials.

01
Stock Thickener Preparation

Prepare the CMC Stock Thickener

Starting Reference Total 100%
Reference CMC Thickener 2.5–3% CMC powder
Water 97–97.5% Preparation water
Stock Thickener 100% Ready for paste formulation
CMC Powder Water Dispersion Hydration Stock Thickener
02
معجون الطباعة التفاعلي

Typical Reactive Colour Paste Formula

Reference Batch 1,000 kg
Stock Thickener 600–700 kg Prepared CMC stock
Urea 50–100 kg
Sodium Bicarbonate 25–30 kg
Resist Salt / Mild Oxidant Approx. 10 kg
Reactive Dyes As Required According to shade
Water Balance Adjust total to 1,000 kg
Total Reactive Printing Paste Reference production batch
1,000 kg
Why Prepare a Stock Thickener? Control CMC Dissolution and Viscosity Before Final Formulation

Preparing the CMC stock thickener first allows the powder to disperse and hydrate before the final reactive printing paste is adjusted to the required viscosity and process conditions.

Starting Formula Only Final CMC Dosage Depends on the Actual Printing Process

Adjust the final formulation according to CMC grade, dye concentration, fabric, machine, water quality, target viscosity and actual printing performance.

Technical Data · Sodium CMC Specifications

Sodium Carboxymethyl Cellulose (CMC) Technical Specifications

Reference technical data for FSX sodium carboxymethyl cellulose grades. Compare CMC viscosity, degree of substitution (DS), pH, application route and test basis before laboratory or production trials.

Sodium carboxymethyl cellulose technical specification comparison for FSX CMC-HD, CMC-MD and CMC-LD
FSX Grade مسار تقديم الطلب اللزوجة المرجعية DS الرقم الهيدروجيني Test Basis
FSX CMC-HD Technical document model: Fushixin Print HD الطباعة التفاعلية Selected blended thickener trials 800–1,800 ميللي باسكال·ثانية Reference measurement 1.9–2.0 مسار «Higher-DS» 7.0–9.0 محلول مائي من 1% 1% Solution · 20°C Confirm instrument, spindle and speed against the TDS
FSX CMC-MD Technical document model: Fushixin Print MD Reactive / Blended Systems General viscosity-control trials 800–1,800 ميللي باسكال·ثانية Reference measurement 1.5–1.6 مسار Medium-DS 7.0–9.0 محلول مائي من 1% 1% Solution · 20°C Confirm instrument, spindle and speed against the TDS
FSX CMC-LD Technical document model: Fushixin Print LD Reactive / Disperse / Blended Formulation-adjustment trials 1,500–3,000 ميللي باسكال·ثانية Reference measurement 1.3–1.4 مسار «لوير-دي إس» 7.0–9.0 محلول مائي من 1% 1% Solution · 20°C Confirm instrument, spindle and speed against the TDS
Grade Comparison Principle

قارن DS, CMC viscosity, test conditions and application performance together. A higher DS value does not automatically mean a higher viscosity.

Specification Matching Need to compare these specifications with your current CMC?

Send your current TDS together with the viscosity test method, DS requirement and application for technical comparison.

اختيار درجة CMC للمواد الكيميائية في FSX باستخدام TDS واللزوجة وDS وتقييم العينات التطبيق · TDS · شروط الاختبار · تجربة العينة

اختيار درجة CMC · قائمة مراجعة للمشتري

كيفية اختيار الدرجة المناسبة من مادة CMC لتطبيقك

CMC-HD وCMC-MD وCMC-LD هي رموز الدرجات الداخلية لشركة FSX Chemical التي تمثل مسارات مختلفة لدرجة الاستبدال. وينبغي أن يستند الاختيار إلى الاستخدام النهائي، واللزوجة المرجعية، درجة الاستبدال (DS)، وسلوك الذوبان، وتوافق التركيبة، ونتيجة العينة الفعلية، بدلاً من اسم النموذج وحده.

01

تأكيد الاستخدام النهائي

حدد ما إذا كان مركب CMC مطلوبًا في طباعة المنسوجات، أو في معجون الطباعة، أو في نظام مكثف مختلط، أو لتعديل اللزوجة، أو في تركيبة صناعية أخرى، أو للمقارنة مع درجة جودة المورد الحالي.

02

مقارنة بين DS واللزوجة في ظروف متطابقة

راجع درجة الاستبدال، واللزوجة المرجعية، ودرجة الحموضة (pH)، وتركيز المحلول، ودرجة الحرارة، وطريقة الاختبار. ولا ينبغي مقارنة البيانات التي تم قياسها في ظروف مختلفة بشكل مباشر.

03

تقييم أداء الذوبان والتطبيق

اختبار تشتت المسحوق، والذوبان، والترطيب، وتجانس المحلول، وتطور اللزوجة، واستقرار التركيبة. بالنسبة لطباعة المنسوجات، قم أيضًا بمقارنة سلوك المعجون، وأداء الشاشة، والنتيجة النهائية للطباعة.

04

التأكد من التوريد والتعبئة والوثائق

بعد الموافقة على عينة الاختبار، قم بتأكيد الحد الأدنى لكمية الطلب، ومدة الإنتاج، والأكياس سعة 25 كجم، والتعبئة على منصات نقالة أو التعبئة المخصصة للتصدير، وكذلك وثائق TDS وSDS المطلوبة. ويتم إعداد شهادة تحليل الدفعة (COA) للدفعة الإنتاجية المؤكدة.

نموذج من المصنع / المختبر / قسم مراقبة الجودة

شهادة المصنع والمختبر ومراقبة الجودة

استخدم صورًا حقيقية لعمليات الإنتاج والاختبار والتوثيق والتعبئة للتحقق من قدرة توريد معجون الطباعة الرقمية قبل تقييم العينات.

شركة FSX Chemical المتخصصة في تصنيع معجون الطباعة الرقمية، مع خدمة مراجعة العينات في المستودع ودعم مراقبة الجودة للدفعات

مطابقة العينات ومراقبة الجودة للدُفعات

دعم إنتاج مصنع معجون الطباعة الرقمية «FSX Chemical» وتزويد المستودعات

الإنتاج في المصنع

التحقق المختبري من معجون الطباعة الرقمية لشركة FSX Chemical من خلال اختبار العينات ومراجعة السجلات الفنية

التحقق المختبري

مراقبة الجودة الدفعية لمعجون الطباعة الرقمية من شركة FSX Chemical، مع دعم عينات TDS وشهادات تحليل المكونات (COA)

مراقبة الجودة للدُفعات وشهادة تحليل المكونات

فحص مستودع التعبئة والتغليف الخاص بتصدير معجون الطباعة الرقمية لشركة FSX Chemical، والتحضير للشحن

تغليف الصادرات

أسئلة المشترين في CMC · الشؤون الفنية والمشتريات

CMC Purchasing & Technical FAQ

Practical answers for buyers preparing a sodium carboxymethyl cellulose quotation, sample evaluation or bulk purchasing decision, including specification review, current TDS comparison, trial evaluation, order quantity and technical documents.

FSX Chemical CMC product with TDS COA SDS and sample evaluation documents
CMC Buying Support Sample · TDS · Specification Review
Before You Request a Quote Prepare the key technical information for faster evaluation.
التطبيق Current TDS Target Viscosity DS Requirement
01 ما هي المعلومات المطلوبة للحصول على عرض أسعار من شركة CMC؟

Please provide the intended application, required CMC grade or target specification, viscosity requirement and test method if available, degree of substitution (DS), estimated order quantity and destination. If you already use CMC, your current TDS or sample can also support a more relevant technical comparison.

02 Can I request a CMC sample before placing a bulk order?

Yes. A CMC sample can be evaluated before bulk purchasing. Providing the application, current specification, target viscosity, DS requirement and expected performance helps identify a more suitable sample direction for laboratory comparison.

03 Can FSX compare my current CMC sample or TDS?

Yes. Your current CMC sample or TDS can be reviewed together with the viscosity test conditions, solution concentration, degree of substitution, pH, application and formulation requirements. Where possible, comparison testing should use matched conditions before determining whether a proposed FSX grade should move to the next trial stage.

04 Can I evaluate more than one CMC grade in the same trial?

Yes. When the application or target specification allows more than one possible grade direction, FSX Chemical can recommend suitable CMC samples for side-by-side evaluation. Comparing the samples under the same preparation, viscosity test and application conditions can help identify the more suitable option before bulk purchasing.

05 What are the usual MOQ and standard packing options for CMC?

CMC is commonly supplied in 25 kg bags with an inner moisture-resistant liner. Minimum order quantity depends on the selected grade, quantity and order requirements and should be confirmed together with the quotation.

06 ما هي الوثائق الفنية ووثائق الدُفعات الخاصة بشركة CMC المتوفرة؟

TDS and SDS are available to support technical evaluation. A batch COA is prepared according to the confirmed production batch. Additional product or quality information can be reviewed according to the selected grade and order requirements.

07 What should be confirmed after a CMC sample passes laboratory testing?

After laboratory evaluation, buyers should confirm performance under the actual formulation or production conditions together with the agreed technical specification. The approved grade, quality requirements, order quantity and batch documentation can then be confirmed before moving to bulk purchasing.

Technical Evaluation

CMC selection should be based on matched technical data and actual application performance rather than model name or a single specification value alone.