مقدمة المنتج

بولي أكريلاميد أنيوني (APAM) يتميز بخصائص ممتازة في التلبد والترسيب والتكثيف والمساعدة في الترشيح. ويستخدم على نطاق واسع في صناعات مثل معالجة مياه الصرف الصناعية والبلدية، ومعالجة المعادن، وغسل الفحم، وصناعة الورق، وطباعة المنسوجات وصباغتها، واستخراج النفط.

يتميز هذا المنتج بنطاق وزن جزيئي يتراوح بين 12 مليون و24 مليون، مع توفر مواصفات متنوعة لتلبية متطلبات محددة تتعلق بجودة المياه والعمليات. يتميز APAM بالذوبان السريع، ومتطلبات الجرعة المنخفضة، وكفاءة المعالجة العالية؛ فهو يشكل بسرعة تكتلات كبيرة وكثيفة، مما يعزز فصل المواد الصلبة عن السوائل ويقلل من تكاليف التشغيل. وهو مادة تكتل عالية الفعالية تُستخدم بشكل شائع في عمليات معالجة المياه الحديثة.

تستخدم شركة «جينشيانغ كيميكال» تقنيات بلمرة متطورة ونظامًا صارمًا لمراقبة الجودة لضمان جودة منتجاتها بشكل ثابت، بما يلبي احتياجات العملاء في مختلف البلدان والقطاعات الصناعية.

خصائص المنتج

High molecular weight provides excellent flocculation performance
Rapidly forms large flocs
Improves settling rate and dewatering efficiency
Low dosage and high cost-effectiveness
Stable performance and strong adaptability
Custom molecular weight products available

مجالات التطبيق

Industrial Wastewater Treatment
Textile and Dyeing Wastewater Treatment
Pulp and Paper Wastewater Treatment
River Sludge Treatment
Oil Extraction and Oilfield Additives

مزايا المنتج

أكثر من 20 عامًا من الخبرة في مجال التصنيع
جودة منتجات ثابتة وموثوقة
OEM customization services available
Technical support for model selection
Direct factory supply with highly competitive pricing
Product model recommendations based on specific water quality
مدعوم بالتصدير العالمي

التعبئة والتخزين

التغليف:

25-kilogram kraft paper composite bags (customizable)
OEM packaging services available

التخزين:

يُحفظ في مكان بارد وجاف وجيد التهوية؛ وتجنب التعرض لأشعة الشمس المباشرة والرطوبة. أعد إغلاق المنتج فور فتحه للحفاظ على أدائه الأمثل.

الأسئلة الشائعة

1. What is the primary function of Anionic Polyacrylamide (APAM)?
APAM is a water-soluble high-molecular-weight polymer primarily used for flocculation, sedimentation, solid-liquid separation, sludge thickening, and the treatment of suspended particles. It is widely applied in sectors such as industrial wastewater treatment, mining, and papermaking.

2. What is the molecular weight of APAM?
Our APAM is available with molecular weights ranging from approximately 12 million to 24 million; specific grades can be selected based on the customer’s water quality and application conditions.

3. What is the difference between APAM and CPAM?
APAM carries an anionic charge, whereas CPAM carries a cationic charge. They are suitable for different types of wastewater, sludge, and suspended particles; the choice should be based on actual water sample testing.

4. What is the difference between APAM and NPAM?
APAM exhibits distinct anionic characteristics, while NPAM has low ionicity. Flocculation performance can vary significantly between the two depending on the specific mineral slurry, industrial wastewater, or suspended particles involved.

5. Can APAM be used for industrial wastewater treatment?
Yes. APAM is commonly used for the flocculation, sedimentation, and solid-liquid separation of suspended solids in industrial wastewater; it promotes the aggregation of fine particles into larger flocs, thereby improving sedimentation efficiency.

6. Can APAM be used in mining and mineral processing?
Yes. APAM is used in processes such as mineral slurry sedimentation, tailings thickening, wash-water treatment, and solid-liquid separation. The specific grade should be selected based on mineral properties and slurry conditions.

7. Can APAM be used in conjunction with Polyaluminum Chloride (PAC)?
Yes. In many water treatment processes, PAC (Polyaluminum Chloride) is used first for coagulation, followed by APAM for flocculation, to facilitate the formation of larger flocs from micro-particles. However, the specific dosing sequence and dosage should be determined through jar testing.

8. Does a higher molecular weight mean better flocculation performance?
Not necessarily. Molecular weight is just one important factor in product selection; other variables—such as water quality, particle properties, ionicity, water temperature, pH, and the treatment process—must also be considered. A higher molecular weight is not always the most suitable choice.

9. How should APAM be dissolved?
It is recommended to add APAM to water slowly and evenly while stirring continuously to prevent clumping caused by adding a large amount at once. Allow the product to fully dissolve and mature before dosing.

10. What is the dissolution time for APAM?
The current product can be specified with a dissolution time of ≤60 minutes. Actual dissolution speed is influenced by factors such as water temperature, stirring speed, solution concentration, and product grade.

11. What is the recommended dosage for APAM?
There is no fixed standard dosage. The optimal dosage depends on the wastewater type, suspended solids concentration, pH, salinity, and target treatment results; conducting a jar test is recommended to determine the best product grade and dosage.

12. What is the solid content of APAM?
The current APAM product can be marketed with a solid content of ≥90%; however, official supply specifications and test results are subject to the specific product specifications and the Certificate of Analysis (COA) for the relevant batch.

13. What is the residual acrylamide level in APAM?
The current product is available in a grade with residual acrylamide ≤0.05%. Official product pages and technical documents should refer to the actual testing methods and batch-specific COA.

14. What is the applicable pH range for APAM?
Current product documentation specifies a pH range of 6–12. Actual performance should be verified based on specific water quality conditions.

15. What are the packaging specifications for APAM?
Standard packaging is 25 kg/bag; customized packaging is also available to meet customer needs and export/shipping requirements.

16. Can you provide the COA, TDS, and MSDS for APAM?
Yes, COA, TDS, and MSDS can be provided. Specific data—such as molecular weight, solid content, residual monomer levels, and dissolution time—are subject to the actual product grade supplied and the test results for the specific batch.

17. How do I select the right APAM grade?
We recommend that customers provide details regarding the industry, raw water/wastewater type, pH, suspended solids concentration, currently used chemicals, and treatment objectives. For critical projects, we suggest conducting a jar test with samples to determine the final grade based on factors such as floc size, settling speed, supernatant quality, and actual dosage.