Non Ionic Polyelectrolytes

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MOQ : 25 Kilograms

Non Ionic Polyelectrolytes Specification

Smell
Odorless

EINECS No
231-545-4

Shape
Fine powder/granules or clear liquid

Product Type
Water-Soluble Polyelectrolyte

Usage
Used as a flocculant, thickener, and retention aid

Refractive Rate
Not determined

Ph Level
68 (1% solution)

Shelf Life
2 years in original packaging

Density
1.1 Gram per cubic centimeter(g/cm3)

HS Code
39139090

Structural Formula
[-CH2-CH(CONH2)-]n

Grade
Industrial

Physical Form
Other

Storage
Store in a dry, cool place, away from direct sunlight

CAS No
9003-05-8

Application
Water treatment, paper making, textile, mining, oilfield, sugar processing

Ingredients
High molecular weight polyacrylamide, non-ionic functional groups

Properties
Non-ionic, highly effective flocculating agent, stable, excellent water solubility, non-toxic, and eco-friendly

Appearance
White to off white powder or amber liquid

Solubility
Completely soluble in water

Taste
Odorless

Molecular Formula
(C3H5NO)n

Molecular Weight
525 million (approx., varies with grade)

Purity
>89%

Melting Point
Not applicable (decomposes)

Poisonous
NO

Ionic Character
Non-ionic

Residue after Dissolution
<0.1%

Thermal Stability
Stable up to 150C

Toxicity
Non-toxic

Viscosity (1% solution, 25C)
500-900 cps (varies by molecular weight)

Environmental Impact
Biodegradable and safe for aquatic life

Hydrolysis Degree
<5%

pH Tolerance Range
411

Packaging
25 kg bags / 50 kg drums or as per requirement

Free Monomer Content
<0.05%

Non Ionic Polyelectrolytes Trade Information

Minimum Order Quantity
25 Kilograms

Supply Ability
1 Kilograms Per Week

Delivery Time
5 Days

Non Ionic Polyelectrolytes About

Premium-Quality Non-Ionic Polyelectrolytes
Our Non-Ionic Polyelectrolytes are high-molecular-weight, water-soluble polymers based on polyacrylamide and designed for efficient flocculation, clarification, and solid-liquid separation. Their non-ionic nature allows them to perform effectively across a broad range of process conditions without significantly affecting the ionic balance of the treatment system.

These polymers are widely used in water treatment, water purification, slurry treatment, water recycling, mineral processing, paper manufacturing, textile processing, oilfield applications, and other industrial processes. Their excellent solubility and flocculation performance make them a reliable choice for applications requiring efficient suspended-solid removal and process-water clarification.

Technical Specifications

Form	Powder
Grade Standard	Technical Grade
Usage/Application	Industrial
Packaging Size	25
Packaging Type	BAG
Physical State	solid

Superior Flocculation Performance
Non-Ionic Polyelectrolytes provide effective flocculation and solid-liquid separation by promoting the aggregation of suspended and colloidal particles. Their high molecular weight and non-ionic characteristics make them suitable for applications where maintaining the existing ionic balance is important.

They can support efficient clarification across varying process conditions and are suitable for applications involving different pH and temperature ranges. By improving particle settling and separation, these polymers can contribute to clearer treated water and more efficient industrial wastewater-treatment operations.

Versatile Industrial Applications

Non-Ionic Polyelectrolytes are used across a wide range of industries and processes, including:

Industrial wastewater treatment
Water purification and clarification
Slurry treatment
Water recycling
Mining and mineral processing
Paper and pulp manufacturing
Textile processing
Oilfield applications
Sugar and allied industrial processes

Their versatility makes them suitable for applications requiring flocculation, thickening, clarification, retention, and improved solid-liquid separation.

Stable and Convenient Formulation
Supplied in powder form, Non-Ionic Polyelectrolytes are easy to transport, store, and prepare for industrial use. The polymer should be stored in its original, properly sealed packaging in a cool, dry, and well-ventilated location away from direct sunlight and moisture.

When stored under recommended conditions, the product can maintain its quality and effectiveness for up to 24 months, depending on the specific grade and formulation.

Frequently Asked Questions (FAQs) About Non-Ionic Polyelectrolytes

Q1. How are Non-Ionic Polyelectrolytes used in industrial processes?
Non-Ionic Polyelectrolytes are primarily used as flocculants, thickening agents, and retention aids. They help aggregate suspended particles and improve solid-liquid separation in applications such as water treatment, paper manufacturing, textile processing, mining, oilfield operations, and slurry treatment.

Q2. What advantages do Non-Ionic Polyelectrolytes offer compared with ionic polymers?
Their non-ionic nature allows them to function effectively without significantly altering the ionic balance of the treatment system. They can provide reliable flocculation under a broad range of operating conditions and are particularly useful in processes where variations in water chemistry, pH, or ionic concentration may affect the performance of conventional ionic polymers.

Q3. When should Non-Ionic Polyelectrolytes be selected for water treatment?
They are particularly suitable when effective particle aggregation and solid-liquid separation are required under varying water-quality conditions. They can be considered for applications where maintaining the existing ionic composition of the process water is important. The appropriate polymer grade and dosage should be determined through laboratory or jar testing.

Q4. What is the recommended storage condition and shelf life?
Store Non-Ionic Polyelectrolytes in a cool, dry, and well-ventilated area, protected from moisture, direct sunlight, and excessive heat. Keep the original packaging properly sealed when not in use. Under recommended storage conditions, the product can have a shelf life of up to 24 months, depending on the specific product grade.

Q5. How should the appropriate grade or molecular weight be selected?
Selection depends on several factors, including wastewater or slurry characteristics, particle size, required flocculation rate, settling performance, viscosity, and the desired degree of solid-liquid separation. Different molecular weights and polymer characteristics may perform differently in individual applications. Jar testing is recommended to identify the most suitable grade and dosage.

Q6. Are Non-Ionic Polyelectrolytes environmentally safe?
The environmental profile of a Non-Ionic Polyelectrolyte depends on its specific formulation, residual monomer content, and application conditions. Claims regarding biodegradability or aquatic safety should therefore be verified against the product's technical documentation and Safety Data Sheet (SDS). Responsible dosing, handling, and disposal practices should always be followed.

Q7. How is a working solution prepared?
The powder should be gradually dispersed into clean water while using controlled, gentle agitation to ensure proper hydration and dissolution. Excessive mixing or high shear should be avoided because it can affect polymer performance. The recommended preparation concentration, maturation time, and dosage depend on the specific product grade and application and should be established through laboratory testing.

Why Choose Our Non-Ionic Polyelectrolytes?
Our Non-Ionic Polyelectrolytes combine high molecular weight, excellent water solubility, versatile flocculation performance, and convenient powder handling to address a broad range of industrial treatment requirements.

From wastewater clarification and slurry treatment to water recycling, mining, paper manufacturing, and other industrial applications, these polymers provide an effective solution for improving solid-liquid separation and overall process efficiency.

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