About Liquid Polymer
TYPICAL SPECIFICATION OF V 0132
| PROPERTIES | TEST METHOD | RESULT |
| Mooney Viscosity ML 1+4 100 OC 121 OC | JIS K6300 | 28 16 |
| Melt Flow Index 190 OC 230 OC | JIS K7210 (g/10 min.) (g/10 min.) | 1.6 2.7 |
| Propylene Cont. | SO Method (wt %) | 24 |
| Densit | JIS K7112 (Mg / m3) | 0.86 |
| Tensile Property 23 OC Max. Stress Stress at break Elongation at break | JIS K6251 (MPa) (MPa) (%) | 3.3 3.3 1100 |
| Hardness 23 OC | JIS K6253 (Duro ) | 58 |
| Brittle Temperature | JIS K6261 (OC) | <-70 |
RIC 141
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RIC 132
| PROPERTIES | TEST METHOD | RESULT |
| Mooney Viscosity ML 1+4 100 OC 121 OC | JIS K6300 | 28 16 |
| Melt Flow Index 190 OC 230 OC | JIS K7210 (g/10 min.) (g/10 min.) | 1.6 2.7 |
| Propylene Cont. | SO Method (wt %) | 24 |
| Density | JIS K7112 (Mg / m3) | 0.86 |
| Tensile Property 23 OC Max. Stress Stress at break Elongation at break | JIS K6251 (MPa) (MPa) (%) | 3.3 3.3 1100 |
| Hardness 23 OC | JIS K6253 (Duro A) | 58 |
| Brittle Temperature | JIS K6261 (OC) | <-70 |
The Value given are Typical Averages and are not to be considered as sales specification limits or guaranteed values.
Exceptional Water Solubility and Quick DissolutionOur Liquid Polymer dissolves in water in less than 60 minutes, forming a uniform and clear to slightly hazy viscous solution. Its high purity (99%) and low insoluble content ensure consistent performance across applications where water solubility is a priority.
Versatile Resistance for Diverse ApplicationsDesigned with excellent acid resistance and good alkali tolerance, this product is suitable for challenging environments. Its chemical resilience makes it ideal for manufacturing, processing, and other industrial sectors where exposure to harsh conditions is common.
Reliable Supply and Quality StandardsAs a leading distributor, exporter, and supplier in India, we ensure strict adherence to quality and consistency. Sourced from acrylic monomers and maintained at optimal moisture levels (0.5%), our Liquid Polymer meets rigorous industry standards for reliability.
FAQs of Liquid Polymer:
Q: How should Liquid Polymer be dissolved for optimal performance?
A: To achieve optimal performance, add Liquid Polymer slowly to water with gentle agitation. The product dissolves completely in less than 60 minutes, forming a clear to slightly hazy viscous liquid suitable for various applications.
Q: What are the main benefits of using this Liquid Polymer?
A: Liquid Polymer offers high purity, exceptional water solubility, excellent acid resistance, and good alkali resistance. Its high molecular weight ensures effective viscosity control and stability in different formulations.
Q: When is Liquid Polymer typically used in industrial processes?
A: Liquid Polymer is commonly utilized during processes requiring viscosity control, binding, or flocculation. Its quick dissolving properties make it suitable for applications where time and efficiency are critical.
Q: Where is this Liquid Polymer available for purchase in India?
A: The product is distributed, exported, and supplied across India through various channels, including distributors, wholesalers, manufacturers, traders, and importers.
Q: What is the manufacturing process of Liquid Polymer?
A: Liquid Polymer is synthesized from acrylic monomers through emulsion polymerization, resulting in a high molecular weight, water-soluble polymer with tailored properties for industrial use.
Q: How can Liquid Polymer be used in water treatment applications?
A: In water treatment, Liquid Polymer acts as a flocculant, aiding in the aggregation and removal of suspended solids, thereby improving the clarity and quality of treated water.