Industry Standard Liquid Surfactant | Industrial cleaning, general detergents, basic emulsions | HLB 8–12 (Standard range), Viscosity 1000 mPa·s (Easily pourable), pH Stability 4–10 | Widely compatible, cost-effective, proven reliability. | Narrow pH range limits applications, slower biodegradation (60% in 28 days). |
Our Base Liquid Surfactant | Light industrial cleaning, food-grade applications | HLB 10–14 (▲), Viscosity 800 mPa·s (▲), pH Stability 3–11 (▲), Biodegradability 75% (▲) | Enhanced pH flexibility, smoother mixing, moderate environmental impact. | Slightly higher cost than industry standard. |
Our Advanced Liquid Surfactant | Pharmaceutical, cosmetic, and high-pH industrial processes | HLB 12–16 (▲▲), Viscosity 500 mPa·s (▲▲), pH Stability 2–12 (▲▲), Biodegradability 90% (▲▲) | Optimal for extreme pH conditions, ultra-low viscosity, highly eco-friendly. | Higher cost, requires specialized storage. |
Powdered Surfactant (Competitor) | Storage-heavy industries (e.g., agriculture, bulk shipping) | HLB varies (Not standardized), Solid form (no viscosity), pH Stability 5–9 | Longer shelf life, compact storage, easy transportation. | Requires dissolution, may clump, less consistent performance. |
Emulsion Surfactant (Competitor) | Cosmetic creams, pharmaceutical formulations, food emulsions | HLB 10–14, Viscosity 1500 mPa·s (Thick), pH Stability 4–10 | Stable emulsions, ideal for thick formulations. | High viscosity complicates mixing, limited pH adaptability. |
Bio-based Surfactant (Competitor) | Eco-friendly cleaning products, agricultural sprays | HLB 8–12, Viscosity 1200 mPa·s, pH Stability 4–10, Biodegradability 80% | Renewable resources, lower environmental footprint. | Reduced efficacy in hard water, higher cost, shorter shelf life. |