Where it fits
Industrial cleaners & degreasers, metalworking/process aids, emulsifiable concentrates, specialty blends requiring controlled foam.
Product Specialty Additives
Ethoxylated nonionic surfactant used for wetting, emulsification, detergency boosting, and formulation stability across industrial blends. EO/HLB grades are selected to match your substrate, temperature, water hardness, and foam profile.
Ethoxylated nonionic surfactants are formulation workhorses used to reduce surface tension, improve wetting, stabilize emulsions, and enhance soil removal. Compared to many ionic systems, nonionics often show good compatibility across wide pH ranges and can be blended with anionic/cationic/amphoteric partners (application-dependent).
Industrial cleaners & degreasers, metalworking/process aids, emulsifiable concentrates, specialty blends requiring controlled foam.
Tunable performance by EO/HLB selection—wetting speed, emulsification strength, solubilization, and temperature behavior.
Defined grade selection inputs, packaging options, and QA documentation to support onboarding and repeat procurement.
Typical usage patterns. Share your process constraints and we’ll align the right grade.
Used in alkaline and neutral cleaners to improve soil removal and rinse behavior (depends on build).
Wetting/emulsification aid in compatible process streams where consistent dispersion is required.
Helps stabilize emulsions and improve clarity/handling across water-based concentrates (selection-dependent).
Values depend on grade family and customer requirements. Confirm details on quotation and COA.
Ethoxylated nonionic surfactant (grade family per inquiry)
Grade dependent (selected by application: wetting vs emulsification vs solubilization)
Clear to hazy liquid / paste (temperature & grade dependent)
Grade dependent (important for hot-water cleaners and electrolyte-heavy formulations)
Drums, IBC, bulk (as applicable)
SDS + COA on request • TDS available for most lanes
Use this RFQ checklist to avoid back-and-forth and get a comparable offer.
| Parameter | What to provide | Why it matters |
|---|---|---|
| Grade family | Reference grade / EO moles / HLB (if known) | Primary driver of wetting, emulsification strength, and solubility behavior |
| Temperature window | Min/max use temperature, hot-water cleaning? | Cloud point/phase behavior and viscosity can change with temperature |
| Electrolytes/builders | Hardness, salts, alkalinity builders, silicates, etc. | Salts can affect clarity, stability, and separation risk |
| Foam requirement | Low/medium/high foam, spray/CIP constraints | Helps select grade and whether co-surfactants are needed |
| Formulation matrix | Aqueous/solvent-assisted, pH range, other surfactants | Compatibility and final performance depend on the full package |
| Logistics | Monthly volume, packaging, destination, documentation needs | Determines best lane, lead time, and total cost structure |
Specifications may vary depending on batch, origin, grade selection, and packaging format.
Follow SDS guidance for the exact grade supplied. For viscous grades, gentle warming and mixing may be used to improve pumpability. Maintain clean transfer equipment to avoid contamination that can impact clarity and stability in finished formulations.
Store sealed; protect from extreme temperatures; follow SDS for shelf life and compatibility guidance.
Use suitable pumps/hoses for viscous liquids; avoid water ingress if the grade is sensitive to dilution behavior.
Add under mixing; evaluate clarity/stability under your salt/alkali/solvent conditions; pilot testing recommended.
Quick answers to common procurement and selection questions.
Start with the job: wetting vs emulsification vs solubilization, then specify EO/HLB target, temperature window, and water quality.
Clarity depends on salts/builders, pH, solvents, and co-surfactants. Share your matrix and we’ll propose candidates for pilot tests.
Yes—define grade selection inputs and documentation needs. We’ll align a supply lane and packaging plan for consistent reorders.