Procurement-ready supply
Clear grade alignment and documentation sets designed for repeat purchasing.
Product Specialty Additives
Anionic Surfactant (LABSA)
LABSA (Linear Alkylbenzene Sulfonic Acid) is a high-volume anionic surfactant intermediate used to manufacture LAS salts (e.g., sodium LAS) for detergents and industrial cleaning formulations. It is selected for strong detergency, wetting, and cost-effective performance across powder and liquid systems.
Supply format: liquid acid (viscosity varies by grade/temperature)
Documentation: SDS / COA / TDS on request
Packaging: drums / IBC / bulk (as applicable)
Why LABSA is frequently selected
LABSA is a cornerstone detergent raw material because it delivers strong cleaning performance and can be neutralized in-house to the target salt form. Grade and QC alignment can directly influence color, odor, viscosity, neutralization behavior, and finished-product stability.
- Strong detergency and wetting for soils/oils
- Flexible manufacturing: neutralize to your preferred LAS salt system
- Widely used in both powder and liquid detergent production
Commercial outcomes it supports
Procurement decisions for LABSA impact total cost-in-use, QA approvals, and production stability. We align your grade, packaging, and documentation so you can purchase repeatedly with fewer re-approvals and fewer batch-to-batch surprises.
- Repeatable supply lane for manufacturing schedules
- COA-aligned QC parameters for stable production
- Packaging and logistics options matched to plant handling
Commercial overview
Atlas Global Trading Co. supports LABSA procurement as a structured, procurement-ready lane for detergent and industrial cleaning manufacturers. We help you align the right grade (active level/QC), packaging, and documentation set so procurement and QA can approve and reorder efficiently.
Packaging & logistics
Drum/IBC/bulk (as applicable) selected to match storage, transfer pumps, and freight efficiency.
QC alignment
Parameters like actives, color, free oil, and acid content aligned to your finished-product targets.
Typical buying scenarios
LABSA is commonly purchased for in-house neutralization to LAS salts for liquid detergents, powder detergents, and industrial cleaners. Share your end-use and processing method so we can quote the most suitable grade and supply lane.
- Liquid detergent production (neutralization + blending)
- Powder detergent plants (spray-dry or post-dosing routes, process dependent)
- Industrial and institutional cleaner manufacturing
Availability and lead time depend on grade, packaging, and destination lane. We quote against your exact requirements.
Applications
LABSA is primarily used as a detergent intermediate. After neutralization (commonly with NaOH, KOH, or other bases), it becomes LAS salts that provide strong detergency, wetting, and emulsification in cleaning systems.
- Liquid detergents (laundry and hard-surface cleaning systems)
- Powder detergents (process-dependent routes)
- Dishwashing and general cleaning blends (formulation dependent)
- Industrial and institutional cleaners (degreasing and wetting performance)
- Emulsification of oily soils in water-based systems
Performance levers in formulations
Finished performance depends on neutralization level, water hardness, builders, solvents, and co-surfactants. Grade selection influences color/odor, viscosity handling, and finished-product aesthetics.
- Neutralization endpoint (controls pH and salt form)
- Hard-water strategy (builders/sequestrants)
- Co-surfactant blend (foam profile, rinsing, stability)
Technical overview
LABSA is an organic sulfonic acid (acid form). In detergent manufacturing it is typically neutralized to LAS salts, producing the active surfactant that provides detergency, wetting, and emulsification. Operationally, the most important differences between grades are typically active level and impurity profile, which can impact finished-product appearance, stability, and process behavior.
Core functions (after neutralization)
Detergency, wetting, emulsification, soil dispersion, and foam contribution (system dependent).
Process-critical behavior
Neutralization is exothermic; temperature and addition rate control matter for safety and product quality.
Manufacturing fit
Viscosity and pourability vary with temperature; storage/transfer setup (pumps/lines) should match the grade and climate.
Neutralization & handling (high-level)
Neutralization routes vary by plant. Always follow your internal process safety rules and the SDS. The notes below are general guidance only.
- Neutralization is exothermic — control addition rate and temperature
- Provide adequate mixing to avoid localized hot spots
- Use appropriate materials of construction and corrosion controls per SDS
For neutralization support, share your base concentration, batch size, and target pH. We can align a practical grade and QC profile for your process.
Typical specifications & formats
Values depend on grade and customer requirements. Confirm details on quotation and COA. (Your original template’s “nonionic/HLB” text has been corrected for LABSA.)
Type
Anionic surfactant intermediate (acid form)
Typical grade
Active matter range is grade dependent (often sold as ~90–96% active; confirm on offer/COA)
Appearance
Brown to dark-brown viscous liquid (grade dependent)
Key QC parameters
Active matter, free oil/unsulfonated matter, inorganic acid (e.g., sulfuric acid), color
Packaging
Drums / IBC / bulk (as applicable)
Documentation
SDS / COA standard; TDS and extended QC parameters on request
QC parameters we can align (examples)
If your manufacturing process or customers require tighter control, ask us to quote against your QC table. Common parameters include:
Core QC
Active matter, color, free oil/unsulfonated matter
Acid profile
Inorganic acid content (e.g., sulfuric acid), acid value indicators (as specified)
Process fit
Viscosity/handling notes and temperature considerations (as discussed)
Final QC values are defined in the quotation/specification and confirmed on the COA for the shipment.
Storage & handling (summary)
LABSA is a corrosive acid. Store in suitable containers and keep closed to prevent contamination and moisture ingress. Viscosity increases at lower temperatures; depending on climate and grade, heat tracing or warm storage may be required for pumping. Follow SDS guidance for PPE and safe handling.
- Store in suitable, corrosion-resistant containers per SDS
- Maintain temperature control as needed for pumpability
- Keep away from incompatible materials and follow plant safety procedures
Specifications may vary depending on batch, origin, and packaging selection. The offer and COA are the controlling documents.
FAQ
Quick answers to common procurement and technical questions.
Is LABSA the same as LAS?
Not exactly. LABSA is typically the acid form used as an intermediate. After neutralization with a base (e.g., NaOH), it becomes LAS salts used as the active surfactant in many detergent systems.
What affects finished-product color?
Grade selection, impurity profile, and your neutralization conditions can influence final color. If color is critical, share your target range and QC limits so we can align an appropriate grade.
What packaging do you supply?
Drums, IBC, and bulk options are available as applicable. We align packaging to your receiving and transfer setup (pumps/lines/storage).
Can you provide SDS and COA?
Yes—SDS and COA are available on request and can be provided per shipment/grade. TDS and extended QC parameters can also be requested.
Any special handling notes?
LABSA is corrosive and neutralization is exothermic. Use appropriate PPE, temperature control, and mixing practices consistent with the SDS and your plant procedures.
How do I estimate monthly usage?
Share your finished-product LAS/SURFACTANT target, batch size, and monthly output. We can help translate that into an estimated LABSA procurement requirement.