Cleaning power
High pH helps break down fats/oils and stubborn soils in industrial cleaning and CIP cycles.
Product Industrial Cleaning
High-strength sodium hydroxide (NaOH) used for alkaline cleaning, CIP routines, saponification, pH adjustment, and a wide range of industrial processing steps requiring reliable alkalinity.
If you need a defined impurity profile, specific packaging, or a repeat program with continuity requirements, share your acceptance limits and delivery cadence in the RFQ.
Caustic soda is a primary alkalinity input used to remove organic soils (fats, oils, proteins), raise pH, and drive reactions such as saponification and neutralization. In cleaning programs, NaOH improves soil removal and supports surfactant performance; in processing, it provides predictable pH control and alkalinity.
High pH helps break down fats/oils and stubborn soils in industrial cleaning and CIP cycles.
Used to raise pH or neutralize acids in process streams (site-specific dosing and controls).
Supports saponification, chemical synthesis steps, and alkaline treatment operations.
Selection note: NaOH is typically paired with surfactants, builders, and chelants depending on soil type, water hardness, and substrate sensitivity.
Typical usage patterns. Share your process constraints and we’ll align the right lane, packaging, and documentation set.
Concentration, temperature, contact time, agitation, and water hardness.
Surfactants for wetting, chelants for hardness, inhibitors for metal protection (as applicable).
Aluminum and soft metals; sensitive coatings; heat generation during dissolution.
Typical values shown for procurement orientation. Confirm final specification on quotation and COA.
Sodium Hydroxide (NaOH)
~99% (confirm on COA)
Flakes (free-flowing; grade dependent)
Bags / big bags (supersacks) — palletized options
SDS + COA standard on request; TDS available
Lane-based lead times; export documentation support (as applicable)
Keep sealed and dry. Hygroscopic—protect from moisture to prevent caking.
Exothermic when dissolved. Add to water slowly with mixing; never add water to solid.
Confirm compatibility with equipment materials and downstream chemistry in your process.
Specifications may vary depending on batch, origin, and packaging selection. Share your acceptance limits for continuity planning.
Caustic soda is strongly corrosive. Use appropriate PPE and follow SDS guidance and site EHS procedures. Operationally, safe dissolution, correct dosing, and compatibility checks are essential to prevent equipment damage and safety incidents.
For CIP and cleaning programs, your best results come from aligning concentration, temperature, contact time, and rinsing protocol to the soil type and surface.
Common questions from procurement and technical teams.
Many programs use ~99% flakes as an alkalinity source. Confirm suitability based on your process, impurity limits, and handling setup.
Palletized bags and big bags are common. Specify bag size, pallet type, and any wrapping/label requirements in your RFQ.
SDS and COA are available; TDS can be provided depending on lane and destination requirements.
Quotes depend on volume, packaging, destination, Incoterms, and lane lead times. Sharing delivery cadence improves accuracy.
Yes. For repeat programs, we align lane planning to monthly volumes and continuity requirements, and standardize documentation packs.
Dissolution is exothermic and NaOH is corrosive—follow SDS guidance, safe mixing procedures, and compatibility checks.
Share volume, packaging, destination, and any spec limits. We’ll respond with commercial terms, lane lead times, and documentation availability aligned to your procurement process.