Skip to content
Bespring Chemical

Water treatment chemical · Alkanolamine

Diethanolamine (DEA) for Water Treatment

Diethanolamine is an alkanolamine used in selected industrial formulations and pH-control systems; water-treatment use requires a site-specific technical and regulatory assessment.

Identity
CAS 111-42-2; C4H11NO2
Form
Liquid or solidifying grade—confirm purity
Use basis
System and jurisdiction specific
Specification
Contact sales
Diethanolamine (DEA) supplied for water treatment

Product image · confirm grade and packaging when ordering

Share exact identity, form, water application, quantity, destination and document requirements.

ApplicationWater-system specific

SpecificationAvailable privately from sales

ValidationBench and system testing required

ComplianceExact use and market specific

Direct product answer

What is Diethanolamine (DEA) for water treatment?

Diethanolamine is an alkanolamine used in selected industrial formulations and pH-control systems; water-treatment use requires a site-specific technical and regulatory assessment.

Selection depends on the exact commercial form, incoming-water chemistry, process objectives, treatment train, materials of construction, residual limits, operator controls and jurisdiction. This page supports procurement qualification and is not a dosing instruction.

Procurement snapshot

Product
Diethanolamine (DEA)
Category
Alkanolamine
Identity
CAS 111-42-2; C4H11NO2
Form
Liquid or solidifying grade—confirm purity
Use review
Water, system and market specific
Product specification
Request the offered grade’s specification

Procurement checklist

How to source Diethanolamine (DEA) in bulk

Use these procurement questions when comparing a China supplier, manufacturer source, distributor, sample or bulk quotation.

Product identity and grade

State the exact identity, form, concentration, water application, quantity, packing, destination and documents.

Quotation and delivery basis

Compare source-specific specification, concentration basis, packing, transport classification, Incoterm and delivery.

Application and process requirements

Share water analysis, process objective, materials, operating envelope, discharge limits and validation plan.

Technical and quality documents

Request current SDS, specification or TDS, representative COA, batch COA, traceability and applicable certification.

Application screening

Diethanolamine (DEA) water-treatment application guide

These are technical screening areas—not universal approvals, operating directions, efficacy claims or guaranteed outcomes.

Industrial pH-adjustment formulations

Set the target pH and operating range for the actual formulation. Verify material compatibility and performance of the complete system using data for the precisely identified amine.

Specialty corrosion-control blends

Define the metallurgy, operating conditions and corrosion-measurement method before screening ingredients. Qualify the complete formulation with appropriate monitoring rather than inferring corrosion protection from raw-material assay.

Chemical synthesis for treatment additives

Match the chemical identity, assay and impurity profile to the additive manufacturer's process. Assess the resulting treatment additive independently for performance and end-use acceptance.

Application-specific process-water programs

Specify the proposed process role and downstream water requirements. Review the identified ingredient within the full formulation and treatment train before assigning an application claim.

Technical selection

Questions to resolve before approving Diethanolamine (DEA)

Assay, water and color

Specify DEA assay, water content and color at stated test conditions. Compare these values with the formulation's acceptance limits rather than purchasing by chemical name alone.

Freezing or solidification behavior

Check the product's temperature-dependent physical form against transport and unloading conditions. Confirm the supplier's conditioning requirements before selecting drums or bulk delivery.

Secondary-amine and nitrosamine-risk controls

DEA is a secondary amine; review relevant impurity and nitrosamine requirements for the intended formulation. Do not infer end-use suitability from a general industrial-grade assay.

Site metallurgy, discharge and end-use restrictions

Provide contact materials and the complete treatment formulation for compatibility review. Confirm the applicable discharge and end-use restrictions before qualifying the grade.

Private technical documentation

Request the current Diethanolamine (DEA) product specification

Bespring Chemical does not publish product specifications for this water-treatment chemical online. Contact sales for the current source-specific specification or TDS and confirm its revision, methods and acceptance criteria.

Product documents

Request the current signed specification or TDS, SDS, analytical methods, representative COA and batch COA.

Safety and logistics

Confirm classification, UN transport information where applicable, compatible packing, storage segregation, shelf life and emergency controls.

Water-use note: A raw-material identity does not establish potable-water approval, disinfectant efficacy or a safe universal dose. Treatment must be designed and validated from water data, monitored for relevant residuals and by-products, and operated under applicable product approvals and regulations.

Storage and handling

Handle Diethanolamine (DEA) under the current SDS

  • Source instructionsFollow the current SDS and specification for temperature, ventilation, segregation and shelf life.
  • IncompatibilitiesPrevent contact with incompatible chemicals, moisture, heat or contamination as identified for the exact product.
  • Engineered controlsUse suitable closed handling, ventilation, containment, PPE, labeling and trained emergency procedures.

Water-treatment buyer questions

Diethanolamine (DEA) FAQ

What is Diethanolamine (DEA) used for in water treatment?

Diethanolamine is an alkanolamine used in selected industrial formulations and pH-control systems; water-treatment use requires a site-specific technical and regulatory assessment. Suitability must be established for the exact treatment system and intended water use.

Which Diethanolamine (DEA) identity should buyers specify?

CAS 111-42-2; C4H11NO2; Liquid or solidifying grade—confirm purity. State the exact commercial form, concentration, grade and source-specific requirements.

Why is there no public specification?

Bespring Chemical does not publish specifications for this water-treatment chemical online. Contact sales for the current source-specific specification or TDS, methods and representative COA.

Can Diethanolamine (DEA) be used for drinking-water treatment?

Only where the exact product is approved or certified for that application and the treatment is designed, validated, monitored and operated under applicable rules. This raw-material page does not establish potable-water approval.

What should the RFQ include?

Provide the exact identity, form or concentration, water application, source-water or system data, critical limits, quantity, packing, destination, documents, Incoterm and delivery date.

Content updated 2026-09-13.

Related sourcing

Related water-treatment chemicals and guides

Supply Services

Review sourcing and export support for international chemical procurement.

Specification-led chemical sourcing

Request a Diethanolamine (DEA) specification and quote

Share identity, form or concentration, water application, water or system data, critical limits, quantity, packing, destination and document list.

  • Current private specification or TDS
  • Representative and batch COA
  • SDS, packing and transport confirmation
  • Source-specific documents on request

Form & analytics information

Product documents

Request documents

Tell us your grade and destination market so we can confirm which documents are available for your order.

An external reference is not a batch certificate or a Bespring product specification.