Basic and Industrial Chemicals Analysis and Testing

Basic and industrial chemicals support a wide range of manufacturing processes, including metal treatment, water treatment, adhesives, coatings, pulp and paper, mining, construction and environmental control. Their performance depends on raw material purity, active-component concentration, additive balance, contamination levels and process conditions.

Xinbodi Laboratories provides industrial chemical testing and analysis for raw materials, formulated products, process baths, residues and unknown contaminants. Our services support formulation analysis, supplier comparison, quality control, impurity identification, process troubleshooting and local material substitution.

Basic & Industrial Chemicals We Analyze

Common Analysis Needs

Formulation Analysis & Deformulation

Analyze complete industrial chemical formulations through sample separation, multi-method characterization and integrated data interpretation.

Typical analytical targets include:

Major component identification
Quantitative or semi-quantitative analysis
Resin, solvent and additive-system analysis
Competitor product comparison
Deformulation analysis
Product reverse engineering support
Formulation reconstruction service

The results can support product development, competitor research, cost optimization and local material substitution.

Targeted Component Analysis

Identify an unknown chemical raw material or additive, or determine a specified ingredient according to the client’s project objective.

Typical targets include:

Unknown industrial additives
Resins and binders
Surfactants and dispersants
Flocculants and coagulants
Corrosion and scale inhibitors
Solvents and carriers
Specific organic components
Inorganic ions and metals

Quantification may be provided when suitable analytical methods and reference standards are available.

Process Bath Analysis

Evaluate fresh, in-use or abnormal process solutions used in metal treatment, water treatment, cleaning, plating and industrial production.

Typical projects include:

Phosphating bath analysis
Electroplating bath analysis
Electroless plating solution analysis
Cleaning bath analysis
Cooling water treatment solution analysis
In-use process chemical monitoring
Active component verification
Bath contamination and degradation analysis

The analysis can help determine whether changes are related to component depletion, contamination, concentration imbalance or process accumulation.

Comparative Analysis & Quality Control

Compare industrial chemicals from different suppliers, production batches, formulation versions or product conditions.

Typical projects include:

Supplier-to-supplier comparison
Batch-to-batch quality monitoring
Original versus replacement material
Imported versus locally sourced material
Target versus competitor product
Fresh versus in-use process solution
Normal versus abnormal sample

The comparison may cover major components, additive systems, solvent profiles, inorganic ingredients, impurities and degradation-related differences.

Impurity & Contaminant Identification

Identify unexpected substances in chemical raw materials, process chemicals, production equipment or finished formulations.

Typical samples include:

Unknown residues
Insoluble particles
Sludge and precipitates
Surface deposits
Organic contamination
Inorganic contamination
Trace metals
Unexpected salts or ions
Degradation products
Foreign materials

The analysis can help determine chemical identity, possible source and relevance to the production problem.

Product Failure Analysis

Investigate chemical and material differences associated with product abnormalities or production-process changes.

Typical problems include:

Precipitation and sedimentation
Phase separation
Abnormal color or odor
Viscosity changes
Reduced activity
Loss of corrosion protection
Poor coating or conversion-film quality
Excessive sludge formation
Cleaning residue
Process bath instability
Unexpected equipment deposits
Batch inconsistency

Xinbodi combines composition analysis, reference-sample comparison and technical interpretation to identify likely causes and provide practical investigation directions.

Our Customized Analytical Workflow

1. Project and Sample Review

Review the sample type, application, known formulation information, process conditions, comparison samples and the technical question to be answered.

2. Sample Separation and Pretreatment

Separate organic and inorganic fractions, soluble and insoluble materials, volatile and non-volatile components, or isolate residues and precipitates where necessary.

3. Instrumental Characterization

Select complementary analytical methods to identify major components, additives, solvents, ions, elements, crystalline phases and unknown substances.

4. Quantification and Comparison

Use reference standards, normal samples, fresh solutions or approved supplier materials to verify key components and compare meaningful differences.

5. Integrated Reporting

Provide analytical findings, supporting evidence, comparison conclusions and technical interpretation related to formulation, raw materials or process conditions.

Testing Methods for Industrial Chemicals Analysis

Xinbodi selects analytical methods based on the chemical formulation, sample matrix, required detection limits and project objective. Complex industrial chemicals often require separation, targeted quantification and multiple complementary techniques.

FTIR / ATR-FTIR
Raw material screening, functional group analysis, resin, binder, surfactant and major organic component identification.
GC-MS / Headspace GC-MS
Solvents, volatile additives, residual substances, odor-causing compounds and organic degradation products.
HPLC / LC-MS
Non-volatile organic ingredients, corrosion inhibitors, additives, stabilizers, preservatives and process-related impurities.
NMR
Molecular structure confirmation, raw material identification and selected component-ratio estimation.
Ion Chromatography
Chloride, sulfate, phosphate, nitrate and other ionic components in process chemicals and working solutions.
ICP-MS / ICP-OES
Trace metals, elemental impurities, bath components, catalyst residues and inorganic contamination.
XRF
Elemental screening of fillers, mineral materials, deposits, pigments and inorganic formulation components.
XRD
Crystalline phase identification in salts, mineral products, precipitates, sludge and surface-treatment residues.
SEM-EDS
Foreign particles, deposits, precipitates, surface residues and local elemental distribution.
TGA / DSC
Organic–inorganic ratio, volatile content, thermal behavior and material-comparison analysis.
UV-Vis Spectroscopy / Colorimetry
Chromophoric compounds, solution comparison, color changes and selected active-component analysis.
Titrimetry / Wet Chemistry
Acidity, alkalinity, active content, oxidation-reduction capacity and routine process-bath control parameters.
Viscosity / Rheology Testing
Flow behavior, thickening systems, formulation consistency and batch-to-batch comparison.

Typical Questions We Help Answer

What are the major ingredients in this industrial chemical formulation?
What is this unknown raw material or functional additive?
Does a supplier sample match the previously approved material?
Can a specified active ingredient be quantified?
Why has an in-use process bath lost activity?
What causes sludge or precipitation in the working solution?
Which component is responsible for an abnormal odor or color?
What is the composition of a residue found on production equipment?
Are unexpected metals or inorganic ions present?
Why does one batch produce a different coating or surface-treatment result?
Does the replacement material match the original product?
Can an imported industrial chemical be analyzed to support local substitution?
What causes instability, separation or viscosity change during storage?
Is the process problem related to contamination, formulation imbalance or raw material variation?