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Materials Testing

Xinbodi provides worldwide materials testing services for a wide range of industrial materials, products and unknown samples: from polymers, plastics and metals to coatings, adhesives, battery materials, specialty chemicals and more.

Our laboratory combines mechanical, thermal, chemical, physical and structural testing to support material selection, R&D, quality control, supplier qualification and failure investigation.

What Is Materials Testing?

Materials testing is used to understand what a material is made of, how it performs, and why it may fail under real operating conditions.

At Xinbodi, our materials testing laboratory combines chemical analysis, mechanical testing, thermal analysis, physical property testing and materials characterization to evaluate both material composition and performance.

Clients typically use materials testing when they need to verify a raw material, compare suppliers, qualify a new material, investigate a product failure, confirm material properties or support product development.

What Can Our Materials Testing Lab Help You Determine?

Materials Composition Analysis & Testing

Identify polymers, metals, additives, fillers, impurities and other material components.

Material Characterization Testing

Evaluate material structure, morphology, thermal behavior, surface properties and other characteristics related to performance.

Material Identity

Identify unknown plastics, polymers, metals, residues, degradation products or foreign materials.

Mechanical Properties

Evaluate strength, hardness, stiffness, impact resistance, adhesion and durability.

Material & Product Comparison

Compare suppliers, batches, reference samples or competitor products

Material Structure & Morphology

Examine microstructure, crystal phases, particle morphology, interfaces and defects.

Materials Reverse Engineering & Formulation Reconstruction

Identify key material components, additives and formulation structure to support competitor analysis, product replication and formulation development.

What We Can Help You Solve

Verify Raw Materials and Suppliers

Confirm material identity and compare supplier or batch differences.

Support Product Development & Optimization

Use composition data, material characterization and comparative analysis to guide ingredient selection, formulation adjustment and performance optimization.

Reverse Engineer Competitor Products

Analyze competitor or benchmark materials to identify key ingredients, formulation structure and material differences that can support product replication or reformulation.

Investigate Product Failures

Compare good and failed samples to investigate composition changes, contamination, degradation or material differences related to cracking, discoloration, adhesion loss and other failures.

Support Raw Material Substitution

Evaluate alternative materials for supplier qualification, dual sourcing, imported-material replacement, localization or cost reduction.

Improve Quality & Batch Consistency

Compare production batches and reference samples to identify unexpected changes in composition, properties or performance.

Materials We Test

Our laboratory supports testing for a wide range of materials used in industrial and consumer applications. Typical materials include:

We can also design custom testing programs for non-standard materials or specialized applications.

Materials Testing Services & Capabilities

We offer a broad portfolio of materials testing services, categorized into mechanical, thermal, chemical, and physical property evaluations. Testing programs can be tailored to specific standards, customer specifications, or application requirements.

Thermal Testing

Thermal analysis provides insight into degradation behavior, melting and crystallization, curing, and glass transition phenomena. These properties are critical for processing, application performance, and long-term stability.

Thermal testing supports material selection, formulation optimization, and quality assurance throughout the product lifecycle.

Chemical Analysis & Composition Testing

Mechanical Testing

Mechanical testing evaluates how a material reacts to applied loads, deformation, and stress. These tests are essential for understanding strength, stiffness, toughness, and long-term reliability.

  • Tensile Testing: Tensile strength, elongation at break, elastic modulus
  • Flexural Testing: Bending strength and stiffness for plastics, composites, etc.
  • Compression Testing: Behavior under compressive loads and dimensional changes
  • Hardness Testing: Shore, Rockwell, Vickers hardness for polymers, coatings, metals
  • Impact Resistance: Charpy/Izod impact performance and toughness
  • Adhesion & Peel Strength: Bonding performance of adhesives, sealants, coatings, laminates
  • Nanoindentation: Micro-scale hardness and modulus for thin films, coatings, and small features

Mechanical testing helps determine whether a material is suitable for a specific design, load case, or safety requirement.

Physical Property Testing

Physical property testing determines general characteristics related to appearance, density, structure, and behavior under specific conditions.

  • Density & Specific Gravity: Bulk and apparent density
  • Moisture Content & Water Absorption: Hygroscopic behavior and storage sensitivity
  • Viscosity & Rheology: Flow behavior of liquids, pastes, and melts
  • Particle Size Distribution: Granular and powder characteristics
  • Surface Roughness & Texture: Topography of surfaces and coatings
  • Colorimetry & Gloss Measurement: Color stability and visual appearance
  • Microscopy / SEM Imaging: Microstructure, defects, interfaces, and morphology

Physical property testing is commonly used for quality control, benchmarking, and comparative studies between materials.

Industries We Serve

chemicals industry analysis

Chemicals

Agrochemicals, Industrial Chemicals, Dyes, Lubricants, Polymers, Plastics, Adhesives, Coatings, Rubber, Inks

energy materials analysis

Energy

Aerospace, Semiconductors, Oil & Gas, Minerals, Biofuels, Battery Materials

Food & Healthcare

Food & Healthcare

Food, Medical Devices, Pharmaceutical

Cosmetics & Personal Care

Cosmetics & Personal Care

Cosmetics Disinfection Products

Advanced Testing Technologies

To ensure accuracy, repeatability, and high data quality, we operate a broad suite of advanced analytical instruments:

Our laboratory continuously upgrades instrumentation and methods to align with current industry standards and emerging technologies.

What You Will Receive

Every materials testing project is delivered with a clear, structured report designed to support technical and business decisions. A typical report includes:

All samples, formulation information, test data, and project details are handled confidentially.

Why Choose Xinbodi Laboratories

7×24 Customer Support

Fast technical response within 24 hours.

Fast 5–10 Day Delivery

Efficient project turnaround after sample receipt.

Advanced Lab Capacity

4,000+ m² R&D labs and 1000+ precision instruments.

Cost-Efficient Analytical Services

Comparable analytical capabilities at typically 50–60% of U.S. and European laboratory pricing for similar project scopes.

100+ Master’s- and PhD-Level Experts Team

Extensive experience in solving complex material challenges.

Practical R&D Support

Actionable solutions and production guidance with protected formulas and sample data.

China Supplier Comparison

Evaluate materials and sourcing alternatives.

FAQs

Xinbodi supports testing for a wide range of industrial materials, products and unknown samples, including polymers, plastics, rubbers, elastomers, resins, composites, coatings, adhesives, metals, battery materials, specialty chemicals, powders, fillers and more.
If your material is not listed, send us the sample type and testing goal. Our team can confirm whether it can be analyzed and recommend an appropriate testing approach.

You do not need to choose the testing method yourself.

Tell us:

  • what the sample is
  • what problem you are trying to solve
  • what property or composition information you need
  • whether you have a reference, good sample or failed sample

Our technical team can then recommend a suitable combination of chemical, mechanical, thermal, physical or structural testing.

Yes. Unknown materials can often be investigated through a combination of chemical composition analysis, spectroscopy, microscopy, elemental analysis, thermal analysis and other characterization methods.

Depending on the sample, testing may help identify:

  • polymer or resin type
  • metals or inorganic phases
  • fillers and additives
  • contaminants or residues
  • unknown particles or foreign materials

For complex unknowns, multiple techniques may be required.

Yes. Materials testing can include chemical composition analysis to identify major and minor ingredients, polymers, additives, fillers, metals, impurities and other relevant components.

Depending on the project, the analysis may also include quantitative testing, additive analysis, elemental analysis or comparison between two materials.

The cost depends on sample complexity, the number of samples, required detection limits, analytical methods, and whether the project involves qualitative identification, quantitative measurement, or comparative analysis.

For multi-technique materials testing projects, pricing typically starts from several thousand US dollars and may increase for complex formulations, trace-level testing, extensive sample preparation, or multiple comparison samples.

A tailored scope and quotation are prepared after reviewing the sample information, analytical objective, and required deliverables.

Sample requirements depend on the product type, formulation complexity and analytical methods required.

As a general guideline, about 100mL for liquid samples or about 10g for solid samples is often sufficient for many projects.

For complex, limited or unusual samples, please contact Xinbodi’s engineers before shipment so we can confirm the recommended sample quantity.

Yes. Our materials testing services can support polymers, engineering plastics, films, molded parts, resins, elastomers and related materials.

Projects may involve:

  • chemical composition
  • additives and fillers
  • thermal behavior
  • mechanical properties
  • material identification
  • degradation
  • failure analysis
  • competitor or formulation comparison

Usually not unless our team gives specific instructions.

If the project involves contamination, residue, surface defects or failure analysis, do not clean or alter the sample before consultation, because this may remove useful evidence.

For some projects, sample cutting, extraction, digestion, polishing or other preparation will be performed in the laboratory.

Yes.

Common comparison projects include:

Supplier A vs. Supplier B
Old batch vs. new batch
Good sample vs. failed sample
Your product vs. competitor product

We focus on identifying meaningful differences in ingredients, additives, fillers, impurities, elemental composition or other relevant characteristics.

We provide more than raw testing data.

Depending on the project, our technical team can help interpret composition differences, identify possible formulation or material issues, compare raw materials and support:

  • formulation adjustment
  • raw-material selection
  • small-scale formulation trials
  • product optimization
  • scale-up and production considerations

The goal is to help clients move from analytical results to practical R&D and manufacturing decisions.

Yes. All samples, formulation information, test data, and project details are handled confidentially. Xinbodi can sign a Non-Disclosure Agreement (NDA) with clients before the project starts to protect proprietary formulations and sensitive R&D information.

Tell Us Your Sample
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