NABL ACCREDITED · ISO/IEC 17025:2017

8 Techniques Behind Our Polymer Analysis

Material characterization for medical devices at our Oragadam lab — thermal, structural, and compositional testing for manufacturers who need to know exactly what their polymer is doing.

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A polymer behaves differently at every temperature it passes through — this analysis is how you find out before your device does.

Our material characterization service covers eight techniques run at our Oragadam laboratory, giving medical device manufacturers thermal, structural, and compositional data on their polymers. This polymer analysis sits alongside our medical device material testing capabilities, so a manufacturer gets both the mechanical performance and the underlying material science behind it, in one place.

MATERIAL CHARACTERIZATION

Eight Polymer Analysis Techniques

Material characterization run to ASTM and ISO standards

Polymer identification by FTIR - material characterization
01

Polymer ID by FTIR

ASTM E1252

DSC thermal analysis - material characterization and polymer analysis
02

DSC Thermal Analysis

ASTM D3418, ISO 11357

Glass transition temperature testing - polymer analysis
03

Glass Transition Temp.

ASTM D3418, ISO 11357

Melting point analysis - material characterization for medical devices
04

Melting Point Analysis

ASTM D3418, ISO 11357

TGA decomposition analysis - material characterization
05

TGA Decomposition

ASTM E1131, ISO 11358

Filler content analysis by TGA - polymer analysis for medical devices
06

Filler Content (TGA)

ASTM E1131, ISO 11358

Crystallinity analysis - material characterization
07

Crystallinity Analysis

In-house method

SEM EDS analysis - material characterization for medical devices
08

SEM EDS Analysis

In-house method

How Our Testing Process Works

Four steps, from sample to certified report

1

Sample Intake

Logged at our Oragadam facility with a unique reference ID.

2

Technique Selection

The right instrumentation chosen for your material’s chemistry.

3

Instrumental Analysis

Run on calibrated thermal and spectroscopic instrumentation.

4

Certified Report

Delivered digitally, ready for your QA documentation.

Standards Behind Our Testing

TECHNIQUE WHAT IT CONFIRMS STANDARD
Infrared Spectroscopy (Polymer ID)Polymer identity by infrared spectrumASTM E1252
DSC (Melting Point / Tg)Thermal transition temperaturesASTM D3418 / ISO 11357
TGA (Decomposition / Filler)Compositional and thermal stability dataASTM E1131 / ISO 11358
Crystallinity / Elemental CompositionStructural and elemental compositionIN-HOUSE
VISIT OUR LABORATORY

Kiyo R&D Lab – Oragadam

Our Oragadam facility is based at No.13, Srinivasa Perumal Street, Panapakkam, Serapanacheri, Greater Chennai, Tamil Nadu 601301.

Frequently Asked Questions

What does material characterization actually tell me? +

This service identifies what a polymer is, how it behaves under heat, and what’s inside it — through thermal, spectroscopic, and elemental techniques.

What’s the difference between DSC and thermogravimetric testing? +

DSC measures thermal transitions like melting point and glass transition temperature. Thermogravimetric analysis tracks weight loss as a sample is heated, revealing decomposition behavior and filler content.

Can infrared spectroscopy confirm a polymer’s identity? +

Yes. This technique generates an infrared spectrum unique to a polymer’s chemical structure, referenced to ASTM E1252 for confirming identity.

What is the turnaround time for this testing? +

Turnaround depends on which techniques are required. Contact us with your material and sample details for an exact timeline.

How do I get a quote for this testing? +

Call us at 90876 86986, message us on WhatsApp, or fill in the enquiry form below with your material details and required techniques.

Get Your Polymer Characterized

Talk to our Oragadam lab team about testing your device’s polymer.

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Request Material Characterization

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