Mechanical and performance properties
For strength, flexibility, hardness and response to load and wear.
Rubber testing and
quality control laboratory
From specimen preparation to the final report: specialist rubber and polymer testing under a documented programme with ASTM, ISO and DIN references.
Test report / HM-2048Reviewed
Tensile strength
18.6 MPa
Elongation
420%
Specimen under analysis
Laboratory testing for rubber and polymer components
The same controlled test programme, equipment images and technical workflow used on the Persian site are presented here in English. Test requirements, methods and acceptance criteria are confirmed for each request.
Incoming materials and controlled compound batches are reviewed against the agreed test programme. Final-product sampling and report requirements are confirmed for the relevant order.
ASTM, ISO and DIN method references
Equipment status recorded for the test programme
Test documentation for the agreed scope
Reference-sample traceability where applicable
Key laboratory equipment
- Digital tensile tester
- Shore A and Shore D hardness tester
- MDR moving-die rheometer
- DIN abrasion tester
- Pendulum rebound tester
- Thermal ageing ovens
- 0.001 g analytical balance
Laboratory test services
Review the available test pages and select the assessment relevant to your material, component and operating conditions.
Rubber hardness testing
Accurate hardness measurement of rubber components on the Shore A and Shore D scales.
ASTM D2240ISO 7619
View the test method and report context
Tensile testing
Determination of tensile strength, elongation and modulus of elastomer materials.
ASTM D412ISO 37
View the test method and report context
Fluid-exposure and swelling testing
Assessment of elastomer resistance to oils, fuels and chemical solvents.
ASTM D471ISO 1817
View the test method and report context
Compression-set testing
Measurement of an elastomer's recovery after sustained compression at elevated temperature.
ASTM D395ISO 815
View the test method and report context
Heat-ageing testing
Assessment of changes in elastomer physical properties after exposure to elevated temperature.
ASTM D573ISO 188
View the test method and report context
Rheometer testing
Determination of the rubber compound cure curve and optimisation of vulcanisation time and temperature.
ASTM D5289ASTM D2084
View the test method and report context
Abrasion testing
Determination of elastomer abrasion resistance using a DIN abrader.
ASTM D5963ISO 4649
View the test method and report context
Resilience testing
Measurement of elastomer energy return and rebound resilience.
ASTM D2632ISO 4662
View the test method and report context
Rubber-test selection guide
Rubber testing and quality-control services: from test selection to a technical report
Hamta Polymer laboratory supports incoming-material control, component assessment, investigation of supplied samples and compound-performance analysis. The aim is not merely a number: the result must support an engineering decision and manage production risk.
Thermal and environmental durability
For reviewing rubber behaviour over time, temperature and fluid exposure.
Cure process and compound control
For understanding cure behaviour, batch consistency and formulation/process decisions.
How laboratory services are requested
You do not need to know the exact test before contacting us. Share the component and application so that a suitable test and specimen plan can be discussed.
Technical consultation and test request- 01Describe the requirement
Share the component use, likely material, operating conditions and expected technical requirement.
- 02Select the test and specimen
The laboratory confirms the appropriate method, specimen dimensions and quantity.
- 03Prepare and test
The specimen is identified and tested under the agreed method and conditions.
- 04Technical report
The report records the method, conditions, measured results and agreed comparison basis.
What information is needed for a test request?
More complete initial information supports an appropriate method and more useful interpretation:
- Component or material type and final use
- Operating conditions: temperature, fluid, pressure or wear
- Required standard or technical specification
- Number of specimens and approximate dimensions
Standards and report output
Tests are scoped against the selected method and project specification, with ASTM, ISO, DIN and, where relevant, SAE references. The report identifies the method, conditions, measured values and agreed comparison basis.
ASTMISODINSAE
Turnaround depends on the test method and specimen preparation; it is confirmed with the request.
Which applications can these services support?
A test result is valuable when it helps a real design, purchasing or production decision.
Production quality control
Review incoming materials, compound batches and finished products against the agreed scope.
Sealing components
Assess O-rings, gaskets, packings and parts exposed to temperature, pressure or fluids.
Reverse engineering
Characterise a supplied part or sample to support material selection and producible requirements.
Supplier review
Compare received samples with an agreed technical basis and reduce the risk of non-conforming material or parts.
Laboratory FAQ
Answers to common questions about sample submission, timing and test documentation. Technical questions are addressed on the relevant test page.
No. Laboratory services can also be discussed for supplied rubber components and independent technical evaluations.
No. A test request can be reviewed independently; share the sample and the technical objective with the laboratory team.
Timing depends on the method, sample condition and agreed scope. The required test conditions and reporting format are confirmed before work begins.
The quantity depends on the selected method and required properties. The laboratory will confirm dimensions and quantities for the requested test.
The applicable ASTM, ISO or DIN reference is agreed for the requested evaluation and recorded with the test conditions.
Need a technical test or analysis?
Our team can discuss a controlled test programme for supplied components, material evaluation or reverse-engineering work.