Film Tensile and Elongation Test Record
Record tensile strength and elongation results for film and laminate samples, then compare them to the material specification in one traceable test record. Use it to document setup, results, failures, and sign-off without missing a critical non-conformance.
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Overview
This template is a structured test record for film and laminate tensile testing, with space to document the sample, the test setup, the measured break values, and the final disposition. It is built for quality teams that need to prove a material met its specification, not just note that a test was run.
Use it when you are verifying incoming material, qualifying a supplier, checking a production lot, or investigating a field complaint tied to film strength or stretch. The form captures the details that make the result defensible: specimen identification, dimensions, conditioning environment, equipment calibration status, alignment and grip condition, tensile strength at break, elongation at break, averages, and observed failure mode.
Do not use it as a generic lab notebook or for unrelated physical tests such as puncture, seal strength, or thickness-only checks. It is also not the right template if your process does not compare results to a defined material specification or method. The record is most valuable when the acceptance criteria are known in advance and the person reviewing the result needs a clear pass, fail, or non-conformance decision with traceable evidence.
Standards & compliance context
- This template supports quality records aligned with ISO 9001:2015 by documenting controlled test evidence, review, and disposition for non-conforming material.
- If your organization uses ASTM, ISO, or other recognized tensile test methods, the form should capture the exact method name and acceptance criteria used for the run.
- For regulated packaging or medical packaging workflows, the record can support supplier qualification and incoming inspection expectations under applicable quality system requirements.
- Where internal procedures reference traceability or calibration control, this template helps show the sample identity, equipment status, and reviewer sign-off needed for audit readiness.
General regulatory context for orientation only — verify current requirements with counsel or the relevant agency before relying on this template for compliance.
What's inside this template
Inspection Details
This section establishes traceability by linking the result to a specific sample, time, tester, and method.
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Test record identifier
Unique record, batch, or report number for traceability.
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Sample identification
Material name, grade, lot number, roll number, or laminate ID.
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Test date and time
Date and time the tensile test was performed.
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Inspector or tester name
Person performing the test and recording results.
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Applicable specification or method
Internal material specification, customer requirement, or test method reference such as ASTM D882.
Sample and Test Setup
This section matters because specimen condition, dimensions, alignment, and calibration can change the validity of the result.
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Material type verified
Confirm whether the sample is film, laminate, or other approved flexible sheet material.
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Specimen dimensions recorded
Record specimen width, thickness, gauge length, and number of specimens tested.
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Conditioning environment recorded
Record conditioning temperature and relative humidity used before testing, if applicable.
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Test equipment and calibration status
Record the tensile tester, load cell, grips, and current calibration status.
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Specimen alignment and grip condition acceptable
Specimens are centered, grips are secure, and no visible slippage or jaw damage is present before testing.
Tensile Test Results
This section captures the measured mechanical properties and the observed break behavior that explain pass or fail outcomes.
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Tensile strength at break
Maximum tensile strength measured at failure.
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Elongation at break
Percent elongation measured at specimen break.
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Average tensile strength
Average tensile strength across all valid specimens tested.
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Average elongation
Average elongation across all valid specimens tested.
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Failure mode observed
Record how the specimen failed during testing.
Acceptance and Non-Conformance
This section turns raw measurements into a quality decision and records any deviation from specification.
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Tensile strength meets specification
Measured tensile strength is within the approved specification limits.
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Elongation meets specification
Measured elongation is within the approved specification limits.
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Any non-conformance identified
Record whether any out-of-spec result, equipment issue, or abnormal test condition was observed.
Review and Sign-Off
This section closes the loop by documenting review, disposition, and accountability for the final decision.
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Results reviewed against material specification
Reviewer confirms the reported results were compared to the current material specification and acceptance criteria.
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Corrective action or disposition documented
If any result failed, document containment, re-test, hold, reject, or other disposition.
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Inspector signature
Signature confirming the record is complete and accurate.
How to use this template
- 1. Enter the test record identifier, sample ID, date and time, tester name, and the exact specification or method before starting the test.
- 2. Verify the material type, record specimen dimensions, and note the conditioning environment so the sample state is traceable.
- 3. Confirm the test equipment is calibrated, then check that the specimen is aligned correctly and the grips are secure before running the test.
- 4. Record tensile strength at break, elongation at break, average values, and the failure mode for each specimen tested.
- 5. Compare the results to the acceptance criteria, document any non-conformance or corrective action, and complete the inspector signature after review.
Best practices
- Record the exact test method and acceptance criteria on the form so reviewers can see what standard the result was judged against.
- Measure and enter specimen dimensions before testing, because width or thickness errors can distort tensile results and invalidate the record.
- Document conditioning temperature and humidity whenever the method requires it, since film properties can shift with moisture and temperature exposure.
- Verify calibration status and due date for the tensile tester before each test run, and stop the test if the equipment is out of date or suspect.
- Note the failure mode in plain language, such as necking, grip slip, or brittle break, because the break pattern often explains an out-of-spec result.
- Use the same specimen orientation and grip setup across all samples in the lot to keep averages comparable and reduce operator variation.
- Flag any result that meets one limit but misses another as a non-conformance, not a partial pass, so disposition is handled consistently.
What this template typically catches
Issues teams running this template most often surface in practice:
Common use cases
Frequently asked questions
What does this film tensile and elongation test record cover?
It captures the full test record for film and laminate specimens, including sample identification, conditioning, equipment status, measured tensile strength, elongation at break, and final acceptance. It is meant to show whether a specific lot or sample meets the applicable material specification. The template also leaves room to document failure mode, non-conformance, and corrective action.
When should this template be used?
Use it during incoming material verification, production quality checks, supplier qualification, or complaint investigations where mechanical properties matter. It is especially useful when a specification calls out minimum tensile strength, elongation limits, or both. If you are only tracking visual defects or thickness, a different inspection form is a better fit.
Who should complete the record?
A trained quality technician, lab technician, or inspector should complete the test record, with review by QA or a designated approver when the result affects release or disposition. The person running the test should be able to verify specimen prep, equipment calibration status, and the test method used. If your organization requires it, a supervisor or quality engineer can add the final sign-off.
How often should tensile and elongation testing be performed?
The cadence depends on your control plan, supplier agreement, and material criticality. Common triggers include every incoming lot, every production batch, after a formulation change, or when a complaint suggests a material shift. The template works for both routine sampling and exception-based testing as long as the sampling rule is documented.
What standards or methods does this record support?
It is designed to support whatever tensile test method your organization has adopted, such as an internal method or a recognized industry standard for film and laminate testing. The key is to record the exact applicable specification or method on the form so the result can be traced back to the acceptance criteria. If your lab follows ISO-based or ASTM-based procedures, this template can be adapted to match them.
What are the most common mistakes when using this template?
The biggest issues are missing specimen dimensions, not recording conditioning conditions, and failing to note calibration status for the test equipment. Another common problem is reporting a pass/fail result without documenting the actual measured values or the failure mode. Those gaps make it hard to defend the result during a quality review or supplier dispute.
Can this template be customized for different film types or laminate structures?
Yes. You can add fields for gauge, orientation, machine direction versus cross direction, coating side, resin family, or layer structure if those factors affect the result. Many teams also add lot number, operator ID, test speed, or specimen count to match their internal quality system. Keep the acceptance criteria tied to the exact material specification being tested.
How does this compare with ad-hoc spreadsheet testing?
A structured record reduces the chance that a result is missing context such as conditioning, alignment, or the exact sample identity. It also makes reviews faster because the acceptance check, non-conformance note, and sign-off are all in one place. Ad-hoc spreadsheets often capture numbers but not the evidence needed to explain why a sample passed or failed.
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