ISO 10350-1:2025 is an ISO standard used to generate and present comparable single-point property data for plastics moulding materials—data commonly published on material datasheets and used for material screening and supplier-to-supplier comparisons.
If you are unsure which properties (and related test methods) you need to report for a specific resin family or datasheet format, talk with our team about a practical test plan and equipment fit.
ISO 10350-1:2025 — Plastics — Acquisition and presentation of comparable single-point data — Part 1: Moulding materials
ISO 10350-1 focuses on how to acquire and present a consistent set of single-point property values for plastics that are commonly processed as moulded specimens or prepared as sheets of specified thickness.
It is widely used in technical datasheets and internal qualification documents where the goal is comparability and clear reporting, rather than fully characterizing behavior across broad temperature, rate, or environmental ranges.
Quick Definition
Document type: A data-acquisition and reporting standard that specifies test procedures and presentation rules for comparable single-point property data for plastics moulding materials.
What it produces: A repeatable, datasheet-style set of single-point values selected and reported in a consistent way.
What it is not: A single bench test method. It typically relies on multiple underlying property test methods, depending on which properties you are reporting.
What This Standard Covers
ISO 10350-1 defines procedures for acquiring and presenting comparable data for plastics moulding materials, predominantly covering unreinforced and reinforced thermoplastic and thermosetting materials that can be injection-moulded, compression-moulded, or prepared as sheets of specified thickness.
Because the intent is comparability, the standard is typically applied to a defined set of “datasheet” properties, reported as single experimental values (and, in some cases, as two values under different test conditions).
Why This Standard Matters in Testing
Material buyers and engineering teams often compare resin options using single-point values from supplier datasheets. ISO 10350-1 helps reduce ambiguity by standardizing how those values are generated and how the test conditions and results are presented.
For labs and QA/QC teams, the standard supports consistent internal reporting and more meaningful comparisons between lots, suppliers, and substitute materials—especially when results will be shared externally.
Common Materials, Product Types, or Applications Covered
ISO 10350-1 is commonly associated with plastics supplied and specified as moulding compounds and sheet materials used for product manufacturing, including:
- Unreinforced thermoplastics and thermosets used in injection or compression moulding
- Reinforced moulding materials (short-fibre and similar reinforcement formats)
- Material qualification and substitution projects where a consistent datasheet-style comparison is required
When long-fibre or continuous-fibre reinforcement is central to the application, ISO 10350-1 is typically supplemented with the corresponding Part 2 document for that material class.
Common Test or Verification Workflow
Because ISO 10350-1 is organized around comparable single-point properties, workflows usually follow a “prepare, test, report” pattern rather than a single machine setup.
Common workflows: Prepare standardized moulded or sheet specimens, condition as required, run the selected property tests using the referenced procedures, then compile and present the single-point values with the required conditions and reporting conventions.
Practical note: Equipment needs are driven by the specific property set your datasheet or customer requirement calls for, so scoping the required properties up front is the fastest way to avoid under- or over-specifying lab capability.
Equipment Commonly Used for This Standard
ISO 10350-1 often points to multiple test families. The exact configuration depends on which properties you will publish, but many labs build an equipment path around mechanical testing plus a supporting set of physical and thermal measurements.
Common equipment families: Universal testing machines (with appropriate grips/fixtures and extensometry), plastics impact testers, melt flow indexers, density/SG measurement setups, hardness testers, and thermal property instruments (selected to match the specific properties being reported).
If you are equipping a lab to produce ISO 10350-1-style datasheet values and want to align capacity, fixtures, and throughput to your material mix, you can request a detailed quote for an equipment package matched to the properties you need to publish.
How to Read This Designation or Revision
ISO 10350-1 identifies Part 1 of the ISO 10350 series, covering moulding materials.
:2025 indicates the published year of the referenced edition (the edition you cite can matter for required test conditions and reporting conventions).
Revision sensitivity: When a customer drawing, datasheet requirement, or purchase specification cites ISO 10350-1, match the cited year/edition before finalizing your property list, test conditions, and report format.
Related Standards, Methods, or Frameworks
ISO 10350 is a multi-part series. For long-fibre-reinforced plastics, the series includes a separate Part 2 focused on that material class.
In practice, ISO 10350-1 implementations also depend on the specific underlying ISO property test methods selected for the datasheet values being reported.
Talk with a testing specialist
If you need help translating an ISO 10350-1 citation into a concrete property list and an equipment plan (including fixtures and measurement options), contact our team with your material type and reporting requirements.