SIST EN 12800:2002

SIST EN 12800:2002 is a Slovenian standard published by SIST for footwear testing. It specifies a method for determining the dimensional stability of insoles after immersion in water, regardless of the material. Engineers, laboratories, quality managers, and buyers use it when they need a consistent way to check whether insoles keep their shape after wet exposure.

What does SIST EN 12800:2002 specify?

SIST EN 12800:2002 specifies one test method for the dimensional stability of insoles after water immersion. The scope applies to insoles whatever the material, so the same approach can be used for different constructions and supplier materials.

In practice, that matters when water exposure may change the size or shape of an insole. The standard gives a common basis for comparing products and checking whether a design behaves consistently after wet conditioning.

The document is a focused test standard for footwear, identified under ICS 61.060. It is centered on laboratory measurement rather than product design or wearer guidance.

What are the key requirements of SIST EN 12800:2002?

SIST EN 12800:2002 focuses on evaluating how an insole changes after immersion in water. The main idea is to compare the insole before and after the wetting step so that dimensional change can be judged in a repeatable way.

• Water immersion is the conditioning step. This means the insole is exposed to water before the stability check, which simulates a wet-use condition that can affect fit and shape.
• The test applies regardless of material. That matters because a buyer or lab can use the same method across different insole materials instead of creating separate in-house checks.
• The property under review is dimensional stability. In practice, users are looking for change in size, shape, or geometry that could affect comfort, fit, or product consistency.
• The test is for insoles, not general footwear. This keeps the evaluation tied to one component, which is useful when comparing supplier samples or checking a specific construction.
• The method supports objective comparison. That helps quality teams document performance in a way that can be repeated between batches, suppliers, or development samples.
• The standard is suited to laboratory testing. In practical terms, it is the kind of document a test lab or internal QC team would use when setting up a controlled insole assessment.

What terms does SIST EN 12800:2002 define?

Dimensional stability means how well an insole keeps its shape and size after being immersed in water.

Insole is the footwear component being tested in this standard.

Water immersion is the wet-conditioning step used before the stability assessment.

Footwear is the product area covered by the standard, shown in the title and classification.

SIST is the Slovenski inštitut za standardizacijo, the organization identified on the document.

ICS 61.060 is the footwear classification code shown with the standard.

Who uses SIST EN 12800:2002?

SIST EN 12800:2002 is used by footwear manufacturers, test laboratories, quality managers, and buyers who need a common method for checking insole behavior after water exposure. It is especially relevant for product development, incoming inspection, supplier comparison, and quality control.

Anyone responsible for documenting insole performance can use it to support repeatable testing and internal specification checks. It is also useful when a procurement team needs a clear test basis for comparing samples from different sources.

What changed in SIST EN 12800:2002 from the previous edition?

SIST EN 12800:2002 is stated to be identical to EN 12800:2000.

What does the SIST EN 12800:2002 document contain?

SIST EN 12800:2002 contains the test method for assessing the dimensional stability of insoles after immersion in water. The document is presented with multilingual title information, including Slovenian, German, French, and English.

It also shows the footwear classification code ICS 61.060 and identifies the Slovenian standard as equivalent to EN 12800:2000. For users, that means the document is mainly a practical laboratory method for checking how insoles change after wet exposure.