SIST EN 314-2:1996

SIST EN 314-2:1996 is a Slovenian standard identical with EN 314-2:1993, published by SIST. It specifies requirements for bonding classes of veneer plywood according to end use, and it relies on EN 314-1 for the test methods used to check bonding quality.

What does SIST EN 314-2:1996 specify?

SIST EN 314-2:1996 specifies the requirements for bonding quality of veneer plywood for different end uses. In practice, this means the standard is used to decide whether a plywood product belongs to the bonding class needed for its intended application.

The scope focuses on two main characteristics: shear strength and the assessment of wood failure. The document points to EN 314-1 for the test methods, so this part is about the required performance level and how products are judged against it, not about the test procedure itself.

What are the key requirements of SIST EN 314-2:1996?

SIST EN 314-2:1996 sets out the bonding classes for veneer plywood in relation to end use. That matters because a product can only be specified, purchased, or accepted for a given application when its bonding quality matches the conditions it will face.

The standard uses the test methods from EN 314-1 to assess bonding quality. In practice, manufacturers and laboratories need to test specimens by those methods before they can claim conformity to a bonding class.

The main technical characteristics addressed are shear strength and wood failure. Shear strength shows how well the bond resists separation, while wood failure helps show whether the adhesive bond is strong enough that the wood itself fails first.

Because the requirements are tied to end use, the standard supports product selection and quality control. A buyer or specifier can use it to ask for the bonding class that matches the service conditions of the plywood, and a producer can use it to verify that a production batch meets that expectation.

The standard is therefore a performance requirement document rather than a manufacturing recipe. It tells the reader what bonding quality has to be demonstrated, and it leaves the detailed testing to EN 314-1.

What terms does SIST EN 314-2:1996 define?

Veneer plywood - plywood made from veneers; this is the product covered by the bonding requirements.

Bonding quality - the quality of the adhesive bond in the plywood, judged by the specified mechanical checks.

Bonding classes - categories of bonding quality linked to end use, used to match the product to its application.

End uses - the intended applications of the plywood, which determine which bonding class is appropriate.

Shear strength - the resistance of the bonded joint to sliding separation under load, used as a performance check.

Wood failure - the extent to which the wood itself fails during testing, used to judge whether the bond is strong relative to the wood.

EN 314-1 - the companion standard that gives the test methods used to evaluate the bonding quality requirements in this part.

Who uses SIST EN 314-2:1996?

SIST EN 314-2:1996 is used by plywood manufacturers, testing laboratories, quality managers, buyers, and specifiers who need to match bonding quality to an application. It is also relevant to certification and inspection bodies that verify plywood performance against a stated bonding class.

In practice, these users apply the standard when selecting a product, running laboratory tests, checking production quality, or writing purchasing specifications for veneer plywood.

What changed in SIST EN 314-2:1996 from the previous edition?

SIST EN 314-2:1996 is identical with EN 314-2:1993.

Which standards are used with SIST EN 314-2:1996?

EN 314-1 provides the test methods used with this part. SIST EN 314-2:1996 uses EN 314-1 for the testing of shear strength and the assessment of wood failure.

What does the SIST EN 314-2:1996 document contain?

SIST EN 314-2:1996 contains the requirements for bonding classes of veneer plywood and links those requirements to end use. It relies on EN 314-1 for the practical test method, so readers use the two standards together when checking bonding quality.

The document is centered on mechanical performance rather than on manufacturing details. For day-to-day work, that means it supports specification, quality control, and acceptance testing for plywood products.