ISO 13469:2014 PDF

Mechanical joining — Form-fit blind rivets and (lock) bolt joints — Specifications and qualification of testing procedures

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Title (English):

ISO 13469:2014

Mechanical joining — Form-fit blind rivets and (lock) bolt joints — Specifications and qualification of testing procedures

Document status:: Active
Format:: Electronic (PDF)
Number of pages:: 17
Publication date:: July 1, 2014
Edition:: ISO IS 13469 edition 1 version 1
ICS:: 25.160.10

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Description (English):

ISO 13469:2014 specifies the requirements for the testing procedures for interference-fit/form-fit blind rivet joints and lock bolt joints made of metallicand non-metallic materials. The tests required for a particular joint depend upon the performance requirements of the component/assembly and shall be established before any testing is undertaken. The term sheet as used in ISO 13469:2014 includes extrusions, cast material, plastics, and fibre-reinforced plastics, e. g. carbon and glass fibre-reinforced plastics. ISO 13469:2014 does not apply to civil engineering applications such as metal building and steel construction which are covered by other applicable International Standards.

Technical details

Technical committee: ISO/TC 44/SC 6 - Resistance welding and allied mechanical joining
SKU: ISO 13469:2014

Abstract

Overview

ISO 13469:2014 - Mechanical joining: form-fit / interference-fit blind rivets and (lock) bolt joints - specifies requirements and qualification of testing procedures for joints made from metallic and non‑metallic materials (including extrusions, cast materials, plastics and fibre‑reinforced plastics such as carbon and glass). The standard defines how to prepare, test and report destructive and non‑destructive examinations of rivet and lock‑bolt joints used in assemblies, excluding civil engineering applications (metal building and steel construction).

Key topics and requirements

Scope & applicability: Applies to interference‑fit/form‑fit blind rivets and lock bolts for metallic and non‑metallic parent materials; civil engineering structures are excluded.
Joining Procedure Specification (JPS): Tests must be agreed before testing. A JPS must record variables that affect joint performance: hole and fastener diameters, sheet thicknesses, material properties, clearance/interference, assembly methods, machine type and tolerances.
Sample size & specimens: At least two samples shall be evaluated. Prefer purpose‑made test specimens (dimensions referenced to ISO 12996, ISO/DIS 16237, ISO 14270, ISO 18592 as applicable).
Examinations & tests:
- Visual examination for alignment and obvious defects.
- Macro‑section/macroscopic examination to verify clearance or elimination of radial play; sections normal to fastener axis should be taken 0.5 mm from the faying surface or mid‑thickness, whichever is smaller.
- Tensile shear tests (single or double shear) with recording of force vs. elongation to detect slippage and maximum load.
- Cross‑tension, mechanized peel, fatigue/endurance tests as required by performance needs.
Reporting & evaluation: Test results and a single joint specimen test report (JPQR) must document loads, failure modes, and any slippage or endurance behaviour.

Practical applications & who uses it

Users: fastener manufacturers, OEM design and assembly engineers, aerospace, automotive, marine and rail engineers, composite fabricators, testing laboratories and quality assurance teams.
Use cases: qualifying riveting or lock‑bolt joining procedures, validating joint designs for assemblies with mixed materials, establishing inspection/test protocols for production or prototype validation, and creating traceable JPS documentation for procurement and certification.

Related standards

ISO 12996 - tensile shear specimen dimensions and procedure
ISO 14588 - blind rivet terminology and definitions
ISO 16237 - cross‑tension test procedure
Others referenced for peel and fatigue: ISO 14270, ISO 18592

Adopt ISO 13469:2014 when you need a structured, reproducible approach to qualify and document testing of form‑fit/interference rivet and lock‑bolt joints across metallic and composite assemblies.

Related standards

Standards mentioned in the description

Abstract

Overview

Key topics and requirements

Scope & applicability: Applies to interference‑fit/form‑fit blind rivets and lock bolts for metallic and non‑metallic parent materials; civil engineering structures are excluded.
Joining Procedure Specification (JPS): Tests must be agreed before testing. A JPS must record variables that affect joint performance: hole and fastener diameters, sheet thicknesses, material properties, clearance/interference, assembly methods, machine type and tolerances.
Sample size & specimens: At least two samples shall be evaluated. Prefer purpose‑made test specimens (dimensions referenced to ISO 12996, ISO/DIS 16237, ISO 14270, ISO 18592 as applicable).
Examinations & tests:
- Visual examination for alignment and obvious defects.
- Macro‑section/macroscopic examination to verify clearance or elimination of radial play; sections normal to fastener axis should be taken 0.5 mm from the faying surface or mid‑thickness, whichever is smaller.
- Tensile shear tests (single or double shear) with recording of force vs. elongation to detect slippage and maximum load.
- Cross‑tension, mechanized peel, fatigue/endurance tests as required by performance needs.
Reporting & evaluation: Test results and a single joint specimen test report (JPQR) must document loads, failure modes, and any slippage or endurance behaviour.

Practical applications & who uses it

Users: fastener manufacturers, OEM design and assembly engineers, aerospace, automotive, marine and rail engineers, composite fabricators, testing laboratories and quality assurance teams.
Use cases: qualifying riveting or lock‑bolt joining procedures, validating joint designs for assemblies with mixed materials, establishing inspection/test protocols for production or prototype validation, and creating traceable JPS documentation for procurement and certification.

Related standards

ISO 12996 - tensile shear specimen dimensions and procedure
ISO 14588 - blind rivet terminology and definitions
ISO 16237 - cross‑tension test procedure
Others referenced for peel and fatigue: ISO 14270, ISO 18592

ISO 13469:2014 PDF

Technical details

Abstract

Overview

Key topics and requirements

Practical applications & who uses it

Related standards

Related standards

Abstract

Overview

Key topics and requirements

Practical applications & who uses it

Related standards

Related standards

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