Blind Rivet
BLIND RIVETS STANDARD
Applications
Standard blind rivets can be placed on components that are accessible on on one side (1) or on two sides (2) see below. For example: containers/tanks, hollow body, tubes, profiles, air ducts and many others.
Characteristics
- economical
- versatile
- strong
- secure
Head shape
Domed head
Large head
Countersunk head
MATERIALS
Al = Aluminium
ST= Steel zinc plated
A2 = Stainless steel A2
A4 = Stainless steel A4
Cu = Copper alloy
BR = Bronze
Available in the following qualities
COLOURED BLIND RIVETS STANDARD RAINBOW
Applications
- window/frame construction
- canopy tops
- cladding panels (metal/plastic)
- car body production and many others
Characteristics
- colour match of riveted components
- almost every type of rivet listed here could be painted
TECHNICAL EXPLANATIONS
Grip range of the rivet. | |
The named shearing strength (N = Newton) in this catalogue are minimum values, determined according to test method ISO 14589 (2000), which the rivet meets on average in a defined test series. | |
The named tensile strength (N = Newton) in this catalogue are minimum values, determined according to test method ISO 14589 (2000), which the rivet meets on average in a defined test series. | |
(1 kp ≈ 10 N ) |
TECHNICS
Length (L)
Nominal Diameter (D1)
Head Diameter (D2)
Head Height (k)
Mandrel Diameter (d)
Mandrel Length (P)
If you are searching for a quality, a material combination or a measurement which is not listed in the catalogue, please don’t hesitate to contact us.
Alternatively we got the possiblity to develop a blind rivet type especially for your application. For Example:
- softer breaking point 1
- displaced breaking point 2
- grooved mandrel 3
- longer mandrel 4
etc.
TESTS ACCORDING ISO 14589
This inspection ISO 14589 includes the following points.
Principle of shear and tensile tests
The tests consist of straining a blind rivet which is set in a test fixture by a shear load or tensile load to failure.
Principle of mandrel push out restistance test (prior to setting)
The test consists of loading the mandrel axially from the head side of a blind rivet untill it is pushed out.
Principle of the mandrel break load test
The test consists of straining the mandrel removed from the rivet body in a test fixture by a tensile load to fracture.
Principle of head retention capability test
The test consists of loading the mandrel axially, from the head side of a set blind rivet up to the head retention load. All details in Newton, 1kp = 9,80665 N (10N)
For every delivered batch GOEBEL is able to handout the inspection report. With this procedure it is guaranteed that only tested items will be delivered for a customers safe treatment.
Shearing test
Tensile test
Mandrel push out test
Mandrel breaking test
Mandrel retaining test