Examples of using Rivet nuts in English and their translations into Korean
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Colloquial
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Ecclesiastic
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Ecclesiastic
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Programming
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Computer
currently use approximately 70 ecosyn®-BCT blind rivet nuts for the i3 and 30 for the i8.
Right: blind rivet nut after insertion.
Left: Blind rivet nut prior to insertion;
The integrated blind rivet nut is already present as a fastening thread.
Max size of riveting nut: M6.
RIVKLE® blind rivet nut and studs are mounted without counter pressure("blindly") and can therefore also
Stroke setting method The product tables in our RIVKLE® catalogues serve as a guideline for adjusting the setting stroke S to be used with a particular RIVKLE® blind rivet nut or stud to ensure optimal riveting. .
improved can prevent the spin riveting nut more excellent than the plane with the plate nut, its advantage is lighter weight,
RIVKLE® blind rivet nuts are made of steel, stainless steel or aluminium.
Rivet Nuts Stainless Steel 304 M8 Flat Head Half Kurled Body In Stock.
RIVKLE® blind rivet nuts and studs make it possible to create internal and external threads on thin-walled components.
Stainless steel blind rivet nuts are mainly used in applications, in which aesthetic appearance and tightness are essential.
consult our catalogue"RIVKLE® Plus- Assortment box of blind rivet nuts for thin-walled components"(2330).
for the first time, he has relied on the load-bearing blind rivet nuts from our repair range.
More RIVKLE® P2005 Hydraulic-pneumatic setting tool with stroke control for use with RIVKLE® blind rivet nuts and studs(M 3 to M 12).
Our range of branded products includes fastening elements like blind rivets, blind rivet nuts, thread inserts,
Kg RIVKLE® P2005 Hydraulic-pneumatic setting tool with stroke control for use with RIVKLE® blind rivet nuts and studs(M 3 to M 12).
More RIVKLE® P3007 PN Hydraulic-pneumatic setting tool with force control for use with RIVKLE® PN blind rivet nuts and studs(M 8 and M 10).
Consequentially, in some cases the tool setting causes blind rivet nuts and studs to be fastened too tightly or too loosely, due to different component thicknesses.