01.09.2005
RIVKLE® HRT - High Resistance Thread
Bollhoff, the leading manufacturer of blind rivet nut announces a new product with improved mechanical performance.
RIVKLE® HRT is available in two materials either: steel or aluminium
RIVKLE® HRT made of steel
Compatible with the force required for screws grade 10.9 and 12.9 and in the standard ISO 898-1. It can accept torque commonly applied on nuts class 12.
This improvement enables:
- Use of smaller and lighter fasteners achieving the same mechanical requirements
- blind setting solution for structural applications on car, trucks and excavators
RIVKLE® HRT made of aluminium
Compatible with the force required for screws grade 8.8 and in the standard ISO 898-1.
This product is a perfect solution for applications requiring an aluminium blind fastener compatible with torque and force commonly applied to grade 8 nut in the standard ISO 898-2. The main advantages are the excellent corrosion resistance, weight reduction and the ability to recycle all aluminium product.
RIVKLE® HRT can directly replace existing RIVKLE® product (same hole dimension).
RIVKLE® blind rivet nuts offer the advantage of blind setting, particularly useful for large panels or hollow sections. A broad range of installation tools from hand devices to fully automated robot systems are available. Inserts can be installed into coated or pre-painted material without damage to the parent material.
Responsible:
Dipl.-Ing. Johann Haig Linden, Product manager,
Böllhoff Verbindungstechnik GmbH, Archimedesstraße 1-4, D-33649 Bielefeld
Tel. +49 521/44 82-473, Fax -371, jhlinden@boellhoff.com
Copy requested to:
Böllhoff publicity manager
Wolfgang Sönel,
Archimedesstraße 1-4,
D-33648 Bielefeld
| Downloads | File format | Release date | Type / Size |
|---|---|---|---|
| Press release text | .doc / ca. 1,381 characters* | September 2005 | ZIP / 6 KB |
| Press photo no. 1 | .jpg / RGB / 300 dpi | September 2005 | ZIP / 700 KB |
| Press photo no. 2 | .jpg / RGB / 300 dpi | September 2005 | ZIP / 600 KB |
* including spaces