PAR1 Resin Bolt
The PAR1 Resin Bolt is a rockbolt designed for use with resin capsules to suit a range of applications from quasi-static through to dynamic and squeezing ground conditions.
Support for the World's Deepest Mines
The PAR1 Resin Bolt is a rockbolt designed for use with resin capsules to suit a range of applications from quasi-static through to dynamic and squeezing ground conditions.
The HelixBolt is a modified resin anchored rockbolt with improved resin mixing capability for use with polyester resin capsules.
The PAR1 Pumpable is a rockbolt designed for use with pumpable resin to suit a range of applications from quasi-static through to dynamic and squeezing ground conditions.
The Helix Pumpable Bolt is a rockbolt for encapsulation using pumpable bulk resin, for use in quasi-static ground conditions.
The Vulcan Bolt is an integrated primary and secondary support system for the absorption of energy in squeezing and dynamic ground conditions.
The MP1 Bolt is a fully encapsulated, end anchored yielding bolt for mechanized installations.
Self-drilling or Hollow Core rockbolts bolts for application in quasi-static ground conditions with pumpable resin or grout.
The BoraBolt is a self-drilling rockbolt designed to suit a range of applications from quasi-static through to dynamic and squeezing ground conditions.
The Hydrabolt is a hydraulically expanded rockbolt with superior bond strength for tensile loading applications.
The X-Pandabolt is an hydraulically expanded rockbolt for simple and reliable installation of support.
Similar to the Hydrabolt except that it is inflated between 15 MPa to 17 MPa upon installation which alters its performance specifications.
Hydrabolts and X-Pandabolts can be provided in the form of an RS-Bolt, where the tip of the bolt is bent at 45º.
The Swellex is an hydraulically expanded rockbolt for simple and reliable installation of support.
The PAR1-K Bolt is a push in, end-anchored yielding bolt for the absorption of energy in squeezing and dynamic ground conditions.
Bolting accessories include Mesh Washers which secure steel mesh to pre-installed rock bolts.
The DIT is designed to impart a dynamic impulse of energy into dynamic rock bolts.
The Combination Shear and Tensile rockbolt pull tester (CST) is designed to simulate the anticipated loading of a rockbolt under quasi-static loading.