StripLox - Applied Joining Systems
Striplox is fast, reusable, scalable and adaptable to provide a permanent or temporary joint for a range of applications.
The Striplox joining systems are fully scalable to suit a range of sizes, but can be designed to suit numerous applications, loads and materials.
CycLox - Industrial Cyclones
Installation and Cyclone segment change-out times are drastically reduced by incorporating the Joinlox rapid joints into hydrocyclone or heavy-media cyclone designs to replace traditional bolted flanges or threaded clamps.
Operating performance and efficiency of cyclone separation equipment has improved significantly in recent years with tighter cut-point precision delivering higher recoveries. Capital cost decisions are calculated on these performance improvements, but for any fine or coarse media applications, component wear and service costs over the life of the cyclones often multiply to become far greater than the initial equipment costs.
BoxLox - Electrical and Environmental Boxes
Joinlox enabled Electrical and Environmental Enclosures - BoxLox - provide a simple, quick and easy IP-rated solution for enclosures or junction boxes of any size.
BoxLox can be used for any plastic, mild or stainless steel sheet metal construction. By simply locking the Joinlox key into position, the seal provides a uniform sealing force to provide greater IP ratings without the usual higher costs. BoxLox does not require screws or fasteners to achieve an impenetrable seal.
Heavy Duty Steel
Strong and rugged, the Joinlox system meets the toughest engineering criteria and conditions. Fully scalable and adaptable, the Joinlox system can be fabricated in carbon or stainless steels or cast to suit a range of suit linear or complex joining requirements.
Infrastructure, plant and OEM equipment utilising the patented Joinlox technology opens up entirely new advantages over conventional methods by allowing all components to be manufactured in controlled, efficient factory conditions, then cost-effectively transported to site and assembled quickly and safely by reducing work required at height.
