Our Innovations
Built with ZERO Harm
Bullivants is committed to continued research and developing innovative products and services. By increasing our focus on innovation, we have improved our core services to provide you with more of what you need.
ZERO HARM Is Our Philosophy
We recognise that our customers operate in a world of potential danger where lifting, slinging, restraining, heavy recovery and working at heights are all laden with risk. That is why Bullivants will continue to innovate and expand our product range to address critical problems that our customers may experience.
We want to address the most important criteria for our customers - Zero Harm. Bullivants was founded on a reputation for quality, and it has been at the heart of what we do ever since.
Trust us to innovate without compromising on quality or safety.
Revolutionise The Way You Lift
The Bullivants’ ADAPTA® HMPE Adjustable Lifting Sling is an award winning innovative sling receiving the 2023 Crane Industry Council of Australia Innovation Award and the National Safety Council of Australia award in 2024.
Designed with easily adjustable legs, the ADAPTA® sling provides significant improvements in safety, productivity and reduces the risk of manual handling injuries. Developed and custom made by Bullivants, the ADAPTA® sling has less components, no metal parts and is lightweight in comparison to other sling types, significantly reducing the time to assemble your load to lift.
High Performance Multi Round Sling
Bullivants High Performance Multi Round Slings are unique in the Australian market. Manufactured using a Vectran load bearing core with a polyester outer cover, it has high strength to weight ratio, very low elongation and small D/d ratios.
The High Performance sling has premium features and benefits including patented 'Multi' checking system for checking residual life, lightweight for easy handling, lower rigging weight and is a small diameter than traditional round slings allowing D/d ratios* to be used.
* D/d Ratio is the ratio of the diameter around which a wire rope is bent divided by the diameter of the wire rope.
