See how our products have successfully overcome our customers challenges
Reglin supplied bonded rubber load mats to create a durable, high-friction surface for tracked equipment transport trailers, ensuring compliance and long service life.
Reglin’s Natural 60 HG rubber bearing pads bonded to steel stillages delivered a reliable, high-friction support surface for tunnel segment transport.
Reglin Natural 60 HG Rubber seal prevented soil ingress during MTBM retrieval at a Port Melbourne sewer tunnel, keeping the project safe and on schedule.
Reglin Natural 40 HG Rubber used to create self-healing splash curtains at a Queensland firing range, helping reduce bullet fragmentation and rebound.
Steel-backed rubber wear plates prevent structural damage by absorbing heavy impact from primary ore, delivering long-lasting wear protection.
Recycled rubber matting installed to create a non-slip surface for safe worker access through steel box girders during bridge construction.
Reglin WB Rubber Wear Bars provided a long-term clamp pad solution for forklifts handling steel pipes, replacing failing D-fenders.
A composite EPDM sealing system was used to isolate load and seal sewer gases in a critical shaft installation for a major Melbourne infrastructure project.
Reg-slide UHMWPE liners reduced ore build up and improved vibration efficiency in feeder floors at a Victorian hard rock quarry.
A self-adhesive neoprene strip isolated dissimilar metals in a railway platform upgrade, preventing corrosion and easing installation.
Custom-cut rubber strips provided structural support and sealed gaps between steel frames and concrete panels to enhance acoustic performance on a freeway project
Fabric-reinforced EPDM rubber flaps provided a durable and flexible sealing solution for managing water flow in an agricultural irrigation channel project.
EPDM Rubber Clamp Pads were used to protect HDPE sewer pipe and prevent slippage in submerged pipeline installation.
Reglin Neoprene HG Rubber Strips provided long-lasting support and protection between precast elements in a harsh marine environment.
Reglin Natural 60 HG Rubber bearing pads installed on concrete footings to support battery units at a major renewable energy project.
Reglin Load Mat helped reduce loading time and improve safety during palletised brick deliveries with a fleet-wide restraint system upgrade.
Heavy-duty rubber load mats improve friction and secure steel coil loads, reducing slippage risks during transport on steel truck decks.
Quick-supplied PP rubber liners deliver impact and wear protection while reducing noise on dump truck trays at a Queensland gold mine.
Cera-Wear HR Ceramic Liners deliver long-lasting wear protection in a high-capacity Victorian cement plant’s bulk material handling system.
Discover how Cera-Wear Extreme Ceramic Liners outperformed hardened steel on an iron ore feeder floor, reducing downtime and maintenance costs.
Reglin SAR 60 Rubber was used as an impact block on a conveyor curtain to effectively protect a discharge chute from wear and impact.
Custom made Regline Rubber Chute Skirt liners were installed on existing skirt board to seal open gap and protect skirt board structure from wear and impact.
Reglin Rubber Dust Sealing Cloth and Grip Strip were used to create an effective dust sealing system between an existing chute and vibrating feeder.
Custom made Regline Rubber Chute Skirt liners were installed as a long-lasting solution to protect a dredger conveyor system structure from wear and impact.
Reglin CERA-WEAR Ceramic Wear Liners were used as a lining system to protect transfer chute walls and deflector plates from wear and impact on a critical mill feed conveyor system.
Regline PP Rubber Wear Plates and WB Rubber Wear bars were used to create a rock-box lining system to protect a screen underflow chute from high flow abrasion wear.
Heavy-duty rubber strips improved load safety and reduced lashings for safe, efficient pipe transport across remote Queensland project sites.
Reglin Neoprene 60 HG Rubber was used as a bearing strip for noise reduction between structural timber flooring panels and steel beams in the construction of a multi-storey building.