Inflatables

PVC inflatables for mining operations

Engineered PVC Inflatables for Underground and Heavy Industry

In underground mining and heavy industry, inflatables underpin a myriad of processes including ventilation control, air quality regulation and grout isolation, contributing to site safety at large. For this reason, optimal inflatable performance is paramount.

At PolyFusion, our custom PVC inflatables are purpose-engineered for mining and industrial applications. We employ an in-house precision-welding technique to minimise leakage, maintain pressure integrity and deliver predictable performance in sealed or pressure-critical environments.

Each inflatable is fabricated to site-specific operational constraints, enabling safe installation, controlled airflow management and consistent in-field performance across demanding production cycles.

Inflatable packers and plugs for mining

Pressure Control and Sealing Applications

Designed for pressure-critical applications, our PVC inflatables are engineered to maintain pressure integrity and reduce air loss under operational load, where leakage can directly impact ventilation efficiency and site safety. Also known as plugs or stoppings, these systems can be used in environments where overhead protection, isolation and fall prevention is paramount.

As experienced inflatable manufacturers, we design for load capacity, tensile strength and seam performance, using fully welded joints fused to match the strength of the base PVC.

From inflatable plugs to grout packers, our controlled in-house fabrication processes and repeatable welding methods preserve structural continuity and deliver consistent performance in demanding underground environments.

Advanced pVC welding methods

Custom made inflatables formulated to site conditions

Our in-house PVC welding configuration is engineered to improve production efficiency and maintain consistent seam performance.

While base machinery for PVC welding exists within the industry, PolyFusion’s tried and tested configuration and workflow methodologies allow efficient turnaround and improved production control, supporting the timely completion of projects, with zero compromise to quality.