BRÜDER 18L AIRPIG HEAVY-DUTY COMPRESSED AIR MANIFOLD
NOTE: These AirPigs are also available as 50L AirPigs or 100L AirPigs. They are available in Custom outlet configurations and also in vertical wheeled style.
The Brüder 18L AirPig is a rugged, high-capacity compressed air distribution tank designed for demanding civil, mining, and construction environments. Built for ultimate reliability on-site, this industrial air manifold provides multiple outlet points for running tools, blowing down equipment, and supporting mobile service operations.
With a durable 18-litre steel tank, high-pressure rating, and fully fitted manifold system, the AirPig is ideal for workshops, field service vehicles, mine sites, and remote job sites where a dependable air supply is essential.
Key Features
18-Litre Air Receiver Tank: Compact, portable air storage engineered for demanding site use.
High Pressure Rating: Up to 1560 kPa (225 PSI) working pressure for high-demand applications.
6-Port Manifold System: Run multiple air tools simultaneously from a single air source.
Ball Valves on All Outlets: Independent flow control per port for enhanced operator safety.
MinSup Type A Couplings: Fast, highly reliable tool and hose connections.
Safety Clips Fitted: Enhanced hose retention and strict site compliance.
Heavy-Duty Steel Construction: Engineered to withstand the harshest industrial conditions.
Versatile Setup: Fully suitable for permanent vehicle mounting or portable ground use.
Ideal Applications
• Mining & resources sector
• Civil construction & roadworks
• Infrastructure maintenance
• Field service trucks & service bodies
• Mobile workshops & plant maintenance
• Shutdown crews
• Workshop air distribution networks
Specifications
• Model: Brüder 18L AirPig
• Tank Capacity: 18 Litres
• Working Pressure: 1560 kPa (225 PSI)
• Manifold: 6 Port
• Connections: MinSup Type A with Safety Clips
• Valves: Individual Ball Valves
Built for Site Reliability
The Brüder AirPig is engineered to deliver dependable compressed air exactly where you need it most — reducing downtime, improving productivity, and keeping crews working efficiently in demanding environments.