When Air Turns Dangerous: Understanding and Preventing Hose Whip
Providing a safe working environment is essential, especially when using pneumatic tools and compressed air.
Clear, practical guidance for compressed piping systems.
Knowledge Hub
Your go-to resource for compressed air knowledge.
Whether you’re running a workshop, fitting out a new production line, or troubleshooting pressure issues, this library gives you practical, no-nonsense guidance you can actually use.
From pipe sizing to fittings, system design, safety, and industry-specific advice – this guide has everything you need to build a safer, smarter, more efficient network.
Featured Resources
Design Considerations for Piping Systems
Designing an efficient compressed air piping system requires balancing flow performance, pressure stability, material selection, and long-term maintainability. This guide outlines seven key design considerations based on best practice principles and engineering standards.
Understanding Laminar Flow in Compressed Air Systems
When it comes to compressed air efficiency, laminar flow is everything. The smoother your air moves through the system, the less energy is wasted. And believe it or not, laminar flow is influenced almost entirely by the air line you use.
Hose Whip: What It Is & How to Prevent It
Hose whip occurs when a pressurised hose becomes disconnected or bursts, turning the line into a fast-moving, uncontrolled projectile.
Downloadable Resources
Infinity Product Catalogue
Infinity Compressed Air Pipe Sizing Chart
Infinity Aluminium Pipe Technical Specifications
Air Treatment Dew Point Table
Infinity UNI EN ISO 9001:2015 Certificate
Infinity Stainless Catalogue
Infinity Stainless WaterMark Certificate
Infinity Stainless 20-Year Warranty Certificate
Infinity Stainless: Working Pressure Chart
Infinity Stainless Press Fit Installation Instructions
Latest Articles
Design Considerations for Compressed Air Piping Systems
When it comes to compressed air, performance starts long before the compressor. A well-designed piping system determines how efficiently air is delivered throughout your facility, influencing energy use, equipment lifespan, and overall reliability. Designing an efficient compressed air piping system requires balancing flow performance, pressure stability, material selection, and long-term maintainability. This guide outlines seven [...]
Infinity Push Fit system vs Press Fit system
Infinity Pipe Systems explains the difference between Infinity Push Fit system vs Press Fit system
Case Studies
CASE STUDY | PA LAL, FIJI
The PA LAL Holdings Warehouse in Fiji, along with nine buses, was destroyed by fire. A fire-resistant compressed air system was provided by Infinity Pipe Systems as part of the rebuild
CASE STUDY | TASTY FRESH QLD
12 months ago, Pneumatics Direct completed an installation at the Tasty Fresh workshop in the Gold Coast
CASE STUDY | QUAKER OATS
Quaker Oats Australia Pty Ltd is Australia’s leading manufacturer and supplier of quality oat products for human consumption in 25 kg process formed bags and bulk in container.
D’Orsogna, Melbourne VIC
Infinity Supply, Design, Project Manage Case Study with D’sorgna Melbourne in 2018.
Talk to the Infinity Experts
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