Why PTFE Fuel Hose Is the Best Choice for E85 Fuel Systems
Is rubber fuel hose suitable for E85 fuel? Discover how PTFE fuel hose compares in terms of chemical resistance, temperature performance, durability and long-term reliability. Learn why PTFE is the preferred choice for E85, flex-fuel and high-performance automotive fuel systems.
Key Design Principles in Pneumatic Conveying Pipework: Bends, Velocity, Wear Points & Pressure Drop
Stainless steel pipework failures rarely come from the pipe itself. This article explores common failure points in pressure systems, including bends, fittings, supports, pressure spikes, and poor routing and how to prevent them.
How Central Material Feed Systems Boost Production Efficiency
Bend radius plays a critical role in pneumatic conveying performance. From velocity changes and impact zones to accelerated wear rates, the wrong bend specification can increase maintenance, energy consumption, and downtime. Discover why large-radius bends improve efficiency, reduce erosion, and extend system lifespan.
Designing Integrated Cooling Systems for Automotive & Motorsport Applications
Stainless steel pipework failures rarely come from the pipe itself. This article explores common failure points in pressure systems, including bends, fittings, supports, pressure spikes, and poor routing and how to prevent them.
Why Bend Radius Matters More Than Most Engineers Think
Bend radius plays a critical role in pneumatic conveying performance. From velocity changes and impact zones to accelerated wear rates, the wrong bend specification can increase maintenance, energy consumption, and downtime. Discover why large-radius bends improve efficiency, reduce erosion, and extend system lifespan.
Selecting the Right Pipe Material for Pneumatic Conveying: Stainless Steel, Aluminium or Glass
Stainless steel pipework failures rarely come from the pipe itself. This article explores common failure points in pressure systems, including bends, fittings, supports, pressure spikes, and poor routing and how to prevent them.
How Cooling System Failures Cause Costly Downtime in Automotive Applications
Cooling system failures are a major cause of costly downtime in automotive applications. This article explores how thermal cycling, vibration, connector failure, and tight packaging place extreme demands on cooling hoses, and how high-performance silicone and PTFE hose solutions can significantly improve reliability and uptime.
Common Failure Points in Stainless Steel Pressure Transfer Systems
Stainless steel pipework failures rarely come from the pipe itself. This article explores common failure points in pressure systems, including bends, fittings, supports, pressure spikes, and poor routing and how to prevent them.
Top 10 Benefits of Upgrading to PTFE Hoses for Your Car
Upgrading your car’s hoses might not sound like a major performance mod, but switching to PTFE hoses can dramatically improve reliability, safety, and efficiency. Unlike traditional rubber hoses that degrade over time, PTFE (Polytetrafluoroethylene) hoses offer exceptional heat resistance, chemical stability, and durability — making them ideal for fuel, brake, oil, and power steering systems. In this guide, we break down the top 10 benefits of upgrading to PTFE hoses and why they’re becoming the go-to choice for performance enthusiasts and everyday drivers alike.
Long Radius vs Short Radius Bend: Key Differences, Pros & Applications
Choosing between long radius (LR) and short radius (SR) bends is a crucial step in designing an efficient piping system. While both serve the same purpose — changing flow direction — their performance, space requirements, and cost can vary significantly. Long radius bends provide smoother flow, reduced pressure loss, and lower stress on the system, while short radius bends save space and cost but increase turbulence. This guide breaks down the key differences, pros and cons, and best applications to help you decide which bend type suits your project’s performance and layout needs.