PFTE Hose Assemblies | Parker Stratoflex

Parker Aerospace Stratoflex Products Division’s medium- and high-pressure PTFE hose assemblies are designed for reliable fuel, oil, and hydraulic fluid conveyance in even the most demanding aerospace systems.  

Aerospace fluid systems demand hose assemblies that perform well under pressure and provide years of reliable service. Our PTFE hose assemblies are constructed with seamless, smooth-bore inner tubes for maximum flow and include a thin layer of carbon to eliminate static charge buildup.  Braided with stainless steel for durability and wear resistance, Stratoflex Products PTFE materials are designed to withstand all aircraft fuel, oil, coolants, and solvents. In addition, they feature an unlimited shelf life. Backed by years of aerospace engineering experience and design capabilities, our PTFE hoses will provide the performance you need with the reliability you expect.

With decades of engineering design and testing experience at our fingertips — in addition to having one of the largest on-site engineering teams in the aerospace industry — Parker Aerospace’s Stratoflex Products Division can give your fluid conveyance system a custom competitive edge. From custom components to fully integrated systems, our engineering resources are available to design and create the perfect solution for your needs.

Stratoflex Fire Performance

The Stratoflex Products Division has one of only a few FAA-qualified fire test labs in the United States, giving our engineers unparalleled access and flexibility to design and fully fire test our products to the most stringent customer and regulatory requirements.

PTFE hose assemblies are available with both slip-over and integral fire sleeves. The integral fire sleeve is designed with smaller envelope dimensions than conventional slip-over sleeves for greater versatility in tight spaces and offers superior vibration dampening compared to non-integral products. With the integral fire sleeve, wicking and contamination are prevented as the hose is completely contained within the sleeve.