Features & Benefits
- Recommended for temperatures: -40ºF to 175ºF (-40ºC to +135ºC)
- Resistant to: Vibration & flex fatigue, oil & fuel splashes, ozone & general weathering
- Also available: Injection moulded cuffs and other integral features on request
- Smooth bore for improved airflow
Thermoplastic Ducting
Constructed from recyclable thermoplastic elastomer (TPE) our range of ducting offers excellent standards of flexibility and durabilty with high resistance to ozone, weathering and engine compartment oil and fuel splashing.
Primarily used for heating , ventilation , air conditioning (HVAC) applications. Available in a variety of sizes starting at 25mm diameter (1”) to 152mm (6”) diameter. Constructed using single Ply thermoplastic ducting supported on polymer-coated semispring steel helix.
Five qualities are featured in the range, each designed for specific purposes for applications such as inlet to air filter, air filter to engine, alternator cooling, heating and ventilation.
Durable – capable of being moved and positioned to meet space constraints and requirements without distorting the internal profile.
Resistant to vibration and fatigue. Able to withstand movements typically to air transfer components in under hood environments and applications.
Retains shape – will not collapse if permanently shaped or through movement thereby maintaining airflow capability.
Smooth bore – less disruption to airflow, allowing maximum air transfer rate for respective bore size.
Ideal for all environments whether they are underhood or external, resulting in a fit and forget product.
For More Information
UK: +44 (0)1522 781800
USA: + 1 (716) 903 1085
China: + 86 1366 159 0273
Silicone Coolant Applications
Silicone out performs conventional hose materials in terms of optimum reliability and long life on engine, radiator, heater and other coolant handling applications.
In house accelerated ageing and dynamic testing of finished hoses replicate long term application which means you can fit it and forget it.
Mandrel wrapped format to conform to the requeremnts of SAE J20 R1 (standard wall) class ‘A’. Alternatively in single ply construction, manufactured by continuous methods, to conform to the requirements of SAE J20 R3 and R$ class ‘A’.
