Attractive air-blowing heat-resistant hose (-35℃ to +135℃) NEO 390 TWO
Heat-resistant hose (-70℃ to +260℃) NEO390 TWO (Silicone + Glass Fiber) × 2-layer structure, lightweight, smooth inner surface, does not collapse when bent.
The heat-resistant hose "NEO 390 TWO" is a reinforced fiber hose that excels in heat resistance and torsional rigidity. It is suitable for applications such as hot air generators, cold air transport, powder and granular material dryers, compressors, and various blowers. It has also been successfully used for engine exhaust gas analysis.
basic information
【Features】 ● Two-layer structure ● Excellent heat resistance ● Smooth inner surface ● Compliant with RoHS guidelines ● Twist prevention ● Small bending radius ● Reinforced fibers 《Materials》 - Spiral part: Spring steel wire - Hose wall: Neoprene-coated glass fiber 《Temperature Range》 - Continuous use temperature: -35℃ to +135℃ - Short-term use temperature: up to +150℃ *For more details, please contact us or download the catalog.
Price information
The price varies depending on the quantity, so please feel free to contact us.
Delivery Time
Model number/Brand name
NEO 390 TWO
Applications/Examples of results
【Representative Uses】 ● For transporting hot air and cold air ● For dryers in the plastic industry for powders and granules ● For blowers, compressors, and air blowers in printing machines ● For air conditioning and heating (buses, special vehicles, trailers, campers, yachts, boats, etc.) ● UV dryers, IR dryers
catalog(1)
Download All CatalogsRecommended products
Distributors
A modest and inconspicuous thing, yet essential for existence, we tackle it with a spirit of challenge towards significant work that is rewarding, even on a small scale, while providing products that are indispensable in the future society and services that bring joy to people. As a business company that continues to develop in the 21st century, F.I.T. Pacific Co., Ltd. is a group that works tirelessly to enrich people's lives, ensure their safety, and improve the Earth's environment.