Flexible AirLine whith silicon 18mm - 1 meter transperant
Flexible silicone-plastic hose Ø 18 mm, transparent, suitable for air and water systems - easy installation and flow monitoring.
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Code:6229
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Weight:7.000 Kgs
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Price:
€174.42
Detailed features
- Inner diameter (ID): ~ 18 mm
- Material: PVC with silicone softening or similar polymer — flexible, durable and transparent.
- Construction: reinforced / with thread or braided reinforcement - for greater strength and resistance to distortion.
- Length: from 1m to 100m.
- Outer diameter and thickness: for similar products, the values are around 1.16″ outer diameter, wall thickness (≈ 3.97 mm).
- Maximum working pressure: 145 psi (~ 10 bar) at standard temperature (~ 21 °C).
- Pressure rating: up to ~450 psi (~30 bar)
- Minimum bending radius: about 8″ (~ 203 mm) so that the hose does not deform easily.
- Temperature range: from –20 °C to +66 °C.
- Wire / hardness: about 73A (wall hardness).
- Durability: UV-resistant (for outdoor use), chemically resistant to many liquids and oils.
Recommendations for use
- When installing, leave a slight margin (or S-shaped curve) for movement and to avoid stress due to temperature changes.
- Do not allow sharp twisting or bending at a sharp angle — observe the bending radius (~ 8″) for long-lasting operation.
- The incoming/air flow must not exceed the recommended flow rate for the hose, otherwise the maximum pressure may be exceeded.
- At too high a pressure, the risk of bursting increases - regularly check fittings and hoses for cracks.
- If the hose is used for air, do not allow dust and lint to accumulate inside — filtration at the inlet is recommended.
- Periodically check the transparency and integrity of the hose - if it shows signs of clouding, cracking or lightening - replace the section.
Benefits
This flexible Ø 18 mm silicone hose offers an ideal solution for air or water distribution - well balanced between flexibility and strength, with parameters suitable for professional and hobby systems. Its transparent design provides indication and visual control of the flow.