Is the UHP ANTISTATIC AS8M thermoplastic hose, type 6 suitable for conveying water at +80Â°C given its temperature limit of +65Â°C for water-based fluids?

No . UHP ANTISTATIC AS8M thermoplastic hose, type 6 is not suitable for conveying water at +80Â°C. Although the hoseâs overall operating temperature range is â40Â°C to +100Â°C, the specification explicitly limits water and water-based fluids to a maximum of +65Â°C. Using it with water at +80Â°C would exceed that limit and could compromise material integrity, safety and performance (leakage, reduced burst/working pressure, accelerated degradation). Choose a hose rated for water at +80Â°C or consult the manufacturer for a confirmed alternative or special construction.

Can UHP ANTISTATIC AS8M thermoplastic hose, type 6 be used with non-conductive oils at +95Â°C given the +100Â°C general limit?

Short answer: No - not recommended. Explanation: UHP ANTISTATIC AS8M thermoplastic hose, type 6 is rated for an operating temperature range up to +100Â°C generally, but the specification explicitly limits water and water-based fluids to a maximum of +65Â°C. Although the hose is antistatic (R < 3Ã10^4 Î©/m) and uses polyamide inner layer with aramid reinforcement and polyurethane outer cover, non-conductive oils can affect polymer properties differently than the general rating anticipates. Running at +95Â°C is very close to the +100Â°C limit and offers little safety margin for chemical swelling, loss of mechanical strength, accelerated ageing, or reduced burst/working pressure. For continuous service at +95Â°C with non-conductive oils, consult the manufacturer for fluid compatibility and a validated higher-temperature rating or select a hose expressly qualified for sustained operation at that temperature.

Can UHP ANTISTATIC AS8M thermoplastic hose, type 6 be used with non-conductive fluids at -40Â°C?

Yes. UHP ANTISTATIC AS8M thermoplastic hose, type 6 is specified as an antistatic hose (R < 3Ã10^4 Î©/m) designed for the transmission of non-conductive media and has an operating temperature range from â40Â°C to +100Â°C (with a note that for water and water-based fluids max. +65Â°C). Its constructionâpolyamide inner layer, two aramid braids reinforcement and polyurethane outer layerâsupports high-pressure use (700 bar working pressure) and low-temperature performance down to â40Â°C. Important practical notes: - The hoseâs antistatic rating indicates it will dissipate charges, but you should ensure grounding/earthing procedures are followed in your system to maintain antistatic performance. - Verify chemical compatibility of the specific non-conductive fluid with polyamide and polyurethane at low temperature; some fluids can become more aggressive or change properties near â40Â°C. - Confirm the systemâs operational pressure at â40Â°C remains within the hoseâs rated working pressure, and consider any changes in flexibility or bend radius at low temperature. Conclusion: Based on the provided description, UHP ANTISTATIC AS8M thermoplastic hose, type 6 can be used with non-conductive fluids at â40Â°C, provided grounding and chemical-compatibility checks and pressure/handling considerations are satisfied.

Hose thermoplastic UHP ANTISTATIC AS8M, type 6

Q: Can UHP ANTISTATIC AS8M thermoplastic hose, type 6 be used with non-conductive fluids at -40Â°C?

Yes. UHP ANTISTATIC AS8M thermoplastic hose, type 6 is specified as an antistatic hose (R < 3Ã10^4 Î©/m) designed for the transmission of non-conductive media and has an operating temperature range from â40Â°C to +100Â°C (with a note that for water and water-based fluids max. +65Â°C). Its constructionâpolyamide inner layer, two aramid braids reinforcement and polyurethane outer layerâsupports high-pressure use (700 bar working pressure) and low-temperature performance down to â40Â°C. Important practical notes: - The hoseâs antistatic rating indicates it will dissipate charges, but you should ensure grounding/earthing procedures are followed in your system to maintain antistatic performance. - Verify chemical compatibility of the specific non-conductive fluid with polyamide and polyurethane at low temperature; some fluids can become more aggressive or change properties near â40Â°C. - Confirm the systemâs operational pressure at â40Â°C remains within the hoseâs rated working pressure, and consider any changes in flexibility or bend radius at low temperature. Conclusion: Based on the provided description, UHP ANTISTATIC AS8M thermoplastic hose, type 6 can be used with non-conductive fluids at â40Â°C, provided grounding and chemical-compatibility checks and pressure/handling considerations are satisfied.

Hose thermoplastic UHP ANTISTATIC AS8M, type 6

Additional information

Material	PA – polyamide
Maximum operating temperature [°C]	100
Minimum operating temperature [°C]	-40
Vacuum resistance	check

An antistatic hose (R 4 Ω/m) intended for conveying non-conductive media. Inner layer: polyamide. Reinforcement: two aramid braids. Outer layer: blue polyurethane. pressure working: 700 bar. temperature use: from -40°C to +100°C (for water and liquids na base water max. up to +65°C).

List of product variants

Article number	Product variant name	DN	BAR	Availability	Price	Quantity	Actions	Catalogue
UH-AS8M-06	Hose thermoplastic AS8M 1/4"	6	700	In stock	0 zł		Enquiry

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An antistatic hose (R 4 Ω/m) intended for conveying non-conductive media. Inner layer: polyamide. Reinforcement: two aramid braids. Outer layer: blue polyurethane. pressure working: 700 bar. temperature use: from -40°C to +100°C (for water and liquids na base water max. up to +65°C).