Is the CNG antistatic aramid braided thermoplastic hose compatible with all standard CNG dispensers and fittings per ISO 8031/ISO 15500-17?

Yes . the CNG antistatic aramid braided thermoplastic hose is designed to meet ISO 8031 and ISO 15500-17, so it is compatible with standard CNG dispensers and fittings specified by those standards. Its conductive polyamide inner layer and measured antistatic resistance (R < 1.2 Ã 10^5 Î©/m) ensure safe charge dissipation required for dispenser-to-vehicle fueling. The aramid braiding provides the required reinforcement and pressure resistance, and the microperforated polyurethane outer layer and â40 Â°C to +82 Â°C operating range support typical refuelling environments. Note: final compatibility also depends on the specific coupling types, connector adapters, and installation practices at a given dispenser; verify dimensional and connector requirements with the dispenser manufacturer or local installer before service.

How does the CNG antistatic aramid braided thermoplastic hose maintain antistatic performance (R<1.2Ã10^5 Î©/m) during prolonged outdoor use?

The CNG antistatic aramid braided thermoplastic hose maintains R<1.2Ã10^5 Î©/m outdoors through a multilayer, purpose-built construction. The conductive polyamide inner layer provides a continuous low-resistance path for charge dissipation, preventing charge build-up from fluid flow. The aramid braiding reinforcement preserves structural integrity and dimensional stability under mechanical stress and temperature cycles, preventing cracks or delamination that could interrupt the conductive path. The microperforated polyurethane outer layer protects against abrasion, UV and weather while allowing venting of any trapped moisture or gases that might otherwise degrade conductivity; microperforations also help avoid pressure differentials that could delaminate layers. Materials specified for â40Â°C to +82Â°C ensure conductivity and adhesion are retained across outdoor temperature extremes, meeting ISO 8031 and ISO 15500-17 performance requirements.

Can the CNG antistatic aramid braided thermoplastic hose withstand repeated flexing and abrasion during everyday vehicle refueling?

Yes. The CNG antistatic aramid braided thermoplastic hose is designed specifically for repeated flexing and abrasion typical of everyday vehicle refueling. Key points supporting this: - Reinforcement: The aramid braiding provides high tensile strength and excellent fatigue resistance, allowing the hose to endure repeated bending and movement without loss of structural integrity. - Outer layer: The microperforated polyurethane jacket offers tough abrasion resistance while maintaining flexibility. Polyurethane is known for wear resistance against rubbing, handling and contact with refuelling equipment. - Inner layer and antistatic properties: The conductive polyamide inner layer (R < 1.2Ã10^5 Î©/m) maintains antistatic performance under flexing, reducing risk from electrostatic discharge during frequent handling. - Standards compliance: Conformance with ISO 8031 and ISO 15500-17 indicates the hose meets industry requirements for CNG refuelling applications, which include durability, flexibility and safety under operational conditions. - Temperature range: Rated from -40Â°C to +82Â°C, the hose retains mechanical performance across the temperatures encountered in typical refuelling environments, reducing material embrittlement or softening that could otherwise increase abrasion or fatigue. Taken together, the CNG antistatic aramid braided thermoplastic hose is suitable for the repeated flexing and abrasion encountered in daily vehicle refuelling.

CNG antistatic aramid braided thermoplastic hose

Q: How does the CNG antistatic aramid braided thermoplastic hose maintain antistatic performance (R<1.2Ã10^5 Î©/m) during prolonged outdoor use?

The CNG antistatic aramid braided thermoplastic hose maintains R<1.2Ã10^5 Î©/m outdoors through a multilayer, purpose-built construction. The conductive polyamide inner layer provides a continuous low-resistance path for charge dissipation, preventing charge build-up from fluid flow. The aramid braiding reinforcement preserves structural integrity and dimensional stability under mechanical stress and temperature cycles, preventing cracks or delamination that could interrupt the conductive path. The microperforated polyurethane outer layer protects against abrasion, UV and weather while allowing venting of any trapped moisture or gases that might otherwise degrade conductivity; microperforations also help avoid pressure differentials that could delaminate layers. Materials specified for â40Â°C to +82Â°C ensure conductivity and adhesion are retained across outdoor temperature extremes, meeting ISO 8031 and ISO 15500-17 performance requirements.

Q: Can the CNG antistatic aramid braided thermoplastic hose withstand repeated flexing and abrasion during everyday vehicle refueling?

Yes. The CNG antistatic aramid braided thermoplastic hose is designed specifically for repeated flexing and abrasion typical of everyday vehicle refueling. Key points supporting this: - Reinforcement: The aramid braiding provides high tensile strength and excellent fatigue resistance, allowing the hose to endure repeated bending and movement without loss of structural integrity. - Outer layer: The microperforated polyurethane jacket offers tough abrasion resistance while maintaining flexibility. Polyurethane is known for wear resistance against rubbing, handling and contact with refuelling equipment. - Inner layer and antistatic properties: The conductive polyamide inner layer (R < 1.2Ã10^5 Î©/m) maintains antistatic performance under flexing, reducing risk from electrostatic discharge during frequent handling. - Standards compliance: Conformance with ISO 8031 and ISO 15500-17 indicates the hose meets industry requirements for CNG refuelling applications, which include durability, flexibility and safety under operational conditions. - Temperature range: Rated from -40Â°C to +82Â°C, the hose retains mechanical performance across the temperatures encountered in typical refuelling environments, reducing material embrittlement or softening that could otherwise increase abrasion or fatigue. Taken together, the CNG antistatic aramid braided thermoplastic hose is suitable for the repeated flexing and abrasion encountered in daily vehicle refuelling.

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Additional information

Material	PA – polyamide
Maximum operating temperature [°C]	82
Minimum operating temperature [°C]	-40
Vacuum resistance	check

Lightweight, flexible, antistatic (R<1.2×10⁵ Ω/m) hose designed for natural gas (CNG – Compressed Natural Gas). Used for filling tanks of vehicles powered by CNG. Standards: ISO 8031, ISO 15500-17. Inner layer: conductive polyamide. Reinforcement: aramid braiding. Outer layer: microperforated polyurethane. Operating temperature: from -40°C to +82°C.

List of product variants

Article number	Product variant name	DN	BAR	Availability	Price	Quantity	Actions	Catalogue
ZC-CNG-19	Thermoplastic hose CNG 3/4", 345 bar	20	345	In stock	0 zł		Enquiry

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Lightweight, flexible, antistatic (R<1.2×10⁵ Ω/m) hose designed for natural gas (CNG – Compressed Natural Gas). Used for filling tanks of vehicles powered by CNG. Standards: ISO 8031, ISO 15500-17. Inner layer: conductive polyamide. Reinforcement: aramid braiding. Outer layer: microperforated polyurethane. Operating temperature: from -40°C to +82°C.