Is the E-LPG flange rubber expansion joint compliant with EN 589 and certified by Germanischer Lloyd for LPG transmission?

Yes. The E-LPG flange rubber expansion joint Format is designed specifically for LPG transmission in accordance with EN 589 and is certified by Germanischer Lloyd. Key compliance and certification points from the description: - Intended use: transmission of LPG in tankers, fuel installations, and fuel stations, matching EN 589 application. - Certification: explicitly stated as certified by Germanischer Lloyd. - Construction features supporting compliance: conductive NBR inner layer and conductive CR outer layer (for safe dissipation of static), nylon cord reinforcement, galvanized carbon steel flanges, and option for ASA 300 flanges. - Identification: single sleeve marked with an orange stripe. - Operating temperature range: -20Â°C to +90Â°C (temporary up to +100Â°C depending on the medium), suitable for typical LPG service conditions. Based on this information, the E-LPG flange rubber expansion joint Format meets EN 589 requirements for LPG transmission and holds Germanischer Lloyd certification.

Can the E-LPG flange rubber expansion joint operate safely across the stated -20Â°C to +90Â°C temperature range for LPG service?

Yes. The E-LPG flange rubber expansion joint is specified and certified for LPG service (EN 589, Germanischer Lloyd) with construction materials suitable for the application: conductive NBR inner layer, nylon cord reinforcement, conductive CR outer layer, and galvanized carbon steel flanges. The stated operating temperature range is -20Â°C to +90Â°C (with temporary excursions to +100Â°C depending on the medium), so when installed and used within those limits it can operate safely for LPG. Ensure selection, installation, and inspection follow manufacturer guidelines and applicable codes; avoid sustained exposure beyond the rated temperatures or incompatible chemicals.

Does the E-LPG flange rubber expansion joint include ASA 300 flange options and orange sleeve marking?

Yes. The E-LPG flange rubber expansion joint includes ASA 300 flange options and features an orange sleeve marking. The product description states it is also available with ASA 300 flanges and is marked on the single sleeve with an orange stripe.

Compensator rubber flange E-LPG

All products, Rubber compensators/

Additional information

Material	NBR – nitrile rubber
Maximum operating temperature [°C]	90
Minimum operating temperature [°C]	-20
Vacuum resistance	yes

Intended for conveying LPG (Liquid Petroleum Gas) in accordance with the EN 589 standard in tankers, fuel installations, fuel stations. It has a Germanischer Lloyd certificate. Also available with ASA 300 flanges. Marked on the bellows with a single orange stripe. Layer inner: conductive NBR rubber. Reinforcement: nylon cord. Layer outer: conductive rubber CR. Flanges: galvanized carbon steel. Operating temperature: from -20°C to +90°C (momentarily +100°C depending on medium).

List of product variants

Article number	Product variant name	DN	BAR	Availability	Actions
TG-E-OR-025	Rubber compensator type E-LPG, DN25, PN25	25	25	In stock	Enquiry
TG-E-OR-032	Rubber compensator type E-LPG, DN32, PN25	32	25	In stock	Enquiry
TG-E-OR-040	Rubber compensator type E-LPG, DN40, PN25	40	25	In stock	Enquiry
TG-E-OR-050	Rubber compensator type E-LPG, DN50, PN25	50	25	In stock	Enquiry
TG-E-OR-065	Rubber compensator type E-LPG, DN65, PN25	65	25	In stock	Enquiry
TG-E-OR-080	Rubber compensator type E-LPG, DN80, PN25	80	25	In stock	Enquiry
TG-E-OR-100	Rubber compensator type E-LPG, DN100, PN25	100	25	In stock	Enquiry

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Intended for conveying LPG (Liquid Petroleum Gas) in accordance with the EN 589 standard in tankers, fuel installations, fuel stations. It has a Germanischer Lloyd certificate. Also available with ASA 300 flanges. Marked on the bellows with a single orange stripe. Layer inner: conductive NBR rubber. Reinforcement: nylon cord. Layer outer: conductive rubber CR. Flanges: galvanized carbon steel. Operating temperature: from -20°C to +90°C (momentarily +100°C depending on medium).