Is the F0080 polyester braided thermoplastic hose suitable for fuel and hydraulic oil at temperatures up to +93Â°C and pressures between 110â130 bar?

Yes. The F0080 polyester braided thermoplastic hose is specified for hydraulic oil and fuels, with a working pressure range of 110â130 bar (depending on diameter) and an operating temperature range up to +93Â°C. Therefore it is suitable for use with fuel and hydraulic oil at temperatures up to +93Â°C and pressures between 110â130 bar. Note: for water and air the maximum listed temperature is +65Â°C, but for hydraulic oil and fuels the stated +93Â°C applies.

Can the F0080 polyester braided thermoplastic hose handle air and water applications up to +65Â°C and pressures of 110â130 bar?

Yes. The F0080 polyester braided thermoplastic hose is rated for working pressures between 110â130 bar (depending on diameter) and its operating temperature range is -40Â°C to +93Â°C, with explicit suitability for water and air up to +65Â°C. Therefore it can handle air and water applications up to +65Â°C at pressures in the 110â130 bar range, provided you select the correct hose diameter for the required pressure.

Does the F0080 polyester braided thermoplastic hose resist micro-perforation abrasion in industrial hydraulic systems?

The F0080 polyester braided thermoplastic hose features an outer layer described as micro-perforated polyurethane. Micro-perforation in the outer cover typically reduces resistance to micro-perforation abrasion compared with a solid, non-perforated polyurethane or thicker rubber cover. While the hoseâs polyester inner layer and polyester braid reinforcement provide good internal chemical compatibility, flexibility and pressure handling (working pressures 110â130 bar and wide temperature range), the presence of micro-perforations means the outer surface is inherently more vulnerable to fine abrasive particles, repeated contact with sharp edges, or fluid jetting that can exploit those perforations. Therefore, F0080 will offer acceptable durability in many hydraulic oil, gas, air, fuel and water-based fluid applications, but it should not be considered highly resistant to micro-perforation abrasion in harsh industrial environments where fine abrasive contaminants or cutting actions are present. For applications with significant risk of micro-perforation abrasion, a hose with a solid, thicker outer cover (non-perforated polyurethane or abrasion-resistant rubber) is recommended.

Tuyau thermoplastique à tresse polyester F0080

Flexibles thermoplastiques, Tous les produits/

Informations complémentaires

Matériau	PEE – polyester
Température maximale de service [°C]	93
Température de service minimale [°C]	-40
Résistance au vide	vérifier

Tuyau léger et flexible destiné aux installations hydrauliques à huile, aux gaz, à l’air, aux carburants et aux fluides à base d’eau. Couche intérieure : polyester. Renfort : tresse polyester. Couche extérieure : polyuréthane microperforé. Pression de service : de 110 bar à 130 bar, selon le diamètre du tuyau. Température de service : de -40°C à +93°C (pour l’eau et l’air, jusqu’à +65°C).

Liste des variantes de produit

Référence article	Nom de la variante du produit	DN	BAR	Disponibilité	Actions
MC-F0080B-05	Tuyau thermoplastique F0080B 3/16"	5	130	En stock	Demande
MC-F0080C-06	Tuyau thermoplastique F0080C 1/4"	6	130	En stock	Demande
MC-F0080D-08	Tuyau thermoplastique F0080D 5/16"""	8	120	En stock	Demande
MC-F0080E-10	Tuyau thermoplastique F0080E 3/8"	10	120	En stock	Demande
MC-F0080F-13	Tuyau thermoplastique F0080F 1/2"	12	110	En stock	Demande

Vous avez besoin d'une plus grande quantité de produits ou d'un devis personnalisé ?

Appelez-nous : +33 679 352 568 ou envoyez-nous un e-mail : wirthjeanpierre@aol.fr

Envoyer une demande

Tuyau léger et flexible destiné aux installations hydrauliques à huile, aux gaz, à l’air, aux carburants et aux fluides à base d’eau. Couche intérieure : polyester. Renfort : tresse polyester. Couche extérieure : polyuréthane microperforé. Pression de service : de 110 bar à 130 bar, selon le diamètre du tuyau. Température de service : de -40°C à +93°C (pour l’eau et l’air, jusqu’à +65°C).