NORFLOW® Produit coulable auto-coulant

La gamme de bétons autocoulables NORFLOW® a été conçue pour être installée sans utiliser d'outil spécifiques de pose comme par exemple un vibrateur.

spécifications

Overview

NORFLOW® Self-Flow Castables are engineered for easy installation. Customers simply need to prepare their mix and pour into the work area. The product will flow automatically into all zones without needing tools like vibrators. Self-flow castables suit a range of specific areas, such as coil grout in coreless induction furnaces and working linings for inductors, ladles, pouring furnaces, and more. They come in various compositions to suit specific melt chemistries, ensuring superior performance in high-temperature and erosive environments.

Four induction à creuset
Zone d'équipement Nom du produit Métal Analyse chimique
    Fer (I), Acier (S), Cuivre / Laiton (CB), Zinc (Zn), Aluminium (AL) Al2O3 % SiO2 % MgO % SiC %
Enduit en bobine DÉBIT A 337  I/S/CB/Zn/AL 92 1    
Doublure de travail DÉBIT A 1167 I 87 8    

Want to Know More?

Discover the ease of Saint-Gobain’s NORFLOW® Self-Flow Castables. 

FAQ

Are NORFLOW® Self-Flow Castables suitable for ladle relining?

Many customers using ladles have already switched to NORFLOW® castables – particularly NORFLOW® 973 - citing ease of installation and increased performance in ladle applications.

What are NORFLOW® Self-Flow Castables?

NORFLOW® Self-Flow Castables are advanced refractory materials designed for easy installation in high-temperature applications, providing thermal shock resistance, high mechanical strength, and outstanding durability.

Where are self-flow castables used?

Self-flow castables are used in coreless induction furnaces, ladles, pouring furnaces, and aluminium production to enhance performance, reduce downtime, and ensure longevity.

Étude de cas

Norflow A 973 used to replace conventional low cement castable for open top ladle application.
Norflow® A 973 pour réduire les réparations des poches de transfert

Challenge: Les bétons doivent être résistants à l'érosion et aux chocs dus au déversement de métal dans la poche de transfert. Il faut aussi réduire le rapiéçage et la réparation de la poche de transfert.