Servizio: SERVICE DESCRIPTION Cutting 1. Può essere tagliato dal plasma, laser, getto d'acqua, Arc Gouge, e taglio abrasivo della sega; 2. Non può essere tagliato dal combustibile di ossia. Saldatura 1. Utilizzo 480 MPa (70 ksi) O 560 MPa (80 ksi) consumable to join base metal; 2. Dopo la saldatura, joint should be capped by overlay for wear protection. Lavorazione 1. Not machinable by conventional methods; 2. Can...
Features of NM400 Steel Plate NM400 is a high-strength, piastra in acciaio resistente all'usura nota per la sua durata e prestazioni. Proprietà meccaniche: 3-5 times stronger than ordinary low-alloy steel plates. Durezza superficiale: Typically between 360-450HB. Benefici: Migliora la resistenza all'usura, increases machinery service life, and lowers production costs. Applications NM400 plates are widely used in industries...
Differences Between Wear-Resistant Steel Plates and Bimetallic Composite Wear-Resistant Plates Wear-resistant steel plates and bimetallic composite wear-resistant plates differ in composition, manufacturing processes, e applicazioni. Below is a detailed comparison to help in selecting the appropriate material for specific needs. 1. Definition Wear-Resistant Composite Steel Plate: This plate consists of a high-alloy wear-resistant...
Acciaio armato caldo: Everything You Need to Know Hot rolled steel is a staple in the industrial world, widely used across various sectors for its versatility, durabilità, ed efficienza in termini di costi. Whether you’re in construction, automotive manufacturing, or metal fabrication, understanding hot rolled steel is crucial for selecting the right material for your...
Cosa fa "AR" Significare? "AR" sta per resistente all'abrasione, indicando l'acciaio progettato per resistere all'usura. Hardness Comparison AR400 Steel: Has a hardness of 400 Brinell. AR500 Acciaio: Features a higher hardness of 500 Brinell. Both are significantly harder than mild steel (130 Brinell) or structural steel (fino a 200 Brinell). Applications Abrasion-Heavy Surfaces: ...
La piastra in acciaio di usura della serie NM è progettata per alta resistenza ed eccezionale resistenza all'usura, boasting a Brinell hardness range of 420 A 580 HBW. Designed to extend equipment life and minimize maintenance, this wear plate is ideal for demanding environments where durability is critical. Wear-resistant parts of cladding plates Typical Applications The...
Cos'è la piastra in acciaio resistente all'abrasione? Resistente all'abrasione (AR) La piastra in acciaio è un acciaio in lega ad alta carbonio progettato per una durezza superiore, making it ideal for high-wear applications. Unlike low-carbon steel, AR steel’s hardness sacrifices some strength, which limits its suitability for structural applications. Invece, it is highly effective in environments where abrasion...
Product Description Composite wear-resistant plates consist of a low-carbon or low-alloy steel base with a wear-resistant layer on the surface. This hard, durable layer provides excellent wear resistance, typically making up 1/3 A 1/2 of the total plate thickness. Wear tests demonstrate that composite wear-resistant plates are over 20 times more wear-resistant...
