"carbon coils"
Lamiera in acciaio inossidabile 254SMo 0,05mm-8mm laminata a freddo super resistente alla corrosione
Super Corrosion-resistant Stainless Steel Grade 254SMo Thickness From 0.05mm-8.0mm Description Key Features: Achieving top-tier corrosion resistance among all stainless steels through extremely high molybdenum, nitrogen, and copper content, especially exhibiting near-perfect resistance to chloride pitting and crevice corrosion. Simply put, 254SMo is the "king of corrosion resistance among stainless steels," specifically designed for extreme corrosive environments that
Tubi e tubi in acciaio inossidabile SUS310S SS316L 304L da 0,25 mm a 6 mm
SUS310S SS316L 304L Stainless Steel Pipe And Tubes 0.25mm To 6mm Product Overview SUS310S 304L SS316L Stainless Steel Pipes and Tubes ranging from 0.25mm to 6mm, manufactured with precision cold rolling processes for superior dimensional accuracy and surface quality. Material Grades Austenitic Steel (Mainstream): 304 (0Cr18Ni9): General purpose stainless steel for general corrosive environments and food contact applications 304L (00Cr19Ni10): Ultra-low carbon version with
SS321 SS310S 304 tubo in acciaio inossidabile senza cucitura SS309S laminato a freddo
SS321 SS310S 304 Seamless Stainless Steel Pipe SS309S Cold Rolled Product Overview Commonly used grades of cold-rolled stainless steel pipes include various austenitic and duplex steels suitable for different industrial applications. Stainless Steel Grades Austenitic Steel (Mainstream): 304 (0Cr18Ni9): General purpose, used in general corrosive environments and food contact 304L (00Cr19Ni10): Ultra-low carbon, excellent resistance to intergranular corrosion, used in heavily
SPCC Piastra di acciaio leggero laminata a freddo DC01 DC02 1250mm A36
SPCC Cold Rolled Mild Steel Plate DC01 DC02 1250mm A36 Product Description SPCC Cold Rolled Mild Steel Plate DC01 DC02 1250mm A36 Product Parameters Basic Characteristics: Low-carbon steel with excellent plasticity, ductility, and stamping formability Composition: Low carbon content (usually ≤0.12%) providing excellent formability Surface: Smooth and delicate after cold rolling with high dimensional accuracy Surface Finishes: D: Matte (dull), B: Bright (relatively glossy)
Pietra finitura a doppio lato Piastra finitura a doppio lato Piastra di stagno in acciaio T5 per lattine per bambini 2.8G / M2
Double Sided Stone Finish Steel Tin Plate T5 For Baby Milk Cans 2.8G / M2 Stone Finish Steel Tin Plate T5 is specifically designed for baby milk cans and other food packaging applications. This double-reduced tinplate combines the strength of steel with the corrosion resistance of tin coating. Key Features: • Single-reduced tinplate: 0.17 mm to 0.49 mm thickness • Double-reduced tinplate: 0.14 mm to 0.29 mm thickness • Tin coating prevents rusting and ensures food safety •
0.21mm 0.22mm di spessore lamiera di acciaio SPTE stagnata per alimenti per lattine alimentari
0.21mm 0.22mm In Thickness Spte Steel Tin Plate Sheet Food Grade For Food Cans We supply ETP / Electrolytic Tinplate in form of Sheets and Coils. The material is available in different sizes, thickness, temper and coatings according to its area of application. Key Features Protects the pack inside the can from coming in direct contact with the base metal Provides additional layer of protection for the pack Prevents corrosion of the external surface of the can Product
Fogli di stagno ETP 0,19 mm 0,20 mm di spessore
ETP Tinplate Sheet 0.19mm 0.20mm In Thickness Tin Metal Sheets For Containers Product Overview ETP Tinplate sheet 0.19mm, 0.20mm in thickness Tin Metal Sheets for containers Tinplate is a thin steel sheet coated by tin. It has an extremely beautiful metallic luster as well as excellent properties in corrosion resistance, solderability, and weldability. Tinplate is used for making all types of containers such as food cans, beverage cans, 18-liter cans, and artistic cans. Its
Lamiera in acciaio inox a larghezza personalizzata, grado 301, spessore in 0,05-8,0 mm
Customized width Stainless Steel Sheet Grade 301 thickness in 0.05-8.0mm Product Description: Key Features: High strength and high hardness; work-hardening capability. Chemical Composition: Very similar to 304 (18-8 stainless steel), but with slightly higher carbon content and slightly lower chromium and nickel content (typically 17% Cr, 7% Ni). This slight adjustment gives it a key characteristic—high work hardening rate. Key Properties: Significant Work Hardening: Its
Tubi ERW ASTM A53 Tubi in acciaio senza saldatura ASME SA53 Gr.B per il trasporto di acqua e gas
ERW Pipe ASTM A53 Seamless Steel Pipes ASME SA53 Gr.B For Water And Gas Transportation Product Overview ERW (Electric Resistance Welded) pipe refers to pipes welded using resistance welding technology. The process involves heating pipe edges to over 1000°C molten state with 2000A to 10000A current, then applying 5MPa to 15MPa pressure to weld the edges together. Technical Specifications Category Classification Parameters Definition Manufacturing Process High-frequency
D-60 DP-60 Piastre in acciaio antiusura per riporto saldatura HRC 58-62
D-60 DP-60 Welding Overlay Wear Resistant Steel Plates HRC 58-62 Product Overview D-60 / DP-60 Welding Overlay Wear-resistant Plate HRC 58-62 What is a Weld Overlay Wear-Resistant Plate? This specialized plate consists of two distinct layers: Base Layer (Substrate): Typically made of low-carbon steel or low-alloy high-strength steel (such as Q235B, Q345B, or NM400). This layer provides excellent toughness, impact resistance, and ductility, bearing the overall structural
Tubi di acciaio di sezione cava di struttura saldata
Cold Formed Welded Structural Hollow Section Tube Square And Rectangular Tube Product Description Galvanized rectangular tubes are rectangular cross-section metal pipes made from low-carbon steel (Q195, Q235B, Q345B, etc.) as the base material. They are formed by cold rolling/hot rolling, high-frequency welding, and then processed by hot-dip galvanizing or cold galvanizing. The core advantage is that it perfectly combines the torsional and bending stability of the rectangular
