| Plate Standards | Astm A240, / Asme Sa240 |
|---|---|
| Material Grades | 405, 439, 436, 409, 409l, 436l, 441, 410, 446, 410s, 415, 430ti, 416, 409m, 430, 431, 410db, 420 |
| Surface | 2b, Embossed, 2d, Ba, Hair Line, No.1, No.4, Sand Blast, No.8, Brush, 8k, Etching, Mirror, Checkered, Etc |
| Finish | Hot Rolled Plate (hr), Satin (met With Plastic Coated), Cold Rolled Plate (cr), 2b, 2d, Ba No(8) |
Stainless Steel 446 Plates for High Temperature Industrial Projects Manufacturer in India
R H Alloys is a recognized Stainless Steel 446 Plates manufacturer that is resistant to corrosion, oxidation, and high-temperature scaling. They are for use in noncorrosive environments. Use them in furnaces, heat exchangers, and boiler drums. offering products that are engineered and manufactured to the highest quality standards in the industry to deliver functionality, durability, and value.
One of the leading companies in the B2B market, we are a trusted and reputable name in supplying Stainless Steel 446 Plates developed using high-quality materials. In addition to being a supplier of these plates, we also offer the same in some different formats and forms, such as Stainless Steel 415 Channels, which have been widely used across varied applications within construction and all other structural industries. Never compromising on quality, service, and customer satisfaction, we remain the preferred source for the industry's needs worldwide.
Type of Sub-products
Hot Rolled Stainless Steel 446 Plate Hot Rolled Stainless Steel 446 Plate
Produced at elevated temperatures, this plate offers a rougher surface and is ideal for high-temperature environments. Known for its excellent resistance to oxidation and sulfidation, it's used in furnace parts, heat exchangers, and incinerator linings.
Cold Rolled Stainless Steel 446 Plate Cold Rolled Stainless Steel 446 Plate
Processed at room temperature for a smoother surface and improved mechanical properties, cold rolled plates provide better precision and finish. Commonly used where aesthetics matter along with heat resistance, such as in high-temperature ducting and architectural panels.