SAE 1045 PLATES
SAE 1045 PLATES
SAE 1045 Plates, SAE AISI 1045 (1.0503) Plate, SAE 1045 Carbon Steel Plates Exporters, Suppliers and Stockists in India.
Kailash Steel and Engineering Co is one of the renowned manufacturers of SAE 1045 PLATES, which is additionally non-receptive to chemicals.
We assure to provide these products in given time frame and as per the customer demand, which are as well tested on various quality parameters. Despite the fact that it is genuinely support free, a periodic wash with water and cleanser will keep it sparkling as new. These plates are in a perfect world suited for compositional claddings, interior completions, lifts and elevators. It is used in a variety of commercial and domestic areas such as cabinet, doors, closet, windows, rooms and bathrooms. Manufactured using quality material and sophisticated machines, our range of SAE 1045 Steel PLATES are known for its high quality, zero-defects and superior performance. In order to assure maximum client satisfaction, the offered plates are properly checked by quality experts to ensure its quality. Due to our excellent quality, full-hearted service and competitive price, our products both have won a good reputation and taken a great market share both at home and abroad. SAE 1045 Stainless Steel PLATES offers some features such as High strength, Rust proof, Durability, and more.
Equivalent Grades of AISI 1045 Steel Plate
GB | DIN | NF | SS | JIS | BS | AISI | ISO |
45# | 1.0503 | C45 | 1650 | S45C | IC45/080A47 | 1045 | C45E4 |
SAE 1045 Plates – Chemical Composition
C | Si | Mn | Ni | P | S | Cr | Mo |
0.43 – 0.5 | max 0.4 | 0.5 – 0.8 | max 0.4 | max 0.045 | max 0.045 | max 0.4 | max 0.1 |
SAE 1045 Plates – Mechanical Property
Grade | Yield Strength R°(Mpa) | Tensile Strength Rm (Mpa) | Elongation A5(%) | Hardness HRC | Quenchi ng Tempera ture (℃) | Bendability | Nominal Thickness,t 1.95mm≤t≤10.0 mm | |
Rolled | Annealed | |||||||
1045 | 460 330 |
750 540 2270 1980 |
18 30 |
58 55 |
820 860 |
Min.recommended Bending radius (≤90°) | 2.0 ×t | 1.0×t |