ASTM A1011 HSLAS HRPO GR50 material is commonly used for prototyping and low volume production in many industries like automotive and appliance industries.
Steel Material Properties | |||||||||
Material Grade/Description | Chemical Composition (weight %) | Tensile strength (Mpa) |
Yield strength (Mpa) |
Elongation | Remarks | ||||
(C) | (P) | (Mn) | (S) | (Si) | |||||
ASTM A1011 HRPO HSLAS-F GR50 | <=0.15 | <=0.02 | <=1.65 | <=0.025 | …… | >=510 | >=420 | 22% |
In the automotive industry, ASTM A1011 HSLAS HRPO GR50 is a popular choice for a variety of prototype and low volume production components, including:
Body panels and closures: The high strength and formability of GR50 steel make it well-suited for complex bending and forming of automotive body panels, fenders, doors, hoods, etc.
Structural components: GR50 steel is often used for prototype development of automotive frames, suspension parts, and other load-bearing structural elements.
Underbody and chassis parts: The corrosion resistance and strength of GR50 make it a good fit for prototype underbody components like skid plates, cross-members, and other chassis parts.
In the appliance industry, ASTM A1011 HSLAS HRPO GR50 finds use in:
Appliance cabinets and enclosures: The formability of GR50 allows for the fabrication of complex cabinet and housing designs common in modern appliances.
Mounting brackets and supports: The high strength-to-weight ratio of GR50 makes it suitable for prototype and low volume production of various mounting brackets and structural supports within appliances.
Decorative trim and accents: The surface finish and formability of GR50 steel enable the creation of stylized trim pieces and decorative accents for appliance exteriors.
The widespread availability, cost-effectiveness, and performance characteristics of ASTM A1011 HSLAS HRPO GR50 make it a go-to material choice for manufacturers in the automotive and appliance industries, particularly during the prototyping and low volume production phases of new product development.