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Biomass to Energy Grate Bars - Premium Quality from China Suppliers and Factory, Made with DIN 1.4777, 1.4823, 1.4837
XTJ has performed R&D in manufacturing Grate bars for Waste/Biomass to energy for over 15 years. Our process: Shell mold casting is known as the most suitable cast process to produce them. It can make the grate bars have precise dimension and smooth surface.
In addition to its excellent appearance, it also has a very stable internal structure. Our products can even reach RT Level Ⅰ.
Stable high quality and strict quality control make us become leading supplier of Grate related products. And we will be fully responsible for the quality of our products. That is a promise!
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1000μm
1.4823 | GX40CrNiSi27-4 Specification
Numerical designation: 1.4823
Chemical designation: GX40CrNiSi27-4
Etching: V2A-Beize etching @ 70 °C
Heat-resistant cast steel used e.g. for furnace parts, usable up to 1100 °C. The duplex structure consists of ferrite (gray), austenite (light, interdendritic) and bluish chromium carbides at the phase boundaries.
Chemical designation: GX40CrNiSi27-4
Etching: V2A-Beize etching @ 70 °C
Heat-resistant cast steel used e.g. for furnace parts, usable up to 1100 °C. The duplex structure consists of ferrite (gray), austenite (light, interdendritic) and bluish chromium carbides at the phase boundaries.
Mechanical Properties:
Tensile Strength
500-700 MPa
Yield Strength
200-350 MPa
Elongation
35-45%
Hardness
160-220 HB
DIN 1.4823 is a heat-resistant steel with good mechanical properties and high-temperature resistance. It is often used in applications that require resistance to oxidizing and reducing environments at elevated temperatures, such as in the manufacturing of industrial furnaces, heat treatment equipment, and automotive exhaust systems. This material is also suitable for components subjected to high thermal and mechanical loads, such as in the production of power generation equipment and gas turbines.
The material 1.4823 belongs to the material group "Heat Resistant Cast Steels". The steel material "1.4823" has three alternative names. We also have the chemical analysis of 1.4823 available for you below. The material "1.4823" contains Chrome, Manganese, Molybdenum, Nickel, Phosphorus, Silicon and Sulfur.
Frequently Asked Questions
What casting process does XTJ use for manufacturing grate bars?
XTJ utilizes the shell mold casting process, which is widely recognized as the most suitable method for producing grate bars. This process ensures precise dimensions and a smooth surface finish.
How does XTJ ensure the internal structure quality of its grate bars?
Through rigorous quality control and advanced manufacturing techniques, XTJ products are verified to have highly stable internal structures, with the capability to reach RT Level Ⅰ.
What is the maximum service temperature for DIN 1.4823 heat-resistant steel?
DIN 1.4823 (GX40CrNiSi27-4) heat-resistant cast steel is designed to withstand high temperatures and is usable in environments up to 1100 °C.
What are the typical mechanical properties of the 1.4823 steel grade?
The material features a tensile strength of 500-700 MPa, yield strength of 200-350 MPa, elongation of 35-45%, and a hardness range of 160-220 HB.
What alloying elements are present in DIN 1.4823 steel?
The material 1.4823 belongs to the heat-resistant cast steel group and contains Chrome, Manganese, Molybdenum, Nickel, Phosphorus, Silicon, and Sulfur.
What are the common applications for DIN 1.4823 heat-resistant cast steel?
It is widely used in applications requiring high thermal and mechanical load resistance, such as industrial furnace components, heat treatment equipment, automotive exhaust systems, power generation equipment, and gas turbines.