When choosing materials for a pyrolysis reactor, several key factors must be considered: temperature resistance, corrosion resistance, mechanical strength, and cost-effectiveness. At Beston Group, we use different materials based on the type of reactor:
Now let’s focus on Q245R, Q345R, 304SS, and 310SS to find their different properties and suitable scope.
Type: Carbon steel
Properties:
Applications: Typically used in pressure vessels and boilers operating at lower temperatures.
Advantages:
Type: Low-alloy Steel
Properties:
Applications: Pressure vessels, boilers, and tanks that require better mechanical properties and moderate temperature resistance.
Advantages:
Type: Austenitic Stainless Steel
Properties:
Applications: Used in the construction of pyrolysis reactors exposed to moderate temperatures and non-corrosive or mildly corrosive substances.
Advantages:
Type: Austenitic Stainless Steel
Properties:
Applications: Ideal for high-temperature environments, such as pyrolysis reactors operating at elevated temperatures.
Advantages:
According to customer demand, we may consider offering higher-grade corrosion-resistant materials like 316SS. 316SS (316 Stainless Steel) has higher corrosion resistance than 304SS/310SS due to added molybdenum. It excels in resisting chloride-induced corrosion and pitting, making it ideal for environments exposed to seawater or corrosive chemicals. In short, Beston Group offers custom configurations for customers, ensuring optimal pyrolysis performance and reactor durability.