Chemical High-Temperature Asphalt Pump
High-temperature asphalt pump, capable of conveying special high-temperature media such as high-temperature asphalt and high-temperature oil. Utilizes specialized sealing and cooling solutions to ensure the safe and reliable transportation of the conveyed media.
Description
High-temperature asphalt pump, capable of conveying special high-temperature media such as high-temperature asphalt and high-temperature oil. Utilizes specialized sealing and cooling solutions to ensure the safe and reliable transportation of the conveyed media.
Structure and Performance
Flow Rate Q: 3–2600 m³/h
Head H: 4–300 m
Design Pressure P: 5.0 MPa
Design Temperature T: -80°C to 450°C
Scope of application
1. Road Construction and Maintenance
High-temperature asphalt pumps play a vital role in road construction and maintenance, primarily used for conveying and spraying asphalt mixtures. They extract high-temperature asphalt from storage tanks and transport it through pipelines to construction equipment, ensuring the asphalt remains fluid even in low-temperature environments for efficient application.
2. Petrochemical Industry
In petrochemical applications, high-temperature asphalt pumps handle viscous liquids like crude oil, heavy oil, and lubricants. These fluids require high-temperature flowability, demanding pumps with superior heat resistance and insulation capabilities.
3. Municipal Engineering
High-temperature asphalt pumps are widely used in municipal projects like urban roads, bridges, tunnels, and other infrastructure construction. They meet the transportation demands of high-viscosity media, ensuring smooth progress during construction.
4. Construction Industry
In construction, high-temperature asphalt pumps are used to convey media like heavy oil, resins, and adhesives that solidify at ambient temperatures, ensuring continuous and efficient construction operations.
5. Other Industrial Sectors
High-temperature asphalt pumps also find applications in food processing, pharmaceuticals, printing, and dyeing industries for conveying high-temperature media like hot oil and hot melt adhesives. Their thermal insulation properties and high-temperature resistant design offer distinct advantages in scenarios requiring stable medium temperature maintenance.
