This series achieves a maximum submerged depth of 3.6 meters. It employs a dual-support structure: above the liquid level, two rows of angular contact ball bearings bear axial loads; below the liquid level, one or two pairs of sliding bearings (i.e., shaft sleeves and bushings) bear radial loads. The flow-through components are crafted from high-quality JSB alloy material, resistant to high-temperature sulfuric acid corrosion, ensuring long service life.

Used in drying and absorption cycle systems of sulfuric acid production, as well as for conveying finished concentrated sulfuric acid. Suitable for transporting sulfuric acid at temperatures ≤120°C with concentrations ranging from 93% to 98%, or fuming sulfuric acid at temperatures ≥105°C.

Product Details

Vertical Sulfuric Acid Pump for 93-98% Concentrated Sulfuric Acid Transfer

This vertical sulfuric acid pump for 93-98% concentrated sulfuric acid transfer is designed for reliable performance in harsh chemical environments. With a maximum submerged depth of 3.6 meters, it is ideal for use in sulfuric acid production systems such as drying and absorption cycles. The advanced dual-support structure enhances operational stability by utilizing dual-row angular contact ball bearings above the liquid level to carry axial loads, while one or two pairs of sliding bearings below the liquid level absorb radial forces. The wetted components are manufactured from high-quality JSB alloy, providing excellent resistance to high-temperature sulfuric acid corrosion and ensuring long service life in continuous-duty applications.

High Temperature Oleum Pump for Sulfuric Acid Drying and Absorption Systems

This high temperature oleum pump for sulfuric acid drying and absorption systems is engineered for handling aggressive acid media under demanding conditions. It is suitable for transporting concentrated sulfuric acid at temperatures up to 120°C with concentrations ranging from 93% to 98%, as well as fuming sulfuric acid at temperatures of 105°C and above. The robust submerged design and corrosion-resistant alloy construction help minimize wear, reduce maintenance, and maintain stable performance. For industrial users seeking a dependable solution for acid transfer and circulation in sulfuric acid plants, this pump provides an efficient and durable option.

High Temperature Molten Sulfur Pump for Industrial Sulfur Transfer and Chemical Processing

A high temperature molten sulfur pump is a specialized solution designed for handling molten sulfur in demanding industrial environments where stable temperature control and continuous flow are essential. In sulfur chemical processing, sulfur must be maintained in a molten state to prevent solidification, which can cause pipeline blockages and operational disruptions. A high-performance pump ensures efficient transfer, reliable operation, and long service life under elevated temperature conditions, making it a critical component in sulfur handling systems.

In many sulfur production facilities, a high temperature molten sulfur pump is used to transport molten sulfur from melting tanks to storage units, loading systems, and downstream processing equipment. Because sulfur typically operates at high temperatures and exhibits changes in viscosity, the pump must be capable of maintaining stable performance under thermal stress. A well-designed high temperature sulfur pump or liquid sulfur pump is often equipped with heating jackets or insulation systems to keep the medium within the required temperature range, ensuring smooth and uninterrupted flow throughout the system.

As a versatile industrial solution, the molten sulfur pump can also function as a sulfur pump, chemical pump, or chemical transfer pump depending on the application. It is widely used in sulfur recovery units, petrochemical plants, and refineries where high-temperature sulfur transfer is required. Its robust construction allows it to handle not only extreme temperatures but also the unique physical properties of sulfur, including viscosity variation and potential crystallization, ensuring co