Magnetic Drive Centrifugal Pumps Jordan

TSB supplies Centrifugal Pumps with Magnet Drive in Jordan for demanding chemical, petrochemical, oil and gas, energy and industrial process applications where reliable, sealless pumping is required.

Magnetic-drive centrifugal pumps eliminate the conventional dynamic shaft seal. Mechanical power is transmitted from the motor to the pump hydraulics through a permanent magnetic coupling, while a containment shell separates the pumped liquid from the atmosphere. This design provides a highly reliable solution for aggressive, toxic, explosive, corrosive, odorous or valuable liquids where leakage control is critical.

A wide range of single-stage, multistage, side-channel, submerged, vertical inline, high-temperature and fluoropolymer-lined configurations is available to suit different hydraulic duties, process conditions and international design standards.

Product Overview

Magnetic-Drive Centrifugal Pumps combine:

• Sealless pump construction
• Permanent magnetic coupling
• No dynamic shaft seal
• Containment shell separating process liquid from atmosphere
• Single-stage and multistage hydraulic configurations
• Horizontal, vertical inline and submerged designs
• High-pressure and high-temperature configurations
• Self-priming and gas-handling options
• PTFE / PFA-lined configurations for highly corrosive media
• Multiple metallic and non-metallic material options
• DIN EN ISO, API and ASME design configurations
• Standard IEC and NEMA motor compatibility on applicable designs
• Duty-specific configurations for demanding industrial processes

Typical Technical Configuration

Specifications and available options may vary. Contact TSB for full details and configuration support.

Why Magnetic Drive?

Conventional centrifugal pumps normally require a mechanical seal or another dynamic sealing system around the rotating shaft. In a magnetic-drive pump, torque is transferred through a magnetic coupling, allowing the liquid chamber to be isolated from the atmosphere by a stationary containment shell.

Eliminating the dynamic shaft seal helps reduce:

• Process leakage to atmosphere
• Mechanical seal maintenance
• Seal flushing and auxiliary systems
• Seal-fluid consumption
• Wear associated with dynamic sealing surfaces
• Maintenance requirements for critical process applications

This makes magnetic-drive technology particularly valuable where process safety, environmental protection, product containment and equipment reliability are important.

Single-Stage – DIN EN ISO

Single-stage magnetic-drive centrifugal pumps according to DIN EN ISO 2858 and DIN EN ISO 15783 provide a versatile process-pumping solution for chemical and industrial applications.

Available in bearing-support and close-coupled configurations, these pumps can be selected for a broad range of flow, head, pressure and temperature requirements.

Typical applications include:

• Acids and alkalis
• Hydrocarbons
• Heat-transfer liquids
• Coolants and refrigerants
• Liquefied gases
• Aggressive and toxic liquids
• High-value process liquids
• Selected solids-containing and higher-viscosity liquids

Modular construction, multiple material combinations and special hydraulic configurations allow the pump to be adapted to demanding process conditions.

Single-Stage – API

Single-stage magnetic-drive centrifugal pumps designed according to API 685 are suitable for demanding refinery, petrochemical, oil and gas and hydrocarbon-processing applications.

API configurations are particularly relevant where project specifications require stringent requirements for pump construction, reliability, containment and operating performance.

Available configurations can include:

• Process and close-coupled arrangements
• High-pressure designs
• Secondary containment options
• Application-specific material selections
• Specialized flushing and cooling arrangements
• Monitoring and protection options
• High-temperature configurations

These pumps provide a sealless solution for hazardous and critical process liquids while supporting the requirements of demanding hydrocarbon and petrochemical installations.

Single-Stage – ASME

Single-stage magnetic-drive centrifugal pumps according to ASME B73.3 provide sealless process pumping for chemical and industrial facilities designed around North American pump standards.

The configuration combines standardized process-pump geometry with magnetic-drive containment, providing a suitable solution for corrosive, hazardous and environmentally sensitive liquids.

Multiple material, hydraulic, motor and installation options can be selected according to the required process duty.

Multi-Stage – DIN EN ISO / API

Multistage magnetic-drive centrifugal pumps are designed for applications requiring higher differential pressures and delivery heads while maintaining sealless process containment.

Several impeller stages operate in series to progressively increase discharge pressure. Different hydraulic arrangements, including series and back-to-back configurations, allow the pump to be optimized according to the application.

Available design features can include:

• DIN EN ISO and API configurations
• Barrel and tension-rod constructions
• Series or back-to-back impeller arrangements
• Low-NPSH first-stage designs
• High-pressure configurations
• Close-coupled options
• Multiple material selections

Typical applications include hydrocarbons, liquid gases, heat-transfer fluids, hot water and aggressive or toxic chemicals.

Side Channel Pump – DIN EN ISO

Magnetic-drive side-channel pumps provide a specialized solution for lower-flow, higher-head applications and duties involving gas-containing or low-boiling liquids.

The side-channel hydraulic principle can provide self-priming and gas-handling capability while retaining the advantages of a sealless magnetic-drive system.

Typical applications include:

• Liquefied gases
• Refrigerants
• Hydrocarbons
• Solvents
• Acids
• Alkalis
• Low-boiling liquids
• Applications with gas entrainment
• Duties requiring improved suction performance

These pumps are particularly useful where a conventional centrifugal hydraulic design may not provide the required suction or gas-handling performance.

Submerged Pumps – DIN EN ISO / API / ASME

Submerged magnetic-drive pumps provide sealless pumping from sumps, tanks, vessels and below-grade process installations.

Available in single-stage and multistage configurations, the hydraulic section is installed within the vessel while the drive arrangement remains above the installation level.

Design options can include:

• Single-stage or multistage hydraulics
• Vertically suspended configurations
• Dry support tube arrangements
• Different immersion depths
• DIN EN ISO, API and ASME-oriented configurations
• Specialized tank flange designs
• Multiple process materials

Typical applications include acids, alkalis, solvents, hydrocarbons, heat-transfer liquids and other aggressive, toxic or valuable process media.

Vertical Inline Pumps – DIN EN ISO / API / ASME

Vertical inline magnetic-drive centrifugal pumps provide a compact sealless pumping solution where installation footprint is limited.

The vertical close-coupled arrangement places the suction and discharge connections inline with the piping system, helping simplify installation in process units, skids and congested plant areas.

Configurations are available according to relevant DIN EN ISO, ASME B73.3 and API 685 requirements.

Available options can include:

• Secondary containment systems
• Thermal barriers
• Reduced internal flush arrangements
• Application-specific materials
• High-temperature designs
• Special safety configurations

Vertical inline pumps are suitable for hydrocarbons, chemicals, LPG, heat-transfer liquids, coolants and other critical process media.

High-Temperature Applications

Specialized magnetic-drive centrifugal pumps are available for high-temperature process applications where conventional sealing arrangements can become difficult to maintain.

These configurations can incorporate:

• Thermal barriers
• Heated or cooled pump casings
• Jacketed bearing areas
• Specialized containment shells
• High-temperature bearing systems
• Application-specific flushing arrangements
• High-temperature material combinations
• Bearing-support or close-coupled designs

Typical applications include hot heat-transfer fluids, hydrocarbons, chemicals and other process liquids operating at elevated temperatures.

The sealless magnetic-drive design helps maintain process containment while reducing dependence on conventional high-temperature mechanical sealing systems.

PTFE / PFA-Lined Centrifugal Pumps

PTFE / PFA-lined magnetic-drive centrifugal pumps are designed for highly corrosive and chemically aggressive liquids where metallic wetted components may not provide sufficient chemical resistance.

The process liquid can be isolated using fluoropolymer-lined components combined with corrosion-resistant ceramic and silicon-carbide materials.

Typical applications include:

• Strong acids
• Alkalis
• Salt solutions
• Aggressive chemicals
• Solvents
• Corrosive process liquids
• Seawater
• Dyes and paints
• Toxic and odorous liquids
• High-value chemicals

These configurations combine the corrosion resistance of fluoropolymer lining with the leak-control advantages of magnetic-drive technology.

PTFE / PFA-Lined Peripheral Pumps

PTFE / PFA-lined peripheral magnetic-drive pumps provide a specialized solution for corrosive, lower-flow applications requiring comparatively high differential pressure.

Their hydraulic design is also suitable for selected low-boiling and gas-containing liquids, while the fluoropolymer-lined wetted components provide high chemical resistance.

Typical applications include:

• Aggressive acids and alkalis
• Solvents
• Refrigerants
• Liquefied gases
• Salt solutions
• Hydrocarbons
• Corrosive chemicals
• Low-boiling liquids
• Gas-containing process liquids

This combination provides a sealless solution where chemical resistance, gas handling and higher differential pressure at lower flow rates are required.

Materials & Configuration

Magnetic-drive pumps can be configured with a wide variety of construction materials according to the process medium and operating conditions.

Available materials can include:

• Carbon steel
• Austenitic stainless steel
• Duplex stainless steel
• Nickel alloys
• Titanium
• PTFE
• PFA
• Silicon carbide
• Ceramic materials
• Application-specific special alloys

Material selection should consider corrosion, erosion, process temperature, pressure, solids content and chemical compatibility.

Applications

• Chemical processing
• Petrochemical plants
• Refineries
• Oil and gas facilities
• Fertilizer plants
• Pharmaceutical manufacturing
• Specialty chemicals
• Heat-transfer systems
• Refrigeration systems
• LPG and liquefied gases
• Hydrocarbon processing
• Solvents
• Acids and alkalis
• Toxic and hazardous liquids
• Corrosive chemicals
• High-value process liquids
• High-temperature process systems

Why Choose Magnetic-Drive Centrifugal Pumps?

Magnetic-drive centrifugal pumps are selected when reliable liquid containment is a fundamental process requirement.

By removing the conventional dynamic shaft seal, the magnetic coupling and containment shell create a sealless drive arrangement between the motor and pump hydraulics. This reduces potential atmospheric leakage points and the maintenance associated with mechanical seals.

The broad range of single-stage, multistage, side-channel, submerged, vertical inline and lined configurations allows magnetic-drive technology to be applied across everything from standard chemical-transfer duties to high-pressure, high-temperature and highly corrosive applications.

For industrial operators, this provides enhanced process containment, reduced seal maintenance, flexible hydraulic selection and reliable pumping of demanding process liquids.

TSB Support in Jordan

TSB supplies Magnetic-Drive Centrifugal Pumps throughout Jordan and supports customers in selecting the appropriate pump according to process medium, required flow and head, suction conditions, temperature, pressure, materials and applicable design standards.

Our local support includes:

• Pump selection and technical consultation
• Hydraulic sizing and application engineering
• DIN EN ISO, API and ASME pump selection
• Material compatibility review
• Magnetic-drive configuration
• Bearing and containment-shell selection
• High-temperature application support
• Pump and motor selection
• Supply and commissioning
• Pump testing support
• After-sales service
• Spare parts support
• Preventive and corrective maintenance
• On-site technical service
• In-house workshop support
• Pump troubleshooting and repair

Contact TSB for Magnetic-Drive Centrifugal Pump selection, technical specifications, pricing and configuration support in Jordan.