Application and separator selection
Define a magnetic separation route around the material flow, contamination risk, access, cleaning needs and operating environment.
Magnetic systems · EM sensing · steel characterisation
Magnetic intelligence for better steel and cleaner production.
PriMagnet combines industrial magnetic separation with research-led electromagnetic sensing for steel, materials and NDT applications.
PRI / EM-SENSESTEEL · MULTI-FREQUENCY · NDT
One focused technology partner
From process protection to material insight.
Some problems need a separator. Others need a carefully controlled measurement. PriMagnet works across both: selecting practical magnetic systems and developing evidence-led electromagnetic methods for steel and other engineering materials.
Why PriMagnet ↗Products and platforms
Three connected product families.
01
Magnetic separation
Application-selected magnetic equipment for capturing ferrous contamination from dry, bulk and liquid process streams.
- Rod and grid magnets
- Drawer magnets
- Magnetic filters
- Bullet separators
Magnetic handling & field control
Custom concepts for holding, lifting, transfer, magnetisation and controlled demagnetisation around a defined industrial need.
- Pot magnets
- Electromagnets
- Magnetic lifters
- Magnetic conveyors
EM sensing for steel
A research-led electromagnetic platform for non-destructive assessment of steel state, anisotropy and process-driven change.
- Multi-frequency sensor heads
- Steel-sheet scanning
- Thermal-process monitoring
- Signal interpretation
Industrial magnetic separation
Protect the product. Protect the process.
Rod, grid, drawer, filter, bullet, plate, liquid-line and drum configurations cover a wide range of dry, bulk and compatible liquid applications. Final selection follows an application and integration review.
Dry materialsBulk flowLiquid linesCustom integration
Explore separation products ↗Technical services
Useful evidence, built around the decision.
Magnetic field measurement
Map and compare magnetic field strength, repeatability and operating condition for magnets, components and development systems.
Magnet condition review
Assess physical condition and magnetic performance to support maintenance, replacement or further specialist calibration decisions.
Steel and materials characterisation
Relate magnetic response to microstructure, texture, thermal history, phase condition and relevant mechanical behaviour.
EM sensor development
Develop and evaluate sensor geometry, excitation conditions, fixtures and signal interpretation for a defined NDT question.
Magnetic simulation
Use field and sensor models to compare geometry, excitation and material response before committing to test hardware.
Current patented research
Non-destructive steel formability assessment
Directional electromagnetic measurements are being developed to estimate steel-sheet r-value and support faster assessment of forming behaviour. The method remains under continued development and validation.
Electromagnetic anisotropy formulation and non-destructive estimation of r-valueUK patent application No. 2604679.7 · Research-stage technologyExplore the technology ↗
Application areas
Built for real material and process questions.
Steel & continuous processing
Material-state monitoring, thermal-process studies and steel quality research.
Automotive & sheet forming
Texture, anisotropy, formability and comparative sheet assessment.
Welding & fabrication
Local metallurgical change, weld condition and residual-field questions.
Food, polymer & powders
Ferrous contamination control in compatible process streams.
Recycling & minerals
Bulk separation, equipment protection and material recovery concepts.
Research & instrumentation
Custom sensing, fixtures, simulation and collaborative studies.
Knowledge centre
Understand the signal.
Understand the material.
A growing platform for practical magnetic and materials knowledge, supported by peer-reviewed research.
Enter the knowledge centre ↗Magnetic measurement
Practical explanations of field strength, permeability, conductivity, frequency response, lift-off and repeatability.
Steel characterisation
How electromagnetic response relates to microstructure, texture, phase transformation, heat treatment and processing history.
Sensors and simulation
Notes on sensor geometry, magnetic field behaviour, test design, model limits and interpretation.
Industrial separation
Selection principles for magnetic filters and separators across dry, bulk and liquid process streams.
Start a technical conversation