What does the magnetic separator separate from glass bead blast media?

All ferromagnetic foreign materials such as steel shavings, iron abrasion or wear residues from equipment or workpieces.

How is the magnetic system cleaned?

Standard manual cleaning, variants with semi-automatic cleaning available – adapted to system size and maintenance requirements.

Can the system be retrofitted to any blasting system?

Yes, the design is flexible for new and existing systems and adapts to common flow paths.

What advantages does reusing glass beads offer?

You save material and disposal costs, reduce waste volumes and ensure consistent process quality.

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Sustainable Blasting Technology

Magnetic Separation for Blasting Systems & Surface Treatment

Our robust magnetic separators reliably separate steel shavings and ferromagnetic contaminants from used glass beads – for consistent blasting quality, efficient recirculation and resource conservation.

Up to 12,000 Gauss magnetic power

Low maintenance & wear-resistant

Multiple reuse of glass beads

Easy retrofitting & integration

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Magnetic separator for glass bead blasting systems

Solutions for blasting systems & surface treatment

Avoid quality losses, unnecessary material consumption and high maintenance costs.

Application areas & examples

Glass bead blasting is a proven process for surface finishing, cleaning and preparation of metals such as stainless steel, aluminum, titanium, brass and copper. The process is used in automotive industry, aerospace, medical technology, food industry and mechanical engineering. During several usage cycles, ferromagnetic particles, steel shavings, iron abrasion and wear residues from tools and workpieces accumulate in the blast media. Without professional magnetic separators, cleaning performance decreases significantly, tool and workpiece surfaces can be damaged by metallic contamination, material consumption increases exponentially and process costs rise dramatically. Our magnetic separators for glass bead blasting systems solve these problems through reliable separation of metallic contaminants, enabling consistent blasting quality, maximum material efficiency and sustainable process management.

Operating principle

Blast media streams pass through the magnetic zone: magnetic foreign particles are reliably removed, while non-magnetic glass beads are returned to the process.

Contamination and particle buildup in blast media

High-performance magnets efficiently remove steel and iron abrasion – for consistent blasting quality.

Increased material consumption and operating costs

Reuse of glass beads reduces consumption and waste, lowers costs and resource requirements.

Increased maintenance requirements due to metal particles

Robust design, wear-resistant components and optional manual or automatic cleaning enable minimal maintenance effort.

Technical Details

Design features for industrial application.

Parameter	Value
Magnet type	Neodymium or hard ferrite roller
Magnetic field strength	Up to 12,000 Gauss (model dependent)
Material	Stainless steel V2A or higher grade, magnetically neutral
Throughput	From 100 kg/h to several tons/h (application dependent)
Scraper/cleaning system	Manual standard cleaning, optional automation for high throughput
Integration	Installable in existing conveying and recirculation systems (conveyor belt, drop chute, cyclone discharge)

Efficient Blast Media Processing and Quality Assurance

High-performance magnetic separators as key components for sustainable and economical blasting processes.

Magnetic Systems for Blast Media

Powerful neodymium or hard ferrite magnets for separating finest steel and iron particles from the glass bead circuit.

Circuit Management & Recirculation

Safe contamination removal during operation; clean glass beads are reused multiple times – saves costs and resources.

Sustainability & Resource Efficiency

Less material consumption, less waste, longer service life of glass beads and improved environmental footprint.

Robust Stainless Steel Technology

V2A or higher grade stainless steel housing, designed for abrasive environment and high service life.

Flexible Integration

Installable in conveyor belt, drop chute, cyclone discharge or as standalone recirculation solution; suitable for new and existing systems.

Frequently Asked Questions (FAQ)

Answers about separation and recycling in glass bead blasting.

Magnetic separation for your blast media?

Experience reliable, resource-efficient glass bead blasting processes – we develop your individual solution.

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