Double Drum Type Magnetic Separator Supplier In Nyeri

Find a reliable source for double drum type magnetic separators in Nyeri, balancing cost with machine quality to help your business. Industries trust this equipment for its strong magnetic pull that takes out fine and coarse metal bits from bulk materials. It works well across mining, food processing, cement production, and recycling sectors where material purity is key.

We build these separators to handle tough working conditions and long hours without breaking down. Our focus stays on steady magnetic strength combined with a design that fits easily into existing setups. The drums are crafted from heavy-duty steel with high-grade magnets inside to catch ferrous contaminants efficiently while letting clean material pass through smoothly.

Clients get better throughput because the system cuts downtime caused by clogged or damaged gear downstream due to metals. Maintenance stays simple; you don’t need special tools or lengthy shutdowns for cleaning or repairs. This approach keeps operations running at pace without costly pauses that slow output.

Beyond just the separator, we work closely during installation and setup—checking site needs like space limits or power availability—to tailor each unit's fit perfectly. Our engineers consider how materials flow on your line plus safety rules so every detail supports smooth handling and worker protection.

Then there's the matter of matching specs precisely: drum diameter, magnet strength, feed rate capacity—each factor affects separation efficiency and life span of both machine and processed goods. We document all technical details clearly so clients know what they’re getting before purchase.

See our product specs sheet for exact measures like drum sizes from 400mm up to 1200mm diameter, magnetic field intensity rated in gauss at surface level, conveyor speeds compatible with different industry needs, and motor types used for drive systems (usually three-phase electric motors). This info helps choose the right unit based on raw material characteristics plus production volume demands.