When should I choose a planetary counter-current mixer instead of a twin shaft mixer?

Choose a vertical-shaft planetary counter-current mixer when the mix is dry, fibre-reinforced, pigmented or ultra-high performance: UHPC, GFRC, refractory castables, dry-cast paving blocks and precast elements requiring homogeneity below 5% coefficient of variation. A twin shaft mixer is the more economical choice for high-throughput ready-mix and wet concrete above 2 m³ per batch, where cycle times of 30-45 seconds matter more than micro-homogeneity.

How long does a CO-NELE mixing pan liner and blade set last?

With standard high-chrome wear parts, liners and mixing arms typically run 90,000-150,000 batches on normal concrete and 40,000-60,000 batches on abrasive mixes such as refractory castables or quartz-rich UHPC. All wear parts are bolt-on and replaceable in the field, and CO-NELE keeps interchangeable spares for every model produced since 2004.

Can CO-NELE run a trial with my own raw material before I place an order?

Yes. Our laboratory in Qingdao operates lab-scale intensive mixers and granulators from 5 to 75 litres. Send 10-20 kg of your powder or aggregate with the target particle size, moisture and capacity, and our process engineers return a test report with granule sphericity, bulk density, mixing time and the recommended production model.

What voltage, documentation and after-sales support do export buyers receive?

Machines are built to the buyer's local supply (220V/380V/415V/440V, 50 or 60 Hz), supplied with CE-compliant electrical design on request, foundation and wiring drawings, an English operation and maintenance manual, and a 12-month warranty on the drive unit. Installation guidance is delivered by video commissioning or by resident engineers; spare parts ship from stock in Qingdao.

China Magnetic Material Granulator Factory, Machine

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China Magnetic Material Granulator Factory, Machine

CONELE soft ferrite mixing granulator integrates high-precision mixing and efficient granulation. Its granulation process achieves the characteristics of high granulation rate, high and uniform particle density, good fluidity and high particle strength.

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Product Description

Technological Evolution and Application Practice of Soft Ferrite Mixing and Granulating Machines

Soft ferrites (such as manganese-zinc and nickel-zinc ferrites) are core materials for electronic components, and their performance is highly dependent on the uniformity of raw material mixing and granulation. As a key piece of equipment in the manufacturing process, mixing and granulating machines have significantly improved the magnetic permeability, loss control, and temperature stability of soft magnetic materials through technological innovation in recent years.

Soft Ferrite Granulating Machine Equipment

High Mixing Uniformity Requirements: Soft ferrites require a uniform blend of the main components (iron oxide, manganese, and zinc) with trace additives (such as SnO₂ and Co₃O₄). Failure to do so will result in uneven grain size after sintering and increased fluctuations in magnetic permeability.

The granulation process impacts final performance: The density, shape, and size distribution of the particles directly affect the molded density and sintering shrinkage. Traditional mechanical crushing methods are prone to dust generation, while extrusion granulation can damage the additive coating.

Soft Ferrite Mixing and Granulating Machine

Principle of the Inclined High-intensive Mixing and Granulating Machine for Magnetic Materials

Working Principle

Utilizing an inclined cylinder and high-speed, three-dimensional impellers, this machine achieves integrated mixing and granulation through the synergy of centrifugal force and friction.

Advantages of using a granulator for magnetic material preparation:

Improved mixing uniformity: Multi-dimensional material flow, additive dispersion error <3%, and elimination of clumping.

High granulation efficiency: Single-pass processing time is reduced by 40%, and granule sphericity reaches 90%, improving subsequent compaction density.

Applications: Granulation of ferrite pre-sintered materials and binder mixing for rare earth permanent magnets (such as NdFeB).

Granulator Technical Parameters

Intensive Mixer	Granulation/L	Pelletizing disc	Heating	Discharging
CEL01	0.3-1	1	-	Manual unloading
CEL05	2-5	1	-	Manual unloading
CR02	2-5	1	-	Cylinder flip discharge
CR04	5-10	1	-	Cylinder flip discharge
CR05	12-25	1	-	Cylinder flip discharge
CR08	25-50	1	-	Cylinder flip discharge
CR09	50-100	1	-	Hydraulic center discharge
CRV09	75-150	1	-	Hydraulic center discharge
CR11	135-250	1	-	Hydraulic center discharge
CR15M	175-350	1	-	Hydraulic center discharge
CR15	250-500	1	-	Hydraulic center discharge
CRV15	300-600	1	-	Hydraulic center discharge
CRV19	375-750	1	-	Hydraulic center discharge
CR20	625-1250	1	-	Hydraulic center discharge
CR24	750-1500	1	-	Hydraulic center discharge
CRV24	100-2000	1	-	Hydraulic center discharge

Frequently Asked Questions (FAQ)

What are the primary applications of soft ferrite mixing and granulating machines?

They are primarily used for preparing manganese-zinc and nickel-zinc ferrite raw powders, mixing trace additives with main constituents, granulating pre-sintered magnetic materials, and processing binder blends for permanent magnetic materials.

How does inclined high-intensive mixing improve material quality?

The inclined rotating mixing pan combined with high-speed impellers creates a 3D multi-dimensional material flow. This achieves additive dispersion accuracy with an error rate below 3%, eliminates agglomeration, and creates uniform granule sizes.

What batch capacities are available for these granulating machines?

Equipment capacities range from lab-scale models starting at 0.3–1 liters up to large industrial-scale units capable of processing 1000–2000 liters per batch.

Why is granule sphericity important for magnetic components?

High granule sphericity (reaching up to 90%) ensures excellent flowability and uniform mold filling. This leads to higher compacted density and minimal shrinkage variation during sintering.

How does single-pass processing benefit production lines?

By integrating high-efficiency mixing and granulating into a single operational cycle, single-pass processing reduces overall cycle time by up to 40% while preventing dust contamination and material loss.