CO-NELE Intensive Mixer (as ceramic granulator) core advantages
- Dual-function integration: Mixing + granulation in one machine, saving space and cost.
- Strong adaptability: Suitable for alumina, silicon carbide, ferrite, refractory materials, etc.
- High quality: 93%-98% ball forming rate, adjustable particle size (0.1-10mm), uniform granules.
- Full specifications: Laboratory Granulators (500ml-50L) to large industrial Granulators (750L-7000L), customizable.
- Efficient & durable: Energy-saving, easy to operate, Wear-resistant Granulation Disc, long service life.
- Professional support: CO-NELE laboratory provides raw material experiment & one-stop after-sales.
Customizable Ceramic Mixer and Granulator Solutions for Ceramics
| Granulator Type | Specifications | Adjustable Ball Forming Particle Size | Ball Forming Rate | Output | Applicable Scenarios |
|---|---|---|---|---|---|
| Laboratory Small Granulator | 500ml, 1L, 2L, 5L, 10L, 25L, 50L | 0.1-2mm | 93%-96% (up to 98% for fine powder materials such as alumina and silicon carbide) | Single batch output: 0.05-25kg (depending on specification and material density) | Laboratory R&D, small-batch formula testing |
| Medium-Scale Granulator | 100L-500L | 0.3-5mm | 95%-98% | Hourly output: 50-300kg | Pilot production, medium-volume manufacturing |
| Large-Scale Industrial Granulator | 750L-7000L | 0.5-10mm | ≥96% (up to 98% for refractory materials and abrasives) | Hourly output: 500kg-5t | Large-scale continuous production lines |
CO-NELE Advantages in the Ceramic Industry
Boasting 30 years of R&D and production experience in intensive mixers, CO-NELE has provided reliable equipment support to over 500 ceramics enterprises worldwide. Our full range of equipment includes alumina, silicon carbide, zirconia, ferrite, abrasive, molecular sieve granulators and refractory material mixers, fully meeting all ceramic mixing and granulation needs.
CO-NELE’s professional laboratory conducts a wealth of tests on various ceramic raw materials, verifying granulation effects for different materials and particle sizes, and accumulating abundant experimental data and practical experience to strongly support customers’ R&D and production. Our lab-produced granulation finished products (all real test samples) cover multiple ceramic raw materials with excellent performance:
- • Alumina Granules (0.5-1mm/1-3mm): White spherical, high sphericity, uniform size, no agglomeration—ideal for advanced ceramics.
- • Silicon Carbide (1-2mm) & Zirconia (0.3-0.8mm) Granules: Uniform, high-density silicon carbide; fine, good-fluidity zirconia—for high-strength advanced ceramics.
- • Ferrite Granules (0.1-0.5mm): Uniform dispersion, impurity-free—ensures stable electrical performance for electronic ceramic components.
- • High-Alumina Refractory Granules (3-5mm): High hardness, excellent high-temperature stability—suitable for refractory brick production.
- • Abrasive & Molecular Sieve Granules: Meet the processing requirements of abrasives and molecular sieves for ceramic-related production.
