Dust-laden air enters the cyclone
Process air containing dust and particles is directed into the cyclone housing.
High-efficiency industrial dust and particle separation solution
MIYAY Process Cyclone Systems are designed to separate coarse solid particles from gas or air streams in industrial processes and reduce dust loads. Designed according to process conditions such as particle size, size distribution, density, gas velocity, and temperature, the systems can be configured as single cyclones or parallel multi-cyclone units. In processes with high dust loads, they can also be used as a first-stage dust collector ahead of the main filtration system.
Every process has different particle sizes, size distributions, densities, gas velocities, and temperatures. MIYAY Process sizes Cyclone Systems for each project based on these operating conditions. Standard or high-efficiency, single- or multi-cyclone configurations provide solutions suited to process requirements.
Standard and high-efficiency cyclone options are offered with the possibility of parallel multi-cyclone operation, in ST37-52 or stainless steel bodies. A circular or rectangular gas inlet, a bunker design that prevents material build-up, and paint and insulation suited to hot processes are combined while pressure drop is kept at an optimum.
Process air containing dust and particles is directed into the cyclone housing.
Coarse particles in the gas are separated inside the cyclone and directed to the lower section of the housing.
The separated particles are collected in the bunker section. Thanks to the bunker design to reduce material accumulation, dust evacuation is facilitated.
Collected material is discharged from the system through an air damper or rotary valve, preventing air from passing through.
| Parameter | Value |
|---|---|
| Capacity | 3.000 – 50.000 m³/h |
| Multi-cyclone capacity | up to 100,000 m³/h |
| Cyclone type | Standard / High Efficiency |
| Cyclone configuration | Lapple / Swift / Peterson Whitby / Stairmand |
| Body Material | ST37-52 / stainless steel |
| Working Method | Single / multi-cyclone |
| Gas duct | Circular / rectangular |
| Particle size | up to 20 microns |
| Dust discharge | Air damper / rotary valve |
| Hot-process applications | Heat-resistant coating and insulation |
| Use upstream of a filter | Cassette Filter / Jet Pulse Filter |
| Model | Capacity | Cyclone type | Material | Operation | Quote |
|---|---|---|---|---|---|
| MSF-3 | 3.000 m³/h | Standard / High Efficiency | ST52 / AISI 304L / AISI 316L Production in accordance with | Single / Multi | Request a quote |
| MSF-5 | 5.000 m³/h | Standard / High Efficiency | ST52 / AISI 304L / AISI 316L Production in accordance with | Single / Multi | Request a quote |
| MSF-8 | 8.000 m³/h | Standard / High Efficiency | ST52 / AISI 304L / AISI 316L Production in accordance with | Single / Multi | Request a quote |
| MSF-10 | 10.000 m³/h | Standard / High Efficiency | ST52 / AISI 304L / AISI 316L Production in accordance with | Single / Multi | Request a quote |
| MSF-12 | 12.000 m³/h | Standard / High Efficiency | ST52 / AISI 304L / AISI 316L Production in accordance with | Single / Multi | Request a quote |
| MSF-15 | 15.000 m³/h | Standard / High Efficiency | ST52 / AISI 304L / AISI 316L Production in accordance with | Single / Multi | Request a quote |
| MSF-20 | 20.000 m³/h | Standard / High Efficiency | ST52 / AISI 304L / AISI 316L Production in accordance with | Single / Multi | Request a quote |
| MSF-30 | 30.000 m³/h | Standard / High Efficiency | ST52 / AISI 304L / AISI 316L Production in accordance with | Single / Multi | Request a quote |
| MSF-40 | 40.000 m³/h | Standard / High Efficiency | ST52 / AISI 304L / AISI 316L Production in accordance with | Single / Multi | Request a quote |
| MSF-50 | 50.000 m³/h | Standard / High Efficiency | ST52 / AISI 304L / AISI 316L Production in accordance with | Single / Multi | Request a quote |
| Custom | Process-specific | By process | By process | By process | Request a quote |
Critical spare parts for operational continuity
1 / 4
Share your capacity, material, and process requirements so our engineering team can assess the right configuration.