Feeding of Material
The material is fed in a controlled manner into the elevator’s lower feed section.
High-capacity solution for vertical bulk-material transfer
MIYAY Process Bucket Elevators transfer solid and powdered materials within a process. They can be designed for the material properties, capacity requirements, and process conditions, and manufactured in different capacities and sizes.
Every process has different material densities, capacities, operating conditions, and plant layouts. MIYAY Process sizes Bucket Elevators to meet process requirements and selects the housing, conveying system, drive, and capacity for each application. Standard capacities may vary according to the density of the material being conveyed.
Buckets running on a central carrying chain system and forged chain assembly move bulk material vertically at high capacity. The long-life, wear-resistant bucket design is combined with effective dust sealing, and capacity and dimensions are set to the process.
The material is fed in a controlled manner into the elevator’s lower feed section.
The drive system moves the chain or rubber-belt conveying mechanism, keeping the buckets in continuous circulation.
Material collected in the buckets is carried upward inside the elevator housing to the required height.
At the outlet at the top of the elevator, the conveyed material is transferred to the next piece of equipment or process line.
| Parameter | Value |
|---|---|
| Equipment Type | Bucket elevator |
| Body Material | Stainless steel / ST52 |
| Conveying system | Chain / rubber belt |
| Bucket configuration | Wear-Resistant, Long-Lasting |
| Chain system | Central carrier / forged chain |
| Capacity range | 30 – 200 t/h* |
| Design Temperature | 220 °C |
| Drive System | Torque-arm / directly coupled |
| Brake System | Mechanical Brake |
| Sealing | Dust-tight sealing system |
| Entry – Exit Form | Square/Rectangular/Circular |
| Surface Protection | Sandblasting and Antistatic Paint |
| Sizing | Process and project specific |
| Model | Material type | Capacity | Design Temperature | Conveying system | Drive / construction type | Quote |
|---|---|---|---|---|---|---|
| ME-30 | Stainless / ST52 | 30 t/h | 220 °C | Chain/Rubber Band | Torque Arm / Direct Coupled / Mechanical Brake | Request a quote |
| ME-60 | Stainless / ST52 | 60 t/h | 220 °C | Chain/Rubber Band | Torque Arm / Direct Coupled / Mechanical Brake | Request a quote |
| ME-100 | Stainless / ST52 | 100 t/h | 220 °C | Chain/Rubber Band | Torque Arm / Direct Coupled / Mechanical Brake | Request a quote |
| ME-120 | Stainless / ST52 | 120 t/h | 220 °C | Chain/Rubber Band | Torque Arm / Direct Coupled / Mechanical Brake | Request a quote |
| ME-150 | Stainless / ST52 | 150 t/h | 220 °C | Chain/Rubber Band | Torque Arm / Direct Coupled / Mechanical Brake | Request a quote |
| ME-200 | Stainless / ST52 | 200 t/h | 220 °C | Chain/Rubber Band | Torque Arm / Direct Coupled / Mechanical Brake | Request a quote |
Critical spare parts for operational continuity
1 / 1
Share your capacity, material, and process requirements so our engineering team can assess the right configuration.