Material feed from the silo
Powdered or granular material moves from the silo or hopper to the discharge section where the Bin Activator is installed.
Material Handling and Storage Systems
Bin Activator Systems
Effective solution for continuous, controlled material flow in silos and hoppers
Process-focused selection
Engineered based on product and site data
Material
Carbon steel, stainless steel, or a special coating
Capacity
Defined according to project capacity
Commissioning
Installation, operator handover, maintenance planning, and after-sales support are coordinated.
PROCESS EQUIPMENT
Process-oriented choice for Bin Activator Systems
MIYAY Process Bin Activator Systems are designed to ease the discharge of powdered or granular materials from silos and hoppers. Controlled vibration helps prevent agglomeration and caking, providing a regular, continuous flow of material from the silo.
- Continuous, controlled material flow
- Prevention of Clumping and Caking
- Consistent discharge from silos and hoppers
WHY MIYAY PROCESS?
- Consistent material flow through controlled vibration
- Consistent product flow inside the silo
- Prevention of caking in the discharge cone
- Continuous material flow
- Size options to suit different process needs
- Carbon-steel, AISI 304L, and AISI 316L housing options
THE RIGHT SOLUTION FOR YOUR PROCESS
Every process has different capacities, material densities, flow characteristics, temperatures, and silo geometries. MIYAY Process Bin Activator Systems can be selected with suitable dimensions, housing material, and number of vibrators based on these process conditions. 1200, 1500, 1800 and 2100 mm diameter options are available.
HIGHLIGHTED FEATURES
Continuous material flow through controlled vibration
Prevention of Clumping and Caking
Consistent product flow inside the silo
Controlled, continuous material discharge
Design suited to different capacities and material densities
1200 – 2100 mm Diameter Options
Highlights and Benefits
By applying controlled vibration inside the silo or hopper it prevents caking and compaction and keeps the material flowing evenly. Diameter options from 1200 to 2100 mm, with a structure designed for different capacities and bulk densities, establish controlled continuous discharge.
Optional equipment
- Carbon-steel housing
- AISI 304L Stainless Steel Body
- AISI 316L Stainless Steel Body
- 1 or 2 Vibrators
- Outlet dimensions suited to the process
- Drive mechanism suited to the process
WORKING PRINCIPLE
Bin Activator Systems Working Principle and Process Steps
Controlled vibration is generated
Controlled vibration generated by the vibrators helps material move downward inside the silo.
Preventing caking
Vibration reduces agglomeration and caking in the discharge cone, helping the material flow consistently.
Continuous material discharge
Material is transferred from the Bin Activator outlet to the next process equipment in a controlled, continuous flow.
TECHNICAL SPECIFICATIONS
Bin Activator Systems technical data table
| Parameter | Value |
|---|---|
| Equipment Type | Thousand Activators |
| Standard Diameters | 1200 / 1500 / 1800 / 2100mm |
| Body Material | Carbon Steel / AISI 304L / AISI 316L |
| Number of vibrators | 1 / 2 Pieces |
| Material type | Powder / Granular Materials |
| Operating principle | Controlled vibration |
| Installation location | Hopper |
MODEL AND CAPACITY OPTIONS
Bin Activator Systems Model and Size Selection Table
| Model | Hopper | Body Material | Number of vibrators | Quote |
|---|---|---|---|---|
| MBA-1200 | 1200 mm | Carbon Steel / AISI 304L / AISI 316L | 1 / 2 Pieces | Request a quote |
| MBA-1500 | 1500 mm | Carbon Steel / AISI 304L / AISI 316L | 1 / 2 Pieces | Request a quote |
| MBA-1800 | 1800 mm | Carbon Steel / AISI 304L / AISI 316L | 1 / 2 Pieces | Request a quote |
| MBA-2100 | 2100 mm | Carbon Steel / AISI 304L / AISI 316L | 1 / 2 Pieces | Request a quote |
PRODUCT GALLERY
Equipment Details and Field Photos
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Bin Activator Systems — Share your capacity and process requirements
Share your capacity, material, and process requirements so our engineering team can assess the right configuration.