Chemical Processing
Transfer selected process liquids between drums and receiving vessels after confirming chemical compatibility.
The AMTMBP-100P is an electric motor-driven barrel pump offered with polypropylene (PP), PVDF and Teflon material options, depending on the selected configuration. It is intended for transferring compatible industrial liquids from suitable drums and containers.
Confirm the exact material configuration, chemical compatibility, electrical requirements and operating conditions before ordering.
The AMTMBP-100P electric barrel pump is designed for applications that require transferring compatible liquids from drums or suitable containers to another process point. Depending on the selected configuration, material options include polypropylene (PP), PVDF and Teflon components.
The available product listing states an approximate open-discharge flow capacity of 80–90 litres per minute and a maximum head of 15 metres. Actual performance depends on liquid properties, delivery-line dimensions, elevation, fittings and system conditions.
Before selecting this industrial barrel pump, identify the liquid, its concentration, temperature and viscosity, the required delivery rate and the electrical supply available at the installation site. Confirm that the selected materials and seals are suitable for the intended application.
Review the available technical information for this PP / PVDF electric barrel pump. Confirm the complete specifications and selected material configuration with the manufacturer before purchase.
| Specification | AMTMBP-100P Details |
|---|---|
| Model Number | AMTMBP-100P |
| Product Type | Electric motor-driven barrel pump |
| Material Options | PP / PVDF / Teflon, according to selected configuration |
| Approximate Flow Capacity | 80–90 litres per minute, as listed |
| Listed Maximum Head | 15 metres, as listed |
| Drive Type | Electric motor |
| Intended Duty | Transfer of compatible industrial liquids |
| Inlet Size | Confirm with the latest technical datasheet |
| Outlet Size | Confirm with the latest technical datasheet |
| Motor Rating and Speed | Confirm with the latest technical datasheet |
| Electrical Supply | Confirm voltage, phase and frequency before ordering |
| Suction Tube Length | Confirm with the latest technical datasheet |
| Container Compatibility | Confirm drum dimensions and opening requirements |
Note: Flow and head figures are based on the available product listing and are not guaranteed at every operating point. Please request the latest technical datasheet to verify the final configuration, dimensions and operating limits.
The AMTMBP-100P may be considered for the following applications when the liquid, material configuration and operating conditions are compatible with the complete pump assembly.
Transfer selected process liquids between drums and receiving vessels after confirming chemical compatibility.
Transfer suitable industrial liquids where the selected PP, PVDF and seal materials are compatible with the medium.
Move compatible liquids from storage drums to production equipment or intermediate containers.
Support suitable fluid-transfer tasks where electric motor-driven pumping is appropriate for the environment.
Transfer approved liquids to compatible tanks, containers or packaging equipment.
Handle selected liquid-transfer duties in industrial facilities, subject to flow, head and compatibility requirements.
Important material and operating considerations when evaluating this electric motor-driven barrel pump.
Polypropylene construction is available for selected configurations. Confirm chemical and temperature suitability for the intended liquid.
PVDF is another listed material option. Confirm the exact wetted components and application compatibility before use.
Teflon components may be included according to the selected configuration. Confirm the actual construction with the supplier.
Motor-driven operation is intended for applications where a compatible electrical supply is available.
The available listing states 80–90 LPM. Actual flow depends on the liquid, delivery height, pipework and system restrictions.
Share your liquid details, required flow rate and installation conditions to help confirm model and material suitability.
Evaluate the pump's listed characteristics against your process requirements before finalising a configuration.
A dedicated barrel-pump format can simplify transferring compatible liquids from suitable drums.
PP and PVDF options allow selection according to the liquid and the required material compatibility.
Confirming flow, head, material configuration and electrical requirements helps support appropriate pump selection.
Share the liquid name, required flow rate, delivery height and available power supply. Ask our team to confirm the correct material configuration and latest technical details.
Ambica Machine Tools provides industrial barrel pump solutions backed by manufacturing experience, material options, quality-focused processes and application support.
Answers to common questions about this PP / PVDF electric barrel pump.
It is an electric motor-driven barrel pump intended to transfer compatible industrial liquids from suitable drums or containers. Confirm the liquid and operating conditions with the supplier before use.
The available product listing states approximately 80–90 litres per minute. Actual flow may vary according to the liquid, delivery height, pipework and system restrictions.
The product listing identifies PP, PVDF and Teflon material options. Confirm the exact material configuration and wetted components for the selected model.
Yes, this model is listed as an electric motor-driven barrel pump. Confirm the motor rating and electrical supply requirements with the supplier before ordering.
Only when the complete pump assembly is compatible with the specific liquid. Compatibility depends on concentration, temperature, viscosity, seals and all wetted components. Obtain supplier confirmation before use.
Use the Contact Us or Request a Quotation link and provide the liquid name, required capacity, delivery height, material requirements and available electrical supply.