Water jet pump Manufacturer,Supplier and Exporter in India
Product Code : TVT-CELE-10747
The Water Jet Pump is a matt chrome-plated brass and plastic pump for low-pressure vacuum applications, supplied with a rapid-coupling adapter for quick connection to standard laboratory suction tubing.
How It Works
The pump uses the venturi effect created by a stream of running water to generate a vacuum at its suction port, making it a simple, low-cost option for low-pressure laboratory suction work. Each pump is supplied with an intermediate adapter that acts as a rapid coupling between the suction tubing and the pump body, fitting tubing with an internal diameter between 8 mm and 13 mm, and a short length of tubing can be attached to the discharge nozzle to direct waste water to a drain. The pump can be completely disassembled for cleaning or maintenance.
Technical Specifications
| Parameter | Specification |
|---|---|
| Body Material | Matt chrome-plated brass and plastic |
| Application | Low-pressure vacuum generation |
| Construction | Fully disassemblable for cleaning/maintenance |
| Adapter | Rapid-coupling intermediate adapter, fits tubing ID 8-13 mm |
| Water Consumption | 330 L/hr |
| Ultimate Pressure | 12 mbar |
Applications
Related Products & Category
Browse the full Chemistry & Pharmaceutical Lab Equipment range, or see Vacuum-Pressure Pump and Diaphragm Pumps, Chemistry Design.
Frequently Asked Questions
How does a water jet pump generate vacuum?
It uses the venturi effect created by a stream of running water passing through the pump to generate suction.
What tubing sizes does the adapter fit?
The supplied rapid-coupling adapter fits tubing with an internal diameter between 8 mm and 13 mm.
What is the water consumption of this pump?
It is rated at 330 L/hr water consumption, achieving an ultimate pressure of 12 mbar.
Request a Quote
The Water jet pump is supplied by Tvet Equipments. For a quotation, send the model or size you need, the quantity and the delivery location. Request a quote from Tvet Equipments.
Last updated: September 2026
