Hydraulic Press Manufacturer,Supplier and Exporter in Africa
Product Code : DA-MIM-11285
Quick Answer: The Hydraulic Press comprises a pair of graduated glass syringes of 50 and 20 cm³ capacity, with finely ground pistons and a cross-sectional area ratio of 3:1.
Last updated: October 2026
Key Features
- Graduated glass syringes of 50 and 20 cm³
- Finely ground pistons, cross-sectional area ratio 3:1
- Stable, non-skid sheet metal base with loading platform
- 3-position valve: open to atmosphere, isolated or interconnected
- Thick-walled syringes withstand the pressures involved
- Limit-stops prevent the pistons being fully ejected
Technical Specifications
| Specification | Value |
|---|---|
| Syringe capacities | 50 cm³ and 20 cm³ |
| Cross-sectional area ratio | 3:1 |
| Valve | 3-position |
| Base | Non-skid sheet metal |
| Syringes | Graduated glass, thick-walled |
About This Product
The two syringes stand on a non-skid sheet metal base with a loading platform at the top, and their nozzles are joined through a 3-position valve so they can be opened to the atmosphere, isolated or interconnected. The simple construction allows either water or air to be used to demonstrate the concepts involved. Because the barrels are graduated, simple Boyle's Law experiments can also be performed. Export supply of the Hydraulic Press can be arranged to laboratories and schools in Somalia, Mali, Argentina, Uzbekistan, Fiji and Iceland.
Frequently Asked Questions
Q1. Can the Hydraulic Press be used with air as well as water?
Yes. Its simple construction permits the use of water or even air for demonstrating the concepts involved.
Q2. What does the 3-position valve do?
It links the two syringe nozzles so they can be opened to the atmosphere, isolated or interconnected as required.
Q3. Can it be used for Boyle's Law experiments?
Yes. The graduated syringe barrels permit simple Boyle's Law experiments to be performed.
Related: Molecules in Motion range, Boyle's Law Indicator, Boyle's Law Improved, Liquid Level Apparatus.
For a quotation on the Hydraulic Press, contact Didactic Africa.
