Showing 17–32 of 41 results
PHY-FLU-017 BOURDON GAUGE
SSI.PHY.FLU.017
For the measurement of actual gas pressure, and not gauge pressure. A circular gauge about 100mm diameter, has a scale reading 0 to 3.4 × 105 Pa pressure. The case has a transparent back to clearly observe the working of the gauge mechanism. A riffled tubule present at its one side
PHY-FLU-018 HYDRAULIC PRESS SYRINGE TYPE SMALL
SSI.PHY.FLU.018
To show transmissible of pressure. Two graduated syringes 20ml and 5 ml are joined at bottom through a 3-way stopcock, the upper ends having strong platforms. On metal stand.
PHY-FLU-019 VACUUM PUMP SYRINGE
SSI.PHY.FLU.019
A hand operated pump comprising a cylindrical metal barrel having piston fitted with a handle on one side and stop-cock with riffled nozzle on the other side. Riffled nozzle provides attachment to the flexible tubing. Pulling the piston out with stop-cock open, sucks in the air while pushing it inside
PHY-FLU-021 BELL JAR APPARATUS -9"X6"
SSI.PHY.FLU.021
Also called bell in Jar. It Demonstrates that sound waves need material medium for propagation and cannot travel through vacuum. For use on pump plates with diameter at least 15cm. Size of Bell jar : 9″x6″
PHY-FLU-022 VACUUM PUMP HAND OPERATED TRIPOD STAND BASE
SSI.PHY.FLU.022
Combination of vacuum pump syringe and plate mounted on a Cast Metal Tripod Base with pump syringe of smaller length base. Useful for creating vacuum inside enclosures placed on the pump plate such as bell-jar and. study the physical phenomena related to vacuum thereof. A metal barrel has piston mounted
PHY-FLU-022a VACUUM PUMP HAND OPERATED SHEET METAL BASE
SSI.PHY.FLU.022a
Combination of vacuum pump syringe and plate mounted on a Cast Metal Tripod Base with pump syringe of smaller length base. Useful for creating vacuum inside enclosures placed on the pump plate such as bell-jar and. study the physical phenomena related to vacuum thereof. A metal barrel has piston mounted
PHY-FLU-023 EQUALITY OF PRESSURE IN LIQUIDS
SSI.PHY.FLU.023
To demonstrate that the liquid transmits equal pressure in all directions. The apparatus comprising a glass cylinder provided with a piston plunger on one end and terminating in a spherical glass bulb on the other end. The bulb has small holes around its surface. On pushing the plunger inside with
PHY-FLU-024 WHITLEY BAY' SMOKE CELL
SSI.PHY.FLU.024
For observation of ‘Brownian Motion’ in smoke particles. Consists of a box with a plastic lid with flanges that allow easy attachment to standard microscopes. The box contains a smoke cell, cylindrical condensing lens and a 12 volt LED bulb. Apparatus preset to focus the light at the correct height.
PHY-FLU-025 MAGDEBURG HEMISPHERES, CAST IRON
SSI.PHY.FLU.025
To demonstrate Atmospheric Pressure. Consists of two metal hemi-spheres 4 inch (10cm) in diameter, each with a sturdy metal handle. One of the spheres has a stopcock to attach vacuum tubing 8 mm ID. Join the two hemi-spheres and connect to a hand pump or vacuum pump and evacuate the
PHY-FLU-026 MAGDEBURG HEMISPHERE BRASS
SSI.PHY.FLU.026
To demonstrate Atmospheric Pressure. Consists of two metal hemi-spheres 4 inch (10cm) in diameter, each with a sturdy metal handle. One of the spheres has a stopcock to attach vacuum tubing 8mm ID. Join the two hemi-spheres and connect to a hand pump or vacuum pump and evacuate the air
PHY-FLU-027 MAGDEBURG HEMISPHERES ALUMINUM
SSI.PHY.FLU.027
To demonstrate Atmospheric Pressure. Consists of two metal hemi-spheres 4 inch (10cm) in diameter, each with a sturdy metal handle. One of the spheres has a stopcock to attach vacuum tubing 8mm ID. Join the two hemi-spheres and connect to a hand pump or vacuum pump and evacuate the air
PHY-FLU-028 DISPLACEMENT VESSEL BOROSILICATE GLASS.
SSI.PHY.FLU.028
Made of borosilicate glass, with angled spout. SSI.PHY.FLU.28.1 250 ml SSI.PHY.FLU.28.2 500 ml
PHY-FLU-029 DISPLACEMENT VESSEL TIN SHEET
SSI.PHY.FLU.029
Seamless fabrication with flared top edge, Tin body and angled spout for convenient overflow and collection of liquids. SSI.PHY.FLU.29.1 100x50mm SSI.PHY.FLU.29.2 115x90mm SSI.PHY.FLU.29.3 225x125mm
PHY-FLU-030 DISPLACEMENT VESSEL COPPER
SSI.PHY.FLU.030
Seamless fabrication with flared top edge, complete nickel plated body and angled spout for convenient overflow and collection of liquids. SSI.PHY.FLU.30.1 100x50mm SSI.PHY.FLU.30.2 115x90mm SSI.PHY.FLU.30.3 225x125mm
PHY-FLU-031 DISPLACEMENT VESSEL ALUMINIUM
SSI.PHY.FLU.031
Seamless fabrication with flared top edge, Aluminum body and angled spout for convenient overflow and collection of liquids. SSI.PHY.FLU.31.1 100x50mm SSI.PHY.FLU.31.2 115x90mm SSI.PHY.FLU.31.3 225x125mm
PHY-FLU-032 DISPLACEMENT VESSEL(OVERFLOW CAN), PLASTIC
SSI.PHY.FLU.032
Comprises a plastic vessel with a spout. SSI.PHY.FLU.32.1 250ml SSI.PHY.FLU.32.2 500ml SSI.PHY.FLU.32.3 1000ml SSI.PHY.FLU.32.4 2000ml