Shop
Showing 6209–6224 of 6642 results
-
Glassware, Test Tubes
Test Tube Without Rim, 5mL
Catalogue No: 2067410/2
* In accordance with ISO_DIN 4142.
* Manufactured from Heat Resistant, Low Expansion 3.3 Borosilicate Glass.
* The design of the tube include round bottom, thick walled and provided with rim.
* Uniformly drawn high quality tubing make the tube durable.Capacity (mL) : 5
OD x Length (mm) : 12 x 75
Thickness (mm) : 1
Pack of (Pcs) : 100SKU: 2067410/2 -
Glassware, Test Tubes
Test Tube Without Rim, 60mL
Catalogue No: 2067410/10
* In accordance with ISO_DIN 4142.
* Manufactured from Heat Resistant, Low Expansion 3.3 Borosilicate Glass.
* The design of the tube include round bottom, thick walled and provided with rim.
* Uniformly drawn high quality tubing make the tube durable.Capacity (mL) : 60
OD x Length (mm) : 24 x 200
Thickness (mm) : 1.2
Pack of (Pcs) : 50SKU: 2067410/10 -
Glassware, Test Tubes
Test Tube Without Rim, 6mL
Catalogue No: 2067410/3
* In accordance with ISO_DIN 4142.
* Manufactured from Heat Resistant, Low Expansion 3.3 Borosilicate Glass.
* The design of the tube include round bottom, thick walled and provided with rim.
* Uniformly drawn high quality tubing make the tube durable.Capacity (mL) : 6
OD x Length (mm) : 12 x 100
Thickness (mm) : 1
Pack of (Pcs) : 100SKU: 2067410/3 -
Heat, Physics
Thermal Conductivity Apparatus, Star Shaped
Catalogue No: 1060360
To differences in the thermal conductivity of five different metals: brass, copper, Aluminum, mild steel and stainless steel. These 5 metal rods arranged radially, uniformly spaced on each side of hexagonal brass hub and have a small recess at the outer end for holding paraffin wax. On heating the central hub, the wax contained in the cavities of different metals melts at different times, implying their different thermal conductivities. Fitted with insulated handle.
* Thermal Conductivity Apparatus, Star ShapedPack of (Pcs): 1
SKU: 1060360 -
Heat, Physics
Thermal Conductivity Bars
Catalogue No: 1060390
Ideal for comparison of thermal conductivity of different metals quickly and conveniently. Features liquid crystal indicators mounted in robust holders. Four identical metal bars of same shape and size, each of different metal: copper, aluminumm, brass and steel held firmly in a rigid moulded plastic carrier with a hole for convenient suspension. Thermal conductivity value of each bar is clearly marked. The sensitive liquid crystal temperature indicators working in low temperature range are attached to each of the four metal bars and are marked at 1cm interval to facilitate charting the movement of temperature gradient. The rate of heat flow is indicated by timing the colour change across these markers. The demonstration requires only a container of hot water, thus doing away with open flames, hotplates, or messy melting wax method of comparison with result in a very short time. Timing the heat pulses enables estimation of the relative conductivities.
* Thermal Conductivity BarsPack of (Pcs): 1
SKU: 1060390 -
Heat, Physics
Thermal Conductivity of Metal Apparatus
Catalogue No: 1060340/1
Comprising strips of four metals, one each of copper, iron, Aluminum and brass arranged symmetrically on a wooden frame with the strips meeting at the center. Outer ends of the strips has small recesses for holding paraffin wax.
* Metal Strips mounted on circular wooden framePack of (Pcs): 1
SKU: 1060340/1 -
Heat, Physics
Thermal Conductivity of Metal Apparatus
Catalogue No: 1060340/2
Comprising strips of four metals, one each of copper, iron, Aluminum and brass arranged symmetrically on a wooden frame, with the strips meeting at the center. Outer ends of the strips has small recesses for holding paraffin wax.
* Metal Strips mounted on square wooden framePack of (Pcs): 1
SKU: 1060340/2 -
Electronics, Physics
Thermistor Investigation
Catalogue No: 1100510
A NTC (Negative Temperature Coefficient) based thermistor with a nominal resistance of 4.7K Ohm housed in a glass tube with electrical connection made by means of 4mm flexible banana plug leads. On heating the glass tube, the resistance of the thermistor will dramatically decrease and can be measured on plugging the end leads in a digital/analogue multimeter and selecting the appropriate range of resistance.
* Thermistor InvestigationPack of (Pcs): 1
SKU: 1100510 -
Physics, Sensors
Thermocouple TC-K Sensor
Catalogue No: 1160230
The Temperature TC-K sensor can be used in high temperature experiments such as monitoring chemical processes that occur at high temperatures, measuring the different temperature zones of a flame or simply monitoring ovens.* Sensor design may change
* Range : 0 degree C to 1200 degree C / 32 degree F to 2192 degree F or 273.15 K to 1473.15 KPack of (Pcs): 1
SKU: 1160230 -
Heat, Physics
Thermocouple, Copper-Iron
Catalogue No: 1061200
Copper and iron wires, four wires each of joined alternately in V-shape by twisting and brazing together to form a total of seven junctions, four on the outer side and three on the inner side. With brass connectors for electrical connections.
* Thermocouple, Copper-IronPack of (Pcs): 1
SKU: 1061200 -