£231.02

3B Scientific U8404248 Laminar Flow Apparatus

1006784

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£231 today · previous high £231 · all-time low £223

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Price History & Forecast

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Last 94 days • 94 data points (No recent data available)

Historical
Generating forecast...
£231.02 £222.42 £224.29 £226.17 £228.05 £229.93 £231.80 11 November 2025 04 December 2025 27 December 2025 19 January 2026 12 February 2026

Price Distribution

Price distribution over 94 days • 2 price levels

Days at Price
Current Price
61 days 33 days · current 0 15 31 46 61 £223 £231 Days at Price

Price Analysis

Most common price: £223 (61 days, 64.9%)

Price range: £223 - £231

Price levels: 2 different prices over 94 days

Description

For demonstrating and investigating the laminar flow properties of water. The emergence of currents in water, the flow of current in the case of straight laminar flow and the overflow of differently shaped bodies can be studied. The flow of current at a narrows can also be demonstrated clearly. A rectangular piece of velour paper is placed in the apparatus consisting of an upper and lower trough. Owing to capillary forces, water from the upper trough is drawn in by the paper. The water flows down into the velour paper. The flow of water in the upper level is marked with a dye at constant intervals. Owing to the low speed of flow of approx. 2 mm/s, the development of currents can be observed with the help of the dye. After the velour paper has been dried, a lasting current pattern remains, which can be copied and evaluated.

Key Features

For demonstrating and investigating the laminar flow properties of water

The emergence of currents in water, the flow of current in the case of straight laminar flow and the overflow of differently shaped bodies can be studied

The flow of current at a narrows can also be demonstrated clearly

A rectangular piece of velour paper is placed in the apparatus consisting of an upper and lower trough

Owing to capillary forces, water from the upper trough is drawn in by the paper

The water flows down into the velour paper

The flow of water in the upper level is marked with a dye at constant intervals

Owing to the low speed of flow of approx. 2 mm/s, the development of currents can be observed with the help of the dye

Product Specifications

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