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Part No: 01184-02
Wolf special offer - Fluidised sand bath Cole-Parmer FSB-200-240 Compact, 50 to 500 °C temperature range, 60 minute heat up time to maximum temperature, 178mm working volume diameter, 140mm working volume depth, overall dimension 335w x 335d x 462h mm OFFER ENDS 31-08-2025
£3,397.00
£1,196.00
Was £4,593.00
Part No: 01184-10
Wolf special offer - Fluidised sand bath Cole-Parmer FSB-200-I-5L Industrial, 50 to 600 °C temperature range, 110 minute heat up time to maximum temperature, 259mm working volume diameter, 305mm working volume depth, overall dimension 521w x 521d x 686h mm OFFER ENDS 31-08-2025
£7,143.00
£2,524.00
Was £9,667.00
Part No: 12184-03
Wolf special offer - Fluidised sand bath Cole-Parmer FSB-200-P Precision, 50 to 700 °C temperature range, 105 minute heat up time to maximum temperature, 165mm working volume diameter, 385mm working volume depth, overall dimension 515w x 770d x 600h mm OFFER ENDS 31-08-2025
£9,116.00
£3,222.00
Was £12,338.00
Part No: 01189-50
Fluidised sand bath Cole-Parmer FSB-200-D Compact, 50 to 600 °C temperature range, 105 minute heat up time to maximum temperature, 228mm working volume diameter, 350mm working volume depth, overall dimension 385w x 385d x 695h mm
£4,746.00
£1,161.00
Was £5,907.00
Part No: 01184-20
Fluidised sand bath Cole-Parmer FSB-200-I-12L Industrial, 50 to 600 °C temperature range, 110 minute heat up time to maximum temperature, 259mm working volume diameter, 305mm working volume depth, overall dimension 609w x 1041d x 533h mm
£9,164.00
£2,246.00
Was £11,410.00
Part No: 12184-94
Fluidised sand bath Cole-Parmer FSB-200-P-AC Precision, 50 to 700 °C temperature range, 105 minute heat up time to maximum temperature, with auto air circulation, 165mm working volume diameter, 385mm working volume depth, overall dimension 515w x 770d x 600h mm
£16,768.00
£4,115.00
Was £20,883.00
Understanding Fluidised Sand Baths
A fluidised sand bath is a high-precision, dry heating system used in laboratories and industrial settings for uniform, stable temperature control without the risks associated with oil baths. It operates by passing compressed air through a fine, inert aluminium oxide or sand-like medium, causing it to behave like a fluid and ensuring even heat distribution around inserted vessels. Fluidised sand baths offer excellent thermal stability, rapid heat transfer, and are ideal for applications requiring consistent temperatures—such as glassware cleaning, calibration, thermal testing, or reaction heating. Unlike oil baths, they are clean, low-maintenance, and safe, making them suitable for high-temperature processes up to 600°C. This technology enhances safety, repeatability, and efficiency in thermal processing, especially in research, chemical, and materials science laboratories.
