Accurate Thermal Systems FTBSL25 Fluidized Temp Bath

7.25 x 25in working volume, 122 to 1121°F, heats to 932°F in 180 minutes and cools back down to 392°F in 215 minutes.

Accurate Thermal Systems FTBSL25 Fluidized Temp Bath
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$12,550.00

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Part Number

ATS2021

Manufactured

By Accurate Thermal Systems

Includes

FREE Ground Shipping
FREE Lifetime Tech Support

Availability

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Product Specs

Features

122 to 1121°F (50 to 605°C) temperature range
Specifications at 932°F (500°C)
- ±1.8°F (0.6°C) stability
- ±5.4°F (3°C) accuracy
- 1.8°F (1°C) radial uniformity at 15in depth
- 2.7°F (1.5°C) axial uniformity over 9in
Requires clean, dry air supply at a fixed rate
- 40 psi (2.76 bar), 3.5 ft³/min (100 L/min) max
240VAC (50/60Hz), 30 amp power requirement
6000 watt heat capacity
1-year warranty & CE marked

Interested in a FREE demo? Call 1-800-884-4967 or complete this form to submit your request.

The Accurate Thermal Systems FTBSL25 fluidized temperature bath uses a cover and lid system to minimize media loss and keep your operating area cleaner. Media is blocked by the lid or collected on the cover flange which drops back into the system. You can also use the included particulate exhaust collar in conjunction with a blower and cyclone to capture any media that rises from the bath.

The lid can be easily modified to suspend a device, mandrel, or an apparatus to immerse. Accurate Thermal Systems also offers an accessory parts basket for this use. For safety, the handle is elevated above the lid to keep hands away from the heat. Another modification possibility is to add thermowells for calibrating multiple temperature sensors.

Like all Accurate Thermal Systems fluidized baths, the FTBSL25 is a much safer option over molten salt baths and immersed objects come out clean and dry with no material to remove. It also will provide better temperature stability and uniformity than ovens.

Recommended applications for the FTBSL25 are medical device shape setting, calibration, and reactor heating, but will also work for general heat treatment of materials and thermal analysis of circuits and components.