Industrial Fluidised Baths for sale from OneTemp Pty Ltd

Industrial Fluidised Baths

Supplier: OneTemp Pty Ltd

Industrial Fluidised Baths

The Industrial Fluidised Bath units are used to remove plastic residues from extrusion tooling quickly, safely and without damage to the tooling.

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Techne have supplied hundreds of companies who extrude plastics tubes, rods, sheets, films, electrical cables and wires or other extruded shapes. These units can also be used as large uniform heat sources for reactor vessels up to 600°C.

After years of success, plastic manufacturers have come to depend on Techne fluidised baths for safe, efficient and cost effective cleaning of tooling, components, systems and parts (dies, breaker plates, nozzles, tools, tips, spinnerets, extruder screws, manifolds, etc.)

IFB's will remove almost all polymers, including plastic, paint, epoxy, rubber and adhesives, as well as other hydrocarbon-based products such as oils, fluids, grease, lubricants and coatings.

Parts immersed into the fluidised bath are cleaned by the high temperature (up to 600°C) environment within a bath media of fluidized aluminum oxide that instantly starts to degrade plastic to carbon, which then leaves the bath as CO2.

This instant heating and minimised quenching gives shorter cleaning times than with conventional ovens, and with the even and consistent heat of the bath, results in greatly reduced metal fatigue and tool damage.

Techne offer 7 models in the Industrial Fluidised Bath range.

The baths can be fluidised with either compressed house air or an inert gas such as nitrogen or argon.
It should be noted that fluidised baths and the action created in the aluminum oxide is not abrasive to items immersed for normal cleaning or heat treatment times.

Typical cleaning times range from 30 minutes to 2 hours depending on bath loading, temperature and amount of material to be cleaned.

Other Applications
The excellent thermal performance of Techne Industrial Fluidised Baths make them a good choice for basic heat treatment, test and calibration as well as reactive analysis.

Some of these applications include tempering, annealing, Nitriding, distillation, curing, exothermic and endothermic reactions, and thermal analysis of devices, components and materials.