"HUBER"

Supplier: HUBER

Unstirred water bath, Variostat® bath, stainless steel, Stainless steel, Capacity: 22 L, Temperature Range: ≤200 °C, Bath W×D×H: 468×320×165 mm, W×D×H: 520×370×205 mm

Supplier: HUBER

Tubings, insulated, Rubber, Tubing int.Ø: 17 mm, Wall thickness: 7 mm

Supplier: HUBER

Unichillers® offer increased efficiency, stable pressure and delivery performance with a constant cooling water temperature compared to traditional tap water cooling.

Supplier: HUBER

Unichillers offer better efficiency, stable pressure and delivery performance with a constant cooling water temperature compared to traditional tap water cooling. Chillers also reduce water consumption and help conserve the environment whilst lowering operating costs.

Supplier: HUBER

These circulators with insulated refrigeration baths are designed for direct temperature control from −20 to +200 °C. The units are suitable for a number of typical heating and cooling tasks such as sample temperature control, materials testing, quality control and analyses.

Supplier: HUBER

The stainless steel Unipump® is designed to compensate for pressure loss in external systems.

Supplier: HUBER

Huber Unichillers offer better efficiency, stable pressure and delivery performance with a constant cooling water temperature compared to traditional tap water cooling.

Supplier: HUBER

The compact mini chillers are a cost-effective and environmentally friendly cooling solution for numerous laboratory applications.

Supplier: HUBER

Software solution for controlling Huber units as well as for visualisation and documentation of process relevant data.

Supplier: HUBER

Adaptor, 90°, M24×1,5 female thread to M24×1,5 male thread, Thread: M24x1,5

Supplier: HUBER

Immersion thermostats form the basis of many different combinations with polycarbonate or stainless steel bath vessels. All models are fitted with a powerful pressure/suction pump and meet the requirements of Safety Class III (FL) for use with flammable fluids. Temperatures down to −30 °C can be achieved in combination with a refrigerated bath. A screw clamp is included allowing the thermostats to be easily mounted on any vessels. A pump adapter for external temperature control and cooling coils for a cooling water connection are available as optional accessories.

Supplier: HUBER

Flow-through chillers are designed for simple, low demand cooling applications. They are commonly used in combination with heating circulators to remove heat in order to cool a process back to room temperature.

Supplier: HUBER

This air-cooled chiller provides a dedicated cooling service to all small bench top rotary evaporators and features a unique space-saving L-form. When placed on a rotary evaporator the RotaCool requires almost no additional space.

Supplier: HUBER

Many applications require a reliable source of cooling. Circulating chillers in the Unichiller® range offer an ideal solution for environmentally friendly and economical cooling in laboratory and industry. There are over 50 air and water cooled models to choose from, with cooling powers from 0,3 to 50 kW. Efficient energy management ensures low operating costs and reduced use of valuable fresh water. These circulating chillers are a resource saving solution which give a quick return on investment.

Supplier: HUBER

Adapter, M30×1,5 female thread to 1" female thread

Supplier: HUBER

Unistat® technology guarantees precise, reproducible temperature control results, short heating and cooling times and large temperature ranges without the need for fluid change. All important parameters can be seen at a glance and temperature curves are displayed in graphic real time. Unistats® are equipped with up-to-date pump technology for optimal heat transfer. The pump self-regulates to ensure the best possible circulation and flow and delicate glass reactors are protected from breakage by the pumps soft start-up feature. Unistat® technology provides economic operation with reduced operating costs and efficient energy management. Unistats® are hydraulically sealed so the service life of the temperature control fluid is dramatically increased by preventing oil loss through vapours and oxidation, saving resources.