Temperaturkontrolls Tillbehör

Long-term tested for safe and reliable operation. Suitable for temperature control in refrigerated circulators.

• Low toxicity
• Low viscosity
• High stability
• Almost odor-free
• Good thermal conductivity
• Low corrosion susceptibility
• Wide temperature ranges

Thermal beads replace water in laboratory baths or ice in ice buckets to prevent contamination. A bath filled with Thermal Beads can be left unattended and is always available at the set temperature without danger of water evaporating to dryness.

• Small, non-uniform metal beads composed of a dry metallic thermal alloy
• Cleaning with biodegradable disinfectant every 2 - 4 weeks only
• Good temperature stability and uniformity
• Energy-efficient
• Minimizes maintenance such as emptying, cleaning, monitoring, and refilling the bath
• Holds common lab vessels in place without accessories such as racks, floats, and weights

DURAN^®. For heating and cooling liquids. Thermostatting liquid is circulating between the double walls of the beaker jacket. With glass-screw connections GL14 with PTFE olives (O.D. 9mm, T-GL2000 with GL18 and O.D. 11mm) for thermostat hoses. Coolant ram pressure: 0.5bar at maximum, operating temperature: +120°C at maximum. Special sizes available on request.

DURAN^®. For heating and cooling liquids. Thermostatting liquid is circulating between the double walls of the beaker jacket. With glass olives (O.D. 12mm) for thermostat hoses. Coolant ram pressure: 0.5bar at maximum, operating temperature: +300°C at maximum. Special sizes available on request.

Clamps to be placed on the shaking tray.

The heating bath is noted for:

• Cylindrical bath shape
• Heating elements integrated into the bath base
• Heat transfer media can be low-viscous oil (50 mPas) or water
• Two carry handles
• Infinitely variable safety temperature limiter according to DIN 12877
• Double-jacketed mantle protection against burns
• Digital display for target, actual and safety temperatures as well as speed
• Integrated magnetic stirrer drive to circulate the tempering fluid, allowing for better heat distribution in the bath
• RS 232 interface

Stainless steel, for securing a test plate on shaking trays. Supplied with attachment material.

Used as a shaking platform. For the slow moving of e.g. nutrient media solutions in Petri dishes and flasks.

Made of stainless steel with holes to accommodate clamps for Erlenmeyer flasks and other accessory equipment.

Self-adhesive indicators to monitor temperature exceedance and duration, e.g. when transporting temperature-sensitive goods. The indicator reliably indicates whether the temperatures were above the selected temperature limit by red dots. In addition, the indicator provides information on the duration of the temperature exceedance (the time is based on a constant temperature overrun of 2 °C above the limit value of the indicator).

• Selection of different temperatures
• Clear display of temperature exceedances and the duration of the exceedance
• Self-adhesive, easy to apply
• ISO-certified
• Dimensions (W x D x H): 19 x 46 x 1.5 mm

Stainless steel, for max. 24 test tubes, 12mm to 17mm diameter, perforated section can be tilted by 90°, with clamping springs for secure grip and silent shaking of tubes.

Inserts to be placed on the shaking tray.

Huber thermal fluids are recommended because they have the best possible thermodynamic and environmental characteristics. Safe reliable operation relies on compliance with safety standards to ensure optimal results.

Stainless steel, 450 x 450 mm. With holes to accept clamps for Erlenmeyer flasks and other acessories.

Stainless steel, 420 x 270 mm. With holes to accept clamps for Erlenmeyer flasks and other acessories.