Laboratory ovens with forced convection
DFO series units are primarily used in applications needing rapid drying and sterilization. Totally homogenous temperature distribution, rapid dynamic response. Typical oven applications include: drying glassware, warming, sterilizing, ageing, curing, burning in, softening, annealing, baking, bending, tempering, pre-heating, soldering, long term stability testing. This modern range of ovens is available in 4 sizes.
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Laboratory drying ovens with natural convection
Routine drying and sterilization applications up to 200°C and storage at precisely controlled elevated temperatures are the strengths of DSI drying ovens. Because of the natural convection with a high rate of air exchange, thermal processes run with significantly increased efficiency. PID temperature control provides automatic compensation after load changes, setting changes or door opening for excellent accuracy. Natural convection heat distribution combines with adjustable air vents to provide excellent uniformity. Double wall construction, fiberglass insulation, and sillicon rubber door sealing reduce heat loss and power drain. Stainless steel interior chamber and shelves are corrosion resistant, durable and easy to clean. Power coating exterior is beautiful, durable and corrosion resistant. Simple keypad input allows easy temperature setting. Led digital display enables users to monitor the chamber temperature at any given time. Visual alarm indicator alerts users of abnormal conditions if the chamber temperature exceeds the setting point by 10°C. Ovens feature a see-through window to view contents without opening.
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Vacuum drying ovens for laboratory applications
The Vacuum Drying Oven well combines vacuum condition with drying heating technique, significantly
reduces boiling point and vapor tension, in order to provide the experiments a dustless, nonvortex, gentle working room. Therefore, it will be convenient to collect, discharge and reuse the vapor. Moreover, because the whole procedure of experiment, like storage, heating, drying, all processes in the vacuum or inert gas chamber, the specimen won’t be oxygenated readily. Self-diagnosed techniques, such as power cut alarm, sensor failure alarm, and upper and lower temperature limit exceeding alarm. Highly responsive thermal sensor and environmental scanning microprocessor chip. Vacuum electromagnetic valve makes it easy to switch the vacuum pump. Built-in large-scale plate heating design ensures the fine uniformity of temperature in the chamber. LED clearly indicates the set parameters and real parameters. Mirror stainless steel chamber, electro polished stainless steel shelves and toughened glass observe window indoor. The luxurious and elegant profile with aesthetic designing.
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 Laboratory high temperature ovens
MRC high temperature range of ovens operating at temperature up to 600°C is offered in three sizes. All models are capable of continuous operation at maximum temperature. The outer cases are fabricated from corrosion resistant zinc coated mild steel & finished in two tone hard wearing stoved epoxy/polyester coating. The inner chamber is constructed from polished stainless steel which provides resistance to chemical attack & allows easy cleaning after use. All units are provided with stainless steel shelves with multi-position settings for convenient loading & unloading. Maintenance free heating elements and fan motor are fitted. Low thermal mass insulation materials are used throughout in order to achieve rapid heating and to allow efficient energy utilisation. The heavy duty fan ensures optimum temperature uniformity throughout the work chamber. Double skin construction provides a cool safe outer case. Digital temperature control - the control module is able to house many variations of digital instrumentation with simultaneous display of measured and set temperature. Microprocessor based PID controllers are fitted as standard. | | Read more... |
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