Quartz heaters - Import export

Immersion heater for laboratory and electroplating technology Advantages: Maximum energy utilization through infrared radiation - the cladding tube is infrared permeable; through heat conduction - the cladding tube made of quartz glass enables particularly good heat transfer. Temperature resistance Since quartz glass has practically no thermal expansion, such immersion heaters are particularly resistant to heat changes. Acid resistance Quartz glass immersion heaters are almost resistant to acids except phosphoric acid above 300 ° C and hydrofluoric acid. They are therefore particularly suitable for the direct heating of chemicals in the laboratory and electroplating technology. electric security The cladding tube made of quartz glass is an excellent electrical insulator - safe contact protection; optimal electrical safety through earthing of the interior. In compliance with EC Directive 89/336 / EEC and EC Directive 73/23 / EEC.

There are three main types of infrared emitters. They are classified according to emitted wave lengths. Which emitter type is the best for your application depends on many factors. For most applications an optimum match of emitted wave length and absorption of the target material is desirable. This means a highly efficient transfer of radiation energy in the material and thus a very quick heating. However, there are exceptions to the rule. At very high required energy densities, cyclical processes, transparent, thin or low-conductive materials it might be necessary under certain circumstances to deliberately use emitters whose characteristics deviate radically from the absorption characteristics of the material to be processed. Finally, in many applications, including thermoforming, all three basic emitter types are successfully used – long wave ceramic emitters, medium wave quartz emitters and short wave halogen emitters.

CSN® copper and nickel are temperatureresistant connecting cables for internal wiring of electric household appliances such as hotplates, glass ceramic plates, grill appliances or storage heaters. In industrial applications CSN® Cables are preferably used for the wiring of heating elements, heating cartridges, tubular heaters, panel heaters, and quartz radiators. We manufacture these singlecore cables in cross sections up to 6 mm². Owing to their high temperature resistance up to 250 °C in the case of glass silk insulation and 600 °C in the case of mineral fibre insulation, these connecting cables meet the most demanding requirements.

Moisture analysing is an integral part of production and processing of many raw and finished products and has a crucial impact on the quality of the product. Moisture analysers are used particularly in the food industry, water resource management (sewage plants, etc.), plastics industry, agriculture and the energy industry (bio-energy plants, etc.). Determining moisture requires a great deal of experience. Depending on the type of sample and the task involved, various drying processes are used. Sample is evenly warmed from above, without risk of burning the sample surface Affordable purchase costs ensure rapid amortisation of the device Most common temperature ranges from 35 – 200 °C High measuring precision, up to 0.01 % Sufficient buffer capacity, weighing capacity up to 200 g Various drying programs (soft drying, standard drying, drying in levels, rapid drying (Boost)) The