Ceramics - Import export

Use: Connectors for thermocouples and resistance thermometer measurement circuits. Suitable for measurement with small wires and mineral-insulated metal sheathed cables. Mechanical design: • Ceramic housing with contacts of original thermocouple materials and 
spring-loaded sockets for reliable contact . • Reverse polarity protection by different contact pin widths. • Oversize screw head for easy wiring. • One-piece housing withstands great stresses. • Housing of high purity alumina oxide.

Heating bands are the ideal solution for the heating of tubes an cylinders. Mica band heaters, frequently used as nozzle heaters, are made with a plastic-tight stainless steel casing. Such mica heating bands are in many dimension available from stock. The Ceramic heating band type is suitable specially for applications with high watt density and therefore for higher temperatures. Ceramic band heaters, also known as ceramic ring heaters or cylindrical ceramic sectional heaters, are attached to the contact surface by means of a clamping mechanism. A preferred field of use for ceramic band heaters is the heating of plasticising cylinders, bushings and nozzles of injection moulding machines and screw barrels of extrusion machines. For thermal optimization and process control ceramic band heaters can also be offered with insulation jackets or air cooling.

Ceramic Insulated (Band) Heaters are predestined for high-temperature applications beyond 450 °C, for example for pipe heating in process heat technology, especially when gases are involved. Ceramic insulated sectional surface heating elements are also brought into action where a heat storage capacity is needed, as in hot plates the case. With the heating surface of ceramic flat heaters being composed by small-limbed ceramic elements with aligned holes in the centre for the resistance coils to be fed through, ceramic sectional heating mats are also applicable for bent or cylindric surfaces. Like Micanite insulated flat heating elements also Ceramic insulated elements can receive a metal sheath. The latter provides additional protection against mechanical load and allows for attaching connection boxes. Another advantage is the easy installation by means of mounting holes in the metal cladding.

Zirconium oxide-based ceramic beads type WIWOX® KM specially developed for shot peening and surface finishing. The high fracture toughness and surface smoothness of the ceramic beads allow the production of extremely smooth surfaces.

CSN ® Explosion proof cartridge heaters as direct heaters for liquids or gases in hazardous environment. These units are equipped with a heating bundle or a replaceable ceramic heating element. For temperature control these heaters are available with an integrated temperature monitoring system. These devices are available in various material grades. The electric cartridge heating element type 93./..EEx….T.(.) is designed for the heating of liquids in the zone 1 and zone 2. The standars elements, mentioned in this list are suitable for DGRL (code 2014/68/EU) Art. 4, Para. 3. The elements can be suited (on request) to other uses requiring another classification according to DGRL Further information about our CSN® ExCartridge Heater

stainless steel*excellent stability*optimum height for use with Usbeckl aboratory Burners*space saving delivery and storage due to dismountable feet*Added value: Plate holder offers protective mat function

thickness 3,8 mm*chamfered edges*usable above open burner flame

galvanized steel wire*ceramic centre

Use: Installation clamp for ceramic jack, high-temperature Jack or miniature jack for panel installation. . Mechanical design: • All parts, including the screws, are made of stainless steel. Order no.: • A-20.210 Clamp for ceramic jack. • A-20.307 Clamp for high-temperature jack.

The compression-type fittings are the link between the thermocouple and the test area and facilitate precise adaptation. After installing the compression-type fitting, the thermocouple can be inserted and clamped in with the desired installation length. That makes it possible to perform individual measurements with self-defined installation lengths directly onsite.

ALWA MOULD P is a cold curing casting resin for the production of porous moulds, slabs and blocks for the ceramic industry. It is a porous and high-strength plastic, which is well-suited for high pressure casting applications. ALWA MOULD P can be used in various areas of the tableware and sanitary ceramics, technical ceramics, plastic mould procedure as well as various filtration processes. The high stability and defined porosity of the material allows highly accurate mould surface reproductions. With ALWA MOULD P various geometric moulds for filtration processes of suspensions can be produced. ALWA MOULD P can be used for ceramic slip pressure casting procedures. In this procedure, water is removed by a filtration process of a clay suspension (slip), so that an increasing clay layer is built on the mould wall over time. The moulds, slabs and blocks of ALWA MOULD P are easily machinable (e.g., drilling, milling).

Our all-ceramic bearings are characterised by their high corrosion resistance to seawater and various chemicals. They are therefore used, for example, in the chemical industry, in the food and beverage industry, in shipping and in chlorine systems. We can manufacture our full ceramic ball bearings with rings and balls made of zirconium oxide (ZrO2) or silicon nitride (Si3N4), depending on the application. They are available with full balls or with cages made of PEEK or PTFE. The runout accuracies common with precision steel bearings cannot be achieved with all-ceramic bearings, so speed values have to be reduced. Ceramic materials are harder than steel, but also more brittle. Silicon nitride in particular has a low elongation at break and tends to break under tensile stress without prior plastic deformation. We take this into account when selecting the optimum bearing solution for your specific requirements.

High-temperature vacuum-formed products made from biosoluble ceramic fibres are lightweight and solid parts or structural elements that can be used at temperatures up to 1.400 °C in air and in aggressive environments, including direct contact with liquid metals. — 100% biosoluble — high temperature resistance — low thermal conductivity — high chemical resistance * — low weight — good tear resistance — high flexibility — easy processing — complicated geometries can be produced — recyclable * to achieve higher acid resistance, a special coating is required. Available from manufacturer. Application: Burner plant components, crucibles, thermocouple housings, coupling devices in continuous casting plants, channel elements of metal troughs, inlet device in the melting of non-ferrous and ferrous metals, gasket in aluminium foundries, gaskets in blast furnaces, expansion joints, pipe insulation, catalyst insulation, repair work in the high temperature range.

High-temperature vacuum-formed products made from biosoluble ceramic fibres are lightweight and strong parts or structural elements that can be used at temperatures up to 1 .600 °C in air and in aggressive environments, including direct contact with liquid metals. — 100% natural — biosoluble — high thermal shock resistance — low thermal conductivity — high chemical resistance * — recyclable — low weight — good tear resistance — high flexibility — easy processing — harmless to health — complicated geometries can be produced * A special coating is required to achieve high acid resistance. Available from manufacturer. Fields of application: gaskets, crucibles, thermocouple housings, coupling devices in continuous casting plants, expansion joints, convex and flat gaskets in blast furnaces, channel elements of metal troughs, inlet device in the melting of non-ferrous and ferrous metals.

Heat-insulating refractory modules made of biosoluble ceramic fibres based on calcium and magnesium silicates with high thermal insulation values at operating temperatures up to 1,200°C, usable as an insulating and working layer of high-temperature equipment of any construction and type of application with the air velocity < 40 m/s. Available in two densities of 200 kg/m³ and 250 kg/m³. Easy to dispose of without harming the environment thanks to its fibre biosolubility. — 100% biosoluble — high temperature resistance* * with additional CBG special fibre coating up to 1.350°C — low thermal conductivity — good sound absorption — good insulating properties — chemically resistant to acids, alkalis, oil, hydrocarbons and water — good strength — low installation effort — reduced maintenance — environmentally friendly — harmless to one's health — contains no binders, produces no vapours or air pollution

Thermal insulating needle mats (blankets) made of biosoluble ceramic fibres based on calcium and magnesium silicates with high thermal insulation values at all operating temperatures, usable as an insulating and working layer of high-temperature equipment and for the production of thermal insulation products in the form of modules or panels. Available in two densities of 96 kg/m³ and 128 kg/m³. Thanks to its biosolubility, it can be easily disposed of without harming the environment. — 100% biosoluble — good tear resistance — high temperature resistance — high flexibility — low thermal conductivity — easy processing — good sound absorption — environmentally friendly — good insulating properties — harmless to health — high chemical resistance* — contains no binders, produces no vapours or air pollution * to achieve higher acid resistance, a special coating is required. Available from manufacturer.

KOMBI.sens® is a combination of ULTRA.sens® and INFRA.sens® with common base electronics. With this unit, up to 3 gas components can be measured simultaneously. The base electronics can simultaneously supply IR and UV radiation sources. This system is an ideal platform for the detection of multi-component gas at different concentration ranges (vol% and ppm) Combination of IR and UV technology Up to 3 gases + O2 Space-saving construction Cross-billing possible with each other Applications Elemental Analysis Industrial Gas Analysis Emission monitoring (CEM) Laboratories Biogas Research Properties Optimal adaptation to the measuring task Combination of IR and UV technology High accuracy Low power consumption Compact size

For the detection of NO and H2S an EDL (electrodeless gas discharge lamp) is used. A combination of both technologies (UVRAS & UVLEDs) allows simultaneous gas analysis of NO, NO2 and SO2 in the lower ppm range, which is particularly important in flue gas analysis (CEM)2. In the EDL, N2 and O2 are converted to NO and produce selective UV radiation. With this radiation a cross sensitivity free NO measurement is made possible. This method is called UV resonance spectroscopy (UVRAS). Applications Exhaust gas monitoring (CEM)2 Laboratory area Biogas research Industrial gas analysis Engine test benches Portable gas analysis (PEMS)3 Features & Benefits Simultaneous NOx and SO2 analysis Temperature controlled up to 55°C Fast response time < 3 seconds Durable EDL (> 16000h) Flow-independent measurement 0-2L/min No influence of gas humidity No NOx converter required High accuracy Low power consumption Compact size

The ULTRA.sens® is the world’s first OEM gas measurement module based on miniaturized UV LEDs. The stability and lifetime of these UV-LEDs enables high-precision gas analyses down to the ppb range. By using two UV-LEDs 2 gases can be detected simultaneously. With this approach, 2 measuring ranges from ppm to Vol.-% can also be realized. In the spectral range from 200 nm to 500 nm, nitrogen oxides (NO+NO2), aromatic hydrocarbons, hydrogen sulphide, ozone, sulphur dioxide and chlorine can be reliably detected with this novel sensor platform. Applications Environmental and Process Measurement Technology (CEM) Engine development TOC analyzers Elemental analysis Industrial gas analysis Natural gas/biogas analysis Process measurement technology Biogas research

The ULTRA.sens® is the world’s first OEM gas measurement module based on miniaturized UV LEDs. The stability and lifetime of these UV-LEDs enables high-precision gas analyses down to the ppb range. By using two UV-LEDs 2 gases can be detected simultaneously. With this approach, 2 measuring ranges from ppm to Vol.-% can also be realized. In the spectral range from 200 nm to 500 nm, nitrogen oxides (NO+NO2), aromatic hydrocarbons, hydrogen sulphide, ozone, sulphur dioxide and chlorine can be reliably detected with this novel sensor platform. Applications Environmental and Process Measurement Technology (CEM) Engine development TOC analyzers Elemental analysis Industrial gas analysis Natural gas/biogas analysis Process measurement technology Biogas research

The ULTRA.sens® is the world’s first OEM gas measurement module based on miniaturized UV LEDs. The stability and lifetime of these UV-LEDs enables high-precision gas analyses down to the ppb range. By using two UV-LEDs 2 gases can be detected simultaneously. With this approach, 2 measuring ranges from ppm to Vol.-% can also be realized. In the spectral range from 200 nm to 500 nm, nitrogen oxides (NO+NO2), aromatic hydrocarbons, hydrogen sulphide, ozone, sulphur dioxide and chlorine can be reliably detected with this novel sensor platform. Applications Environmental and Process Measurement Technology (CEM) Engine development TOC analyzers Elemental analysis Industrial gas analysis Natural gas/biogas analysis Process measurement technology Biogas research

The ULTRA.sens® is the world’s first OEM gas measurement module based on miniaturized UV LEDs. The stability and lifetime of these UV-LEDs enables high-precision gas analyses down to the ppb range. By using two UV-LEDs 2 gases can be detected simultaneously. With this approach, 2 measuring ranges from ppm to Vol.-% can also be realized. In the spectral range from 200 nm to 500 nm, nitrogen oxides (NO+NO2), aromatic hydrocarbons, hydrogen sulphide, ozone, sulphur dioxide and chlorine can be reliably detected with this novel sensor platform. Applications Environmental and Process Measurement Technology (CEM) Engine development TOC analyzers Elemental analysis Industrial gas analysis Natural gas/biogas analysis Process measurement technology Biogas research