Ceramic materials - Import export

high resistance to moisture can be treated with ceramic materials

We are your reliable partner for the procurement and processing of technical ceramics, e.g. Oxide ceramics (alumina, magnesia, zirconium oxide) and non-oxide ceramics (with carbide or nitride). Technical ceramics - also called industrial ceramics or industrial ceramics - have unique material properties and are therefore one of the most powerful materials available. We offer the following ceramic materials and parts: Semi-finished products: Rods, pipes, flat material, etc. Laboratory parts: bowls, crucibles, etc. Finished parts: Drawing parts of all kinds according to customer requirements

The B+B pressure sensors are suitable for pressure measurement of gaseous and liquid media. They are based on the approved thick-film technology as well as the resistant carrier materials ceramic and stainless steel.

The B+B pressure sensors are suitable for pressure measurement of gaseous and liquid media. They are based on the approved thick-film technology as well as the resistant carrier materials ceramic and stainless steel.

The B+B pressure sensors are suitable for pressure measurement of gaseous and liquid media. They are based on the approved thick-film technology as well as the resistant carrier materials ceramic and stainless steel.

The B+B pressure sensors are suitable for pressure measurement of gaseous and liquid media. They are based on the approved thick-film technology as well as the resistant carrier materials ceramic and stainless steel.

The B+B pressure sensors are suitable for pressure measurement of gaseous and liquid media. They are based on the approved thick-film technology as well as the resistant carrier materials ceramic and stainless steel.

Degreasing all surfaces and parts of non-absorbent materials, e.g. metals, ceramic or plastics and elastomers Cleaning of adhesive surfaces for coatings, paints or adhesives and sealants Cleaning of friction surfaces on which high friction forces are transmitted such as clutch and brake linings (brake cleaners) Removal of aged and gummy oil and grease residues, of residues of brake fluids and silicones, as well as of residues of simple coatings, adhesives and sealants Advantages and benefits Highly effective due to actively cleaning substances Modern cleaner on a solvent base Fast and residue-free evaporation of the cleaner OKS 2660 is suitable for use with the OKS Airspray system Also available as spray version OKS 2661

Degreasing all surfaces and parts of non-absorbent materials, e.g. metals, ceramic or plastics and elastomers Cleaning of adhesive surfaces for coatings, paints or adhesives and sealants Cleaning of friction surfaces on which high friction forces are transmitted such as clutch and brake linings (brake cleaners) Removal of aged and gummy oil and grease residues, of residues of brake fluids and silicones, as well as of residues of simple coatings, adhesives and sealants Advantages and benefits Modern active cleaner on the basis of a solvent mixture Highly effective due to actively cleaning substances Better initial dissolving of soiling than at brake cleaners thanks to longer soaking-in period No formation of condensate on the material surface OKS 2610 is suitable for use with the OKS Airspray system

Degreasing all surfaces and parts of non-absorbent materials, e.g. metals, ceramic or plastics and elastomers Cleaning of adhesive surfaces for coatings, paints or adhesives and sealants Cleaning of friction surfaces on which high friction forces are transmitted such as clutch and brake linings (brake cleaners) Removal of aged and gummy oil and grease residues, of residues of brake fluids and silicones, as well as of residues of simple coatings, adhesives and sealants Advantages and benefits Modern active cleaner on the basis of a solvent mixture Highly effective due to actively cleaning substances Better initial dissolving of soiling than at brake cleaners thanks to longer soaking-in period No formation of condensate on the material surface OKS 2610 is suitable for use with the OKS Airspray system Also available as spray version OKS 2611 (propellant gas CO2)

The base material is ceramic staple fibres. Necessary for spinning the ceramic fibre is a carrier. The carrier material decomposes at 200 °C. When the material is heated up for the first time smoke development and a flaming up is noticeable. The core made from chromesteel wire Provides strength when the carrier material has decomposed. When used under stress, the carrier material determinesthe temperature limit. Available dimensions: width: 8 - 120 mm, thickness: 2 - 10 mm.

The base material is ceramic staple fibres. Necessary for spinning the ceramic fibre is a carrier. The carrier material decomposes at 200 °C. When the material is heated up for the first time smoke development and a flaming up is noticeable. The core made from chromesteel wire Provides strength when the carrier material has decomposed. When used under stress, the carrier material determinesthe temperature limit. Available dimensions: 3 - 30 mm.

Short description: Hochtemperaturbeständig High-temperature-resistant and strong silicone adhesive and sealant. Especially suited for heat-loaded, elastic adhesive bonding and sealing. Very good adhesion on steel, aluminium, glass, ceramic and many other materials. Applications: Industrial furnaces, Flue gas boxes, Heating facilities, Exhaust pipes and Heating cabinets and furnaces. The outstanding product properties (e.g. permanent elasticity) are maintained in the entire temperature range from -60°C to +300°C. Properties: High temperature resistance up to +300°C, Very good UV stability, Excellent resistance to weathering and aging, Good chemical resistance, Elongation to break approx. 500% and Colour: red.

The Hiresta – UX measuring device is used to measure semiconductors or non – conductors (insulators). Measuring range of 10^3 – 10^14 Ω . The Hiresta UX is specialised in measuring the resistance, the surface and volume resistivity of various substances and materials of all shapes and sizes in the high-resistance measuring range. For measurements related to the ASTM D257 / ISO 2951 / JIS K 6911 standard of: antistatic materials flooring materials paper, packaging materials paints, pastes, paints fibers, clothes, fabrics adhesives, greases glass, concrete, ceramics plastics, film materials, foils etc. Up to 2000 measurement results can be exported to USB memory stick The conductivity meter impresses with its compact design, a color 7.5 “TFT touch display and user-friendly menu navigation.

"Ball bearings with a material combination of bearing steel (inner and outer rings) and ceramic (balls) are called ‘hybrid’ ball bearings. All GMN ball bearings can be supplied as hybrid ball bearings. The material characteristics of ceramic balls in hybrid ball bearings result in significant increases in machine performance (in comparison to ball bearings using steel balls), especially under critical conditions.

Dr. Paul Lohmann® offers Magnesium Oxide as powder, micronized powder in food/pharma grade as well as for food supplements. For pharmaceutical applications, it is used for the treatment of hypomagnesemia. For food applications, it is used as acid regulator and for magnesium fortification. For industrial applications, it not only serves as a magnesium raw material for glass ceramics, but is also an efficient carrier for peroxides and persulfates. CAS 1309-48-4 EINECS 215-171-9 Dr. Paul Lohmann® carries out product and application development in close cooperation with customers. This includes the adaptation of chemical and physical parameters such as bulk density, wettability, particle size, purity or pH-value.

Degreasing all surfaces and parts of non-absorbent materials, e.g. metals, ceramic or plastics and elastomers Cleaning of adhesive surfaces for coatings, paints or adhesives and sealants Cleaning of friction surfaces on which high friction forces are transmitted such as clutch and brake linings (brake cleaners) Removal of aged and gummy oil and grease residues, of residues of brake fluids and silicones, as well as of residues of simple coatings, adhesives and sealants Advantages and benefits Highly effective due to actively cleaning substances Modern cleaner on a solvent base Fast and residue-free evaporation of the cleaner

The LMK 458 has been developed for measuring level in service and storage tanks and is as a consequence certificated for shipbuilding and offshore applications. A permissible operating temperature of up to 125 °C and the possibility to use the device in intrinsic safe areas enable to measure the pressure of various fluids under extreme conditions. The basis for the LMK 458 is a capacitive ceramic sensor element designed by BD\SENSORS, which offers a high overload resistance and medium compatibility. Features: — nominal pressure: 0 ... 40 cmH2O up to 0 ... 200 mH2O — accuracy: 0.35 % (opt. 0.1 %) FSO — diameter 39.5 mm — high overpressure capability — high long term stability — shipping approvals: ABS, BV, CCS, DNV, GL, LR Optional Features: — IS-version — diaphragm pure ceramic (99.9% AI2O3) — different housing materials (stainless steel, CuNiFe) — screw-in and flange version — accessoires

Stainless steel gear pump for the delivery of alcohols, isocyanates or gels. The exact volumetric dosing of this series guarantees a low-pulsation and constant flow rate. Due to its compact size and high precision, the CHEM MINI is ideally suited for use in laboratories. Parts in contact with the medium can be made of stainless steel or ceramic materials. The series is available in sizes from 0.2-9-5.5 to 2.95-14-28, other sizes are also available on request. The range of application covers classic transfer and dosing tasks in the chemical and pharmaceutical industry. Due to decades of design experience and optimum material selection, this pump type is suitable for even the most difficult tasks and convinces by its reliability and dosing accuracy in vacuum applications.

Chemical pump with electrical temperature control. The CHEM series is designed to be easy to maintain. Separate pump covers allow a quick inspection of the inner workings from both sides of the pump. To adjust the axial clearance we use shims which can be varied according to process parameters. Chemical pumps of the CHEM series are offered as standard versions with components made of stainless steel or as special versions with coated or ceramic materials. To bring or maintain the pump at process temperature, two temperature control variants can be used, electric and hydraulic.

Witte chemical pumps are used as dosing pumps for a variety of fluids. Pumps of the CHEM series are designed and assembled exclusively at the Tornesch site, thus guaranteeing highest reliability and quality. For all our series we offer a comprehensive spare parts service on request. In addition, we also install the pumps directly at our customer's plant. Dosing pumps of the CHEM series are extremely flexible in their design and can be offered in various variants and equipment thanks to a modular system. Differential pressures up to 120 bar, suction pressures vacuum up to 15 bar Temperatures up to max 500 °C in combination with a magnetic coupling. Viscosities up to 1.000.000 mPas or higher Components made of stainless steel, ceramic and special materials Flow rates from 20 l/h to 170,000 l/h

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.

Applications: - Laser cutting, dicing, and filamentation - Laser drilling – available as trepanning or percussion process - Laser micro structuring and ablation, e.g. with FSLA technology - Laser micro engraving, both on the substrate surface and as sub surface engraving in transparent materials Laser-Lift-Off (LLO) using DPSS laser and scanner systems Materials: ceramics, metals, polymers, glass materials, semiconductors, compound material

The regenerative thermal oxidizer from Venjakob Umwelttechnik with its low consumption of primary energy is particulary well suited to the removal of low to medium concentrations of solvend based pollutants (VOC). This machine is characterized by: The regenerative thermal oxidizer (RTO for short) embodies the state of the art technology for cleaning organic pollutants from exhaust gases (including VOCs). The systems ordinarily feature three alternately supplied heat exchanger chambers equipped with ceramic honeycombs. This material is suitable for absorbing, storing, and transferring very high amounts of heat. This allows a heat exchanger efficiency of over 95% to be achieved, so that the process temperature above 800 °C, which is required for the pollutant conversion, can be reached with a minimum of additional energy. Consequently, depending on the combustion heat of the pollutants to be cleaned, autothermal operation can be accomplished for most applications without the need for additional fuel. With careful planning, the excess heat of combustion can be effectively utilized so that the overall system can be viewed as an energy source rather than as an energy consumer. We can offer a variety of special solutions depending on the application:

Plasma systems from Diener electronic have long since established themselves in a wide variety of industrial sectors. With the PlasmaBeam DUO atmospheric pressure plasma system, you can rely on modern and future-proof plasma jet technology under atmospheric pressure. Due to the treatment width of 8 - 10 mm, substrates can be precisely treated locally. PlasmaBeam technology can be used for inline processes. With the help of robots, 2 or 3-dimensional surfaces can be treated. PlasmaBeam enables local surface cleaning without masking the rest of the surface. For example, cleaning before wire bonding and various processes in the electronics industry. Furthermore, the PlasmaBeam is suitable as a pre-treatment device for the following processes: Gluing, bonding, printing, laminating, soldering, welding, flocking. The following surfaces can be treated with PlasmaBeam: Plastics, rubber, metal, glass, ceramics, hybrid materials.

Plasma systems from Diener electronic have long since established themselves in a wide variety of industrial sectors. With the atmospheric pressure plasma system PlasmaBeam Mini, you can rely on modern and future-proof plasma jet technology under atmospheric pressure. Due to the treatment width of 3 - 5 mm, substrates can be treated locally with precision. In contrast to the Plasmabeam devices, the PlasmaBeam Mini is designed for laboratory use. The PlasmaBeam technology enables local surface cleaning without masking the rest of the surface. For example, cleaning before wire bonding and various processes in the electronics industry. Furthermore, the PlasmaBeam is suitable as a pre-treatment device for the following processes: Gluing, bonding, printing, laminating, soldering, welding, flocking. The following surfaces can be treated with PlasmaBeam: Plastics, rubber, metal, glass, ceramics, hybrid materials.

Plasma systems from Diener electronic have long since established themselves in a wide variety of industrial sectors. With the PlasmaBeam DUO atmospheric pressure plasma system, you can rely on modern and future-proof plasma jet technology under atmospheric pressure. Due to the treatment width of 8 - 10 mm, substrates can be precisely treated locally. PlasmaBeam technology can be used for inline processes. With the help of robots, 2 or 3-dimensional surfaces can be treated. PlasmaBeam enables local surface cleaning without masking the rest of the surface. For example, cleaning before wire bonding and various processes in the electronics industry. Furthermore, the PlasmaBeam is suitable as a pre-treatment device for the following processes: Gluing, bonding, printing, laminating, soldering, welding, flocking. The following surfaces can be treated with PlasmaBeam: Plastics, rubber, metal, glass, ceramics, hybrid materials.

Heat Treatment furnaces MOV are ideal for the treatment of sophisticated materials if high temperatures and an absolutely clean hydro-carbon free atmosphere are required. Due to the ultrahigh vacuum atmosphere as well as the extreme temperature homogeneity and the fully automatic process the furnaces are especially suitable for the economic application in industrial and medical productions, i.e. for brazing of vacuum interruptors, parts of x ray tubes, heat exchangers, parts used in the medical and aerospace industry. Applications: MOV furnaces are universally applicable if heat treatment with particularly high requirements in respect of cleanliness for exacting materials is involved, for example: • Degassing of electric or radiation tube components • Bright- and stress-free annealing of high-temperature alloys • Sintering of high-melting and heavy metals such as tungsten • Production of high-quality fluxless braze joinings of steels, steel-ceramics and many other materials.

Plasma systems from Diener electronic have long since established themselves in a wide variety of industrial sectors. With the PlasmaBeam atmospheric pressure plasma system, you can rely on modern and future-proof plasma jet technology under atmospheric pressure. Due to the treatment width of 8 - 10 mm, substrates can be precisely treated locally. PlasmaBeam technology can be used for inline processes. With the help of robots, 2 or 3-dimensional surfaces can be treated. PlasmaBeam enables local surface cleaning without masking the rest of the surface. For example, cleaning before wire bonding and various processes in the electronics industry. Furthermore, the PlasmaBeam is suitable as a pre-treatment device for the following processes: Gluing, bonding, printing, laminating, soldering, welding, flocking. The following surfaces can be treated with PlasmaBeam: Plastics, rubber, metal, glass, ceramics, hybrid materials.