Zirconium oxide - Import export

Durable Zirconium Oxide Ceramic Scalpel/INNOVACERA Technical cutters made of reinforced zirconium oxide ceramics are the standard material of choice in many machines and applications. we can supply product upon request. Product features: 1,Faster cutting rates 2,Consistently good cutting quality, e.g. improved strength of spliced connections 3,No corrosion 4,Smooth running 5,Extended maintenance intervals 6,Universal cleaning possibilities using acids, alkaline solutions and organic solvents Product application: 1,textile industry 2,Medicine 3,Food and beverage production 4,Automotive

Discover over 1500 jewelry references in our gold-plated collection. All our jewelry is made with a minimum 3-micron gold plating, in compliance with French regulations. We offer models for all types of jewelry, including rings of course, but also earrings, chains, pendants, bracelets, necklaces and long necklaces. Many of our jewels feature natural stones and the inevitable zirconium oxides, to bring you original collections of costume jewelry, classic jewelry and high-fashion jewelry. We regularly offer new collections to keep up with the latest trends, with both unique designs of our own creation, and must-have pieces such as creoles and bangle bracelets. LAVAL is a wholesaler of gold-plated jewelry, as well as fashion jewelry in many other materials (925 silver, steel, 9k and 18k gold).

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.

Version: Ground. Top face without centerbore. Note: Rest pads can also be used as feet for jigs and fixtures. Advantages: Cerazur is extremely impact and bend resistant. The basis of this material is zirconium oxide. It is a composite metal-ceramic material.

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

Form A locating pins are used to position workpieces and fixture parts in reamed holes. The flattened Form C can be used to bridge tolerances in hole spacing or to secure the part to be positioned in one direction only. The Form A locating pins can also be used as limit stops or fixture feet. Advantages: Cerazur is extremely impact and bend resistant. The basis of this material is zirconium oxide. It is a composite metal-ceramic material. Drawing reference: Form A and B: cylindrical locating pin Form C and D: flattened locating pin

The CM-Sensors are specially designed for demanding applications: They withstand high pressures up to 100 bars (and more) at temperatures up to 190 °C. At conventional sensors with a similar size the probe head must be kept free from surrounding conductive objects, in order to avoid pre-attenuation of the measuring system. In contrast, the socket for the CM-sensor does not require additional notches or holes.This feature arises from the utilization of zirconium oxide as housing material and ferritic components with a focusing effect. The CM-sensor is typically applied to monitor the orbit of a turbocharger’s shaft.Its ball bearings have a squeeze film damper to reduce the rotor vibration. In order to optimize the entire system the CM-sensors detect the exact position of the turbine- and compressor wheel under real operating conditions.

During pendulum grinding, the Tyrolit grinding wheel moves over the workpiece at a high feed rate. The cast material is processed during the stroke movements, both in synchronised and counter-rotation. Tyrolit pendulum discs are suitable for almost all pendulum grinding machines and deliver the best results, for example when grinding and fettling heavy cast workpieces or metal blocks. The high-quality Tyrolit grinding discs for pendulum grinding are the result of decades of expertise in the development of grinding tools. They significantly increase the efficiency of manual machining of cast workpieces. Zirconium aluminium oxide is frequently used in the abrasive mixtures, which enables shorter grinding times, higher stock removal rates and longer tool life. Advantages of Tyrolit grinding discs: . Less effort required due to high cutting ability . Customised product . Maximum safety for manual sanding work

Cut-off wheels are put under immense pressure when machining cast iron. Tyrolit has spent many years developing and testing its products to ensure the best results. We offer special cut-off wheels with a long service life and an attractive price-performance ratio. Tyrolit cut-off wheels for cast iron are the best on the market. They combine a new bonding system with high-quality zirconium aluminium oxide and are available in various degrees of hardness. In addition to resin-bonded cut-off wheels, there are diamond products for grey and ductile cast iron and silicon carbide wheels for heavily ground parts. The tools are suitable for use on angle grinders and, in some cases, stationary cutting machines. The Cerabond X cut-off wheels are the most innovative on the market, offering maximum aggressiveness and fast cutting times thanks to their ceramic grain and unique bonding system.

Zirconia ceramic disc plates are characterized by high toughness, high bending strength, high hardness and high wear resistance.Zirconia ceramics have a dimensional hardness of 11.5GPa, a density of 6.0g/cm3 and a compressive strength of 2100MPa. Zirconia ceramics are widely used as ductile ceramics with fracture toughness up to 8.0 mpAM1/2. Advantages: smooth surface (easy to clean), good toughness, impact resistance, high hardness, wear resistance, low thermal conductivity (heat insulation), generally no insulation and high temperature resistance Applications: machinery, optical fiber, cutting tools, medical, food, chemical, aerospace Ceramic material composition: - - 95%--99.99% Alumina (Al2O3) - - Silicon Carbide · Silicon Nitride - - TTZ: Magnesia partially stabilized Zirconia (ZrO2) - - YTZP: Yttria partially stabilized Zirconia (ZrO2) - - ZDY: Yttria fully stabilized Zirconia (ZrO2)

Zirconia (ZrO2) Ceramics have the highest toughness and strength at room temperature of all the advanced ceramic materials. At present, it has been widely used in grinding balls, dispersion and grinding media, nozzles, ball valve seats, zirconia molds, micro fan shafts, optical fiber pins, optical fiber sleeves, drawing dies and cutting tools, wear-resistant knives, and other room-temperature resistant Grinding parts and so on. Zirconia is widely used in the fields of the thermal barrier layer, catalyst body, medical treatment, health care, textile, and so on. This dense advanced ceramics material is usually precision ground using conventional diamond cutters and wheels. Machines used for precision grinding include: Surface grinders CNC milling machines Jig grinders Centerless grinders CNC lathes ID grinders

Hexagonal Boron Nitride has a microstructure similar to that of Graphite. In both materials this structure, made up of layers of tiny platelets, is responsible for excellent machinability and low-friction properties. we called hexagonal boron nitride (HBN) or white graphite. Material of Boron Nitride Ceramics: Pyrolytic Boron Nitride: 99.99% Boron Nitride* 99 Boron Nitride: Boron Nitride + Boric Oxide (B2O3) CABN: Boron Nitride + Calcium Borate ALBN: Boron Nitride + Al2BO3 ZRBN: Boron Nitride + Zirconium Oxide + Boric Oxide (B2O3) ZABN: Boron Nitride + Zirconium Oxide + Aluminum Nitride + Al2BO3 SCBN: Boron Nitride + Silicon Carbon + Al2BO3 Processing of Boron Nitride Ceramics: 1.Hot Pressed Sintering 2.Chemical Vapor Deposition

Zirconium oxide jars 60 times the hardness of regular steel, highly wear-resistant and resistant to acid and solvents. The grinding jars are extensively applied to in the fields of Paint, Ink, Geology, Metallurgy, Electronics, Construction Material, Ceramics, Chemical Engineering, Light Industry, Medicine, Environmental Protection and so on. Each jar set includes grinding jar, jar lid, rubber sealing gasket and different sizes of mixed zirconium oxide grinding balls. Specification: .High cost-effective, low wear and long lifetime. .High specific gravity, high efficiency. .Highly wear resistant to acid and solvents. .Highly polished, smooth, easy to clean, low abrasion to the equipment. .High mechanical strength, good toughness, impact resistance, no broken beads. .Mainly used for lab planetary ball mill machines.

INNOVACERA is good at yttria stabilized zirconia. Unlike other ceramic materials, zirconia is a material with very high resistance to crack propagation. Zirconium oxide ceramics also have very high thermal expansion and are therefore often the material of choice for joining ceramic and steel. > high fracture toughness > thermal expansion similar to cast iron > extremely high bending strength and tensile strength > high resistance to wear and to corrosion > low thermal conductivity

Black Zirconia Ceramic Cutting Blade INNOVACERA Technical cutters made of reinforced zirconium oxide ceramics are the standard material of choice in many machines and applications. Customized design is available~ Product features 1,Faster cutting rates 2,Consistently good cutting quality, e.g. improved strength of spliced connections 3,No corrosion 4,Smooth running 5,Extended maintenance intervals 6,Universal cleaning possibilities using acids, alkaline solutions and organic solvents

INNOVACERA is good at yttria stabilized zirconia. Unlike other ceramic materials, zirconia is a material with very high resistance to crack propagation. Zirconium oxide ceramics also have very high thermal expansion and are therefore often the material of choice for joining ceramic and steel. Features: > high fracture toughness > thermal expansion similar to cast iron > extremely high bending strength and tensile strength > high resistance to wear and to corrosion > low thermal conductivity Ceramic material composition: . TTZ: Magnesia partially stabilized Zirconia (ZrO2) · YTZP: Yttria partially stabilized Zirconia (ZrO2) · ZDY: Yttria fully stabilized Zirconia (ZrO2)

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.

Tungsten and tungsten alloy electrodes are used to produce the arc in high-intensity discharge lamps. Tungsten electrodes from Plansee excel due to their outstanding physical and mechanical properties: a high melting point, low vapor pressure, low thermal expansion, good thermal conductivity and a low electron work function. Plansee supplies anodes, cathodes and support rods. With special alloy additives, Plansee improves the high-temperature dimensional stability, electron work function, formability, machinability and thermal conductivity of the material. For cathodes, aluminium-potassium silicate (AKS) or lanthanum oxide-doped tungsten is available. A new addition to the range: WLZ, a tungsten material doped with lanthanum and zirconium oxide. WLZ is the non-radioactive alternative to thorium-doped materials.

Proper purging is absolutely essential to guarantee high-quality welding of high-alloyed, corrosion-resistant components. As part of this the Oxy EVO oxygen analyser can be connected to our orbital welding controllers for the purpose of inspecting and documenting the residual oxygen content and evaluated. — Extremely easy menu navigation — For inert gases and gases containing H2 (max. 10%) — Measuring cell made of zirconium oxide (maintenance-free) — 3.5" colour touch display — USB interface for exporting documentation — Digital and analogue interface and Bluetooth for communication with our orbital welding controllers and other PSPS — Activation and evaluation exclusively using the digital interface — User-definable threshold and alarm adjustment — Acoustic signal generator ... Package includes: — Oxygen analyser — Power cable — Hose set, 3 m, incl. filter and probe — Calibration certificate — Transport case

Measuring devices are the first step to the perfect weld. Precise purging is essential for controlling weld quality, particularly when welding high-alloy, corrosion-resistant materials that are highly sensitive to oxygen in the welding process. Oxy Smart: — Battery powered device — For inert gases — For mixed gases with hydrogen (max. 10%) — Measuring cell made of zirconium oxide (maintenance free), long lifetime through intelligent software — Robust for use at site (protective frame out of rubber) — Dust- and moisture-proof, also for use around high humidity — Intuitive operator guidance through symbols — Coloured enlighten display — Battery indicator — Fault indication in case of error Package includes: — Oxygen analyser — Charging cable with various adapter plugs for worldwide use — Hose set, 1m, incl. filter and stainless steel probe — Calibration certificate — Plastic case with inlay

To cut capillary tubes, special blades are required, which are made of a material that is harder than glass. Normally, blades with an extremely hard diamond edge are used. However, zirconium oxide blades are a less expensive and convenient alternative. They are also very hard, and can be sharpened easily at any time by simple regrinding. These blades are excellently suited for cutting glass capillaries, as the flat blade can be drawn accurately across the glass surface. Moreover, the capillaries can be parted cleanly at the incision point. This method can even be used on extremely fine test tubes with wall thicknesses of only 0,01 mm. For convenient and secure use in one hand, the blades can be clamped into our aluminium blade holders. Therefore, we recommend requesting the blade holder as well. Glass cutting-tools