Sintered - Import export

Silicon carbide is a kind of inorganic non-metallic materials, with excellent mechanical strength and hardness, small creep deformation, good oxidation resistance, good corrosion resistance and good wear resistance, it is an ideal choice for high temperature engineering materials. Due to the outstanding properties, silicon carbide ceramic is also recognized as a mechanical sealing ring material better than metals, tungsten carbide, al2o3 ceramics and more. Place of Origin: China Material: Silicon Carbide (SiC) Color: Black/grey Material: Silicon Carbide Ceramics Volume density: 3.10-3.15 g/cm3 Max temperature: 1600°C Silicon carbide content: ≥98% Flexural Strength: ≥400 MPa Hardness: ≥ 92 HRA Size: Customizable Application: Industrial Furnaces Supply Ability: 5000000 Piece/Pieces per Month Packaging Details: Standard exporting packing Port of shipment: Xiamen Lead Time :15-30days Payment term: T/T,L/C etc.

Characteristics: •Suitable for small volume magnets with complex shape •Compact crystal, high intensity •Regular shape, precision size •Even elements, stable performance •Suitable for compound magnet •Excellent temperature stability (temp. coefficient of Br is the smallest among all of the other permanent magnets.) Application: •Inner magnetic voltmeter/ammeter, electronic type power energy measuring instrument, avometer, flow meter •A wide range of magnetic sensor, polarized relay, temperature and pressure controller •Buzzer of mobile phone, hearing aids, mini speaker •Lighter of automobile, odometer of automobile and motorcycle, permanent magnet motor, absorptive appliance •Widely applied in high stability fields, such as aviation, spaceflight and military technology.

Sintered Stone Grey Floor and Wall Big Slab Slate Marble Stone 9mm Thickness Wall Tile 1200X2700mm

Plansee supplies sintering and annealing boats made of molybdenum, tantalum, niobium, tungsten and various alloys such as ML or TZM. They are dimensionally stable, corrosion resistant against many chemicals and have a very good creep resistance. Whether is is continuous or batch furnaces - Plansee has the right solution at hand. For best quality surfaces we supply sintering and annealing boats with coatings made of aluminum and zirconium. Plansee produces its boats according to the customer's drawing in different sizes and shapes.

Currently, production of the parts from mixed metallic powders is slowly displacing traditional casting and stamping. It is happening because this method is different with its speed and cost efficiency. Wastes from the metal-parts production can be used to produce powders. Parts, produced by this method, have high durability and wear-resistance. Sintering allows to receive parts with precise geometric forms. Parts don’t require further machining. Technology of production of sintering suggests putting metal powders into special forms. They are thermal treated in the gas environment, that allows to increase plasticity of material and also add special polymers. Then, parts are being pressed, rolled and formed. During those processes, parts of the metal powders are strongly melted with each other, creating a monolith mass. In order to provide parts with hardness and wear-resistance, they are being thermal treated in special furnaces. More info https://eurobalt.

Our production line can produce all base sintered parts for shock absorbers manufacturing. Usually for the manufacture of shock absorber parts we use metal powders Sint C10 and Sint C11, this is the basic material for the production of such parts. Also we can use the material according to your requirements.

We provide the powder metallurgy manufacturing with a wide range of advantages for our clients: Excellent surface finishes Excellent tolerance control Cost-effective processing Inexpensive materials A wider variety of alloys to use A high-quality end products Machining minimization while producing parts Controlled porosity for self-lubrication or filtration Materials that can be heat-treated Our production line provides manufacturing Sintered parts for suspension, Sintered parts for oil pumps, Sintered parts for engine, Sintered parts for start motors, Sintered parts for transmission and other custom parts according to your drawings.

Machine dies made from sinter metal that achieve a hardness of 68 to 70 HRC are a speciality of ours. With these dies, materials with a surface hardness of up to 48 HRC can be labelled. By using a complex production method and a special hardening, special options of use in labelling are achieved for these unique hard dies. The dies are produced to customer drawing or data.

For hard castings, we offer manual dies made from sinter metal. Sinter metal dies are characterised by a hardness of 68 to 70 HRC. With these dies, welded or processes hard surfaces can be labelled. Company logos as well as individual numbers and letters can be provided. The maximum font size should not exceed 10 mm.

sic ring

Various of magnets are customized Both magnet with countersunk and the whole magnetic pot assemblies are available. 1.Grade range: N35-N52, N33M-N50M, N35H-N48H, N35SH-N45SH, N28UH-N40UH, N28EH-N40EH, N28AH-N33AH 2.General shapes and size,please look at the table. Max size is 230mm,max length of the magnetization is about 60mm for special customized. 3.Coating/plating:NiCuNi,Ni,blue-white Zn or colorful Zn,Ni-Ag,Ni-Au,Ni-Sn,black epoxy or grey epoxy 4.Magnetization direction: a.Axially magnetized for disc and cylinder; b.Thickness magnetized for block and arc and other shapes; c.Diametrally magnetized for ring,cylinder;segment; d.Radial magnetized for ring magnet,the thickness of ring is within 7mm; e.Customized specific requiremets magnetized,such as Multipole magnetized.

The characteristics of Samarium Cobalt Magnet •Very high magnetic properties with good stability •Superior resistance to high temperature, Curie temperature of majority is over 800°C •Excellent corrosion resistance capability, no coating is needed for surface protection

Sintered hard ferrite magnets are manufactured by a die pressing followed by sintering process which allows economic production of components in a varied array. Sintered hard ferrite magnets are manufactured by a die pressing followed by sintering process which allows economic production of components in a varied array of sizes and shapes. Ferrite magnets have excellent corrosion resistance and have normal operating capabilities between -40 °C and +250 °C.

Features: Made of ground sintered SmCo magnet Powder is mixed with resin and molded like NdFeB bonded magnet No need to be coated because it is difficult to erode and oxidize High-BH (maximum) High-Br and Hc with high-operating temperature, low-temperature coefficient, counter-demagnetization, decay resistance Main products cover SmCo5 and Sm2Co17 magnets, samarium cobalt powder, various assemblies and more OEM orders are welcomed Applications: Widely used in motors, watches, transducers, instruments, positional detectors, generators, radars and more High quality, competitive price, best service

Forged parts made of steel, stainless steel and aluminum including mechanical processing. Pressed brass blanks including mechanical processing, also on rotary transfer machines. Sintered parts made of sintered bronze, sintered porous brass and stainless steel. Filter elements for air, liquids and fuel made of sintered ball material or mesh.

Sintered Bronze Bearing

Sintered Iron Bearings

Sintered bronze sliding bearing Sintered bronze (Cu-Sn-alloy) DIN 1850 / ISO 2795 Maintentance-free Oil-soaked Pre-finished Solid lubricant (for example MoS2) on request Sintered iron / sintered steel on request

Silicon Nitride Ceramic Bar: Silicon Nitride (Si3N4) is 60% lighter than steel but strong enough to survive some of the most demanding applications in a variety of industries. This lightweight, high-strength ceramic material is used as an alternative to stainless steel, super alloys, tungsten carbides and first-generation ceramics such as Al2O3 and ZrO2. It offers excellent thermal shock resistance and high fracture toughness, compatibility with nonferrous metal melts, and improved structural reliability compared to other ceramic materials. Silicon Nitride (Si3N4) Characteristics: >Good thermal shock resistance >Creep resistance >Low density >High fracture toughness >High hardness and wear resistance >Electrical resistivity

Silicon Nitride (Si3N4) is 60% lighter than steel but strong enough to survive some of the most demanding applications in a variety of industries. This lightweight, the high-strength ceramic material is used as an alternative to stainless steel, super alloys, tungsten carbides, and first-generation ceramics such as Al2O3 and ZrO2. It offers excellent thermal shock resistance and high fracture toughness, compatibility with nonferrous metal melts, and improved structural reliability compared to other ceramic materials. When extreme conditions like these push equipment to its limits, Silicon Nitride (Si3N4) industrial ceramics deliver high performance where other materials fail. Typically, Heavy-duty diesel engines. Jet engine igniters. Oil wells thousands of feet underground. Applications for silicon nitride include: Foundries Electronics Oil & Gas Automotive Aerospace

Additive Manufacturing / 3D Printing using the SLS process with a build volume of up to 700x380x580 mm. Additive Manufacturing / 3D Printing not only offers unparalleled variety of shapes and design freedom but also additional features such as mass customization or lightweight construction. Take advantage of the benefits of this innovative technology to stand out from the competition and manufacture more efficiently than ever before. We accompany you at every stage of the process! Personal consultation is extremely important to us so that you can understand and optimize the benefits of the technologies. Contact us. info@ewoqe.com

The boron nitride setter plate is made of high purity 99.7% boron nitride ceramics, has a high operating temperature in an inert gas (2100℃) and vacuum (1900℃) environment. It has excellent thermal shock resistance which can be used for applications having sudden temperature changes. It will not react or wet with a wide range of molten metals and glass. It is also a good electrical insulator. Boron nitride ceramic setter plate for sintering AlN Si3n4 Substrates. The maximum size to produce is 480mm x 480mm, plain holes, thread holes, grooves or shoulders could be machined on the plate. In this field, we can offer precision machined components. Features of 99.7% Boron Nitride: * High thermal conductivity * Low thermal expansion * Good thermal shock resistance * High electrical resistance * Low dielectric constant and loss tangent * Microwave transparency * Non-toxic * Easily machined — non-abrasive and lubricious * Chemically inert * Not wet by most molten metals

Silicon nitride (Si3N4) is a high-melting-point material with high fracture toughness and excellent thermal shock resistance, It is considered to be one of the few monolithic ceramic materials that can withstand severe thermal shock and thermal gradient generated by hydrogen and oxygen rocket engines.

In some cases, metal powders can be easily made of separate metal parts. Powders are used to create floor and building structures, as well as for surfacing. Their application is possible in engineering, nanotechnology, metallurgy, aviation and industrial industry. At our site, you can order production of sintered powder parts. In this article, you will learn about the basic methods of obtaining metal powders. Parts made of sintered metal. Methods for obtaining metal powders are divided into two types: mechanical and physico-chemical. Mechanical methods are more common way to produce metal powders. For this purpose, special devices are used. It is especially advantageous to use this method in the manufacture of powders of beryllium, antimony or chromium.

Our filter grade powders are available in a wide range of particle size distributions and are uniquely suited to produce sintered porous metal filters for demanding applications. Typical materials include a wide number of commercial alloys specifically tailored for filter applications. The alloys available include but are not limited to high performance Stainless Steels, Hastelloys®, Monels®, Inconels® and Nickel. We produce these alloys specifically for sintered filters in tightly controlled size distributions within the 10-250µm range for liquid and gas filtration. We routinely produce more than 25 different sizes of filter product and are happy to take on the challenge of exacting, custom specifications. Filter Powder Expertise We manufacture filter grade powders that are specially atomized to give the highly irregular shape required for precise filtration. Our plant has been producing water atomized powders for sintered

Produced by the powder metallurgical method with chemical composition of ND2Fe14B Very brittle and hard Poorest corrosion resistance of all commercial magnetic material High resistance to magnetic demagnetization Excellent cost to performance ratio Reasonable temperature stability Not suitable for application which exposed to high temperatures Earth permanent magnet (NdFeB) has the strongest magnetism nowadays.It does not only has high remanence, high coercivity, high energy product, and highfunctional, but also it can processed into a variety of sizes easily.Now, it is widely used in avigation, spaceflight, electron, electrical sound, electrical machinery, apparatus, meters, medical technology, and especially apply to develop highperformance, small and light replacements. Our factory produce and manufacture magnets according to customer's design on shape, dimension, grades, coatings etc.

Stainless steel powder 409L/409CB is a ferritic, weldable grade of stainless steel with key performance features, including high compressibility, enhanced green strength and good sinterability. This stabilized grade provides excellent corrosion resistance and has the capacity to provide high-caliber mechanical properties due to the high temperature sintering response. 409L/409CB’s versatility also results from Cb being less prone to oxidation than Ti. In addition, the oxide is unable to combine with carbon and the Cb forms a stable carbide which prevents coarsening of carbides and grains in the weld’s HAZ. 409L/409CB Stainless steel is a prime candidate for automotive exhaust system applications, among other uses. 409LNI Powder has added nickel for new automotive specifications. Ferritic stainless steel powdered metallurgy (P/M) technology is specified for longer-term performance and reliability. Good atmospheric and saline corrosion