Size: 1000*800*840mm; Loading capacity: 1200kg;
Zr/Zirconium sputtering target Available purity: 99.5%,99.9% Dimension: As per your request Available shape: round, rectangle Density: 6.508g/cm3 Melting point: 1852 Boiling point: 4377 Available for COA( Certificate of Analysis) Grade Element composition(%)< Zr+Hf Hf Fe+Cr Sn H N C Nb O R60702 99.2 4.5 0.2 -- 0.005 0.025 0.05 -- 0.16 R60703 98 4.5 -- -- 0.005 0.025 -- -- -- R60704 97.5 4.5 0.20~0.40 1.0~2.0 0.005 0.025 0.05 -- 0.18 R60705 95.5 4.5 0.2 -- 0.005 0.025 0.05 2.0~3.0 0.18 R60706 95.5 4.5 0.2 -- 0.005 0.025 0.05 2.0~3.0 0.18
Purity Density (g/cm3) Shape & Size 99.9% 2.21 Circular 18~30x7~18mm Rine 230~350x5~20mm Plate
Material Purity Density (g/cm3) Shape & Size Titanium Oxide 99.9% 4.24 Circular 50~90x8~12mm
Property: Indium is very soft, silvery white, relatively rare true metal with a bright luster. Density is 7.31g/cm3 and melting point at 156.2. Packing: N.W. is about 500 grams per ingot, size is about 110x30x30 (mm). It is packed with polyethylene film, every 40 or 50 in one plywood case, which will indicates the batch number, net weight, gross weight, case No. etc.(20 kgs/case or 25 kgs/case) Application: Transparent electrode (ITO film), solder in the electronics industry, low-melting alloys, high-performance engine bearings and seal components in low temperature and vacuum fields etc.
Stair tread steel grating is one of the most widely used application of steel bar grating. It can be installed in the factories or in the parks for the permanent or temporary using. Stair tread can be made of low carbon steel, aluminum steel and stainless steel gratings. The low carbon steel grating can be galvanized and painted for better corrosion resistance. Types of stair tread steel grating According to the different fabrications of stair treads grating, it can be divided into welded stair treads, press-locked stair treads, swage-locked stair treads and riveted stair treads. Among the four types, the welded grating stair tread is the most widely used type. It has firm structure and simple technology. The press-locked and swage-locked stair tread can supply better lateral stiffness than other types of gratings. And the riveted stair treads features higher load carrying capacity for longer service life. A welded steel grating stair tread with checker plate nosing. Welded steel grating stair tread.A swage-locked steel grating stair tread with round hole plate nosing. Swage-locked steel grating stair tread. A riveted steel grating stair tread with a vertical stripped plate nosing. Riveted steel grating stair tread.A press-locked steel grating stair tread with a checker plate nosing.
Steel bar grating has so many applications. The platform and walkway application is one of the most important applications. Platform and walkway grating is widely used in the factories, walking street, parking lot, port, warehouse and other places to form a flat and open operating platform or walkway. Sometimes, the platform and walkway grating can be used combined with stair tread gratings for further application. The main types of platform and walkway grating are welded steel grating, swage-locked grating, press-locked grating, riveted grating and close mesh grating. Welded steel grating is the most commonly used type, it is suitable for all common applications. The swage-locked grating and press-locked grating supply excellent lateral stiffness of the grating. The riveted grating and close mesh grating are suitable for pedestrians who wearing high-heel shoes, roller skates and wheeled equipment passing through. To suit the shapes of ground and equipment, there maybe need irregular steel grating in some places. A welded platform and walking grating on the white background. Welded platform and walking grating.A swage-locked platform and walking grating on the white background. Swage-locked platform and walking grating. A press-locked platform and walking grating on the white background. Press-locked platform and waling grating.A riveted platform and walking grating on the white background. Riveted platform and walking grating. A close mesh platform and walking grating on the white background. Close mesh platform and walking grating.Two irregular platform and walking gratings on the white background. Irregular shape platform and walking grating. Features Large and open operating places. The platform and walkway grating supplies a large open places for convenient operating and accessing. Easy to install. The steel grating is easy to install and doesn't need any special skills. It is much easier than the concrete grounds. Low maintenance cost. It is easy to maintain the platform and walkway grating and the cost is lower than other material platform and walkways. Various types. The welded, press-locked and so many other types of grating make it possible to suit more applications and satisfy customers' requirements. Durable and long service life. The main material of platform and walkway grating is galvanized steels, which is corrosion resistance and rust resistance, all these can ensure the long service life of grating. Widely used. The platform and walkway grating is widely used in so many places, such as port, parking lot, power plant, pedestrian street and other places.
Swage-locked grating, also called aluminum grating, is mainly made of aluminum steel bars, and other materials can be stainless steel bars. The bearing bars can be rectangular bars or I bars. I bar swage-locked grating is the most widely used type. In the same depth, I bar swage-locked grating can supply the same strength with the rectangular bar swage-locked grating, but it is lighter and cheaper than the rectangular bars swage-locked grating. The cross bars are inserted into pre-punched holes of bearing bars and then it is hydraulically swaged under tons of pressure to lock the bearing bars in place. In these processes, the swage-locked grating form a permanent locked structure. The standard bearing bar spacing is 1-3/16" or 15/16". There a type of new products named as close mesh steel grating, which has the closer spacing than the standard. The spacing of close mesh steel grating can range from 7/16" to 11/16".
Press-locked grating is also called pressure locked grating or press-locked steel bar grating. Basically, the press-locked grating have the same load capacity with the welded steel bar grating. The difference between press-locked grating and welded steel bar grating are joint connection technology and cross bars. Cross bars of welded steel bar grating are twisted square rods and the bearing bars are rectangular bars or I type bars. Both the bearing bars and cross bars of press-locked grating are rectangular bars. Compared to welded steel bar grating, which is produced through resistance-welding process, the press-locked grating is constructed with the two close-tolerance slotted bars bonded together by tremendous hydraulic pressure. This production can let press-locked grating be a permanent locking. Press-locked grating and swage-locked grating has excellent lateral stiffness, which can be used in some special applications. And the serrated surface is available for press-locked grating.
1.Standards:ASTM B551/B551M-07 2.Grades: R60702/R60704/R60705 3.Finishes Designate: not descaled, descaled, descaled and pickled, as-ground 4.Applications: Zirconium Strips, Sheets and Plates are widedly used as chemical columns,vessels and reactors,heat exchangers,Porous Filters,Anode Basket and electrode in plating solution and etching agent. Other Products: Zirconium ingot, billet, slab Zirconium plate, sheet, foil, strip, ribbon Zirconium round rod, rectangular bar Zirconium wire Zirconium tube, pipe Zirconium forgings and castings. Minimum Order: Comply with customer's demand. (If the quantity is less than our MOQ, we may recommend you the similar dimension in stock. ) Packaging: Ply wooden cases or In accordance with customers requirement. If you have interests in our products, please don't hesitate to contact us!
Brand: yuling Material: ss304 Diameter: 8.5mm Length: 320mm Foldback: 230mm Voltage: 230v Power: 5.5kw Certificates: ce, rohs, iso9001:2008 Warranty: more than 2years -
Brand: yuling Material: ss304 Diameter: 8.5mm Length: 360mm Foldback length: 300mm Voltage: 240v Power: 4.5kw Certificates: ce, rohs, iso9001:2008 Warrany: â?¥2years -
Brand: yuling Material: ss304 Diameter: 8.5mm Length: 360mm Foldback: 300mm Voltage: 240v Power: 5.5kw Certificates: ce, rohs, iso9001:2008 Warranty: more than 2years -
As part of our Ferro Alloy Mineral Range, we offer premium quality Ferro Chrome Mineral, which is mainly made up of Iron and Chrome minerals. Tested for quality and Carbon Content which is the most important ingredient in them, our High Carbon Ferro Chrome Alloys are widely used in processing and production of Stainless Steel Materials. In addition to this, they also contain Sulfur, Phosphorus and Titanium that are important for metal processing units. The Ferro Chrome Medium Alloy provided by us is very important part of Stainless Steel Processing as, this is the ingredient which offers the luster and rust resistive property to it. Apart from this the Ferro Chrome Low Alloy can also be used for adding chromium to Carbon Steel and that is why has been in growing demand in industries across the globe. Why our Ferro Chrome? Mined from best mines across India Tested for quality and purity Processed using advanced processing machinery High carbon content Widely used To produce stainless steel, as it offers luster and rust resistive property To add chromium to carbon steel In Engineering Steels Processing units
Handmade Sword with wood handle and beautiful scabbard.
We produce organic fertilizer from the waste organic materials. General information Product Type: Solid bio residue Application: Fertilizer and soil improver Hygiene method: Heating to 85 C for 60 minutes Physical and chemical properties Dry matter (DM) 80-90 % pH 8-8.5 Nutrient, DM in %, Mg/Kg Kjeldahl nitrogen, approx. 4,5 % DM, 45 000 mg/kg DM Ammoniun-N (NH4), approx. 1,7 % DM, 17 000 mg/kg DM Org-N, approx. 2,8 % DM, 28 000 mg/kg DM Phosphorus (P), approx. 2,6 % DM, 26 000 mg/kg DM Potassium (K), approx. 0,7 % DM, 7 000 mg/kg DM Sulphur (S), approx. 1,8 % DM, 18 000 mg/kg DM Heavy metals Cadmium (Cd) 0.15 mg/kg DM Mercury (Hg) 0.17mg/kg DM Lead (Pb) 0.56 mg/kg DM Nickel (Ni) 4.5 mg/kg DM Zinc (Zn ) 725 mg/kg DM Copper (Cu) 50 mg/kg DM Chromium (Cr) 8 mg/kg DM
Low temperature alloy casting Category Titanium alloy casting Low temperature alloy casting can be used as an important material for the low-temperature structure of hydrogen-oxygen engines. Common grades are TC4 etc. Product Description Low temperature alloy casting can show stronger mechanical properties at low temperature.At present, it has been used in the field of liquid rocket engines, mainly as structural materials such as hydrogen storage tanks for hydrogen-oxygen engines, hydrogen pump impellers, etc., which greatly improves the comprehensive performance of liquid rocket engines. Low-temperature titanium alloys refer to titanium alloys that can work normally under low temperature conditions. They are generally divided into three categories, alpha titanium alloys, beta titanium alloys and alpha-beta titanium alloys. Typical low-temperature titanium alloy products are suitable for working at 253C as a storage container for liquid fuel, and some alloys have good low-temperature plasticity and fracture toughness. The strength of low-temperature titanium alloys can be increased as the temperature decreases, and the toughness remains basically unchanged, making it easy to weld. It has high specific strength, corrosion resistance and low thermal conductivity. It can not only be used as a storage container for low-temperature objects, but also can be used as low-temperature structural parts for the aerospace industry
For sheet metal production
Steel Die Cutting Rule Of Die Making
Non-Ferrous Metals The most commonly used non-ferrous metals are copper, lead, zinc, nickel, cobalt, and precious metals. Millions of tonnes of nonferrous scrap are recovered annually and used by different types of industries. Secondary materials are essential to the industry’s survival because even new metals often require the combined use of recycled materials.
