ash 6.0 max
volatile 11.0-12.5
fixed carbon 80-84
compressive strength 17.0 Mpa min
resistivity 80OHM MM2/M max
volumedensity 1.36 g/cm3 min
size: 60-80mm 90% min
or subject to the buyer's
Ash: 5%~7%max V.M: 9.5~13%max Compressive Strength: 15.7~19.6 Resistivity:68~80 Elongation:5~20 Bulk Density: 1.36 MOQ: 200T
SI 0.28 p 0.004% V.m 10 .15 ash 4.0% fe 0.25% resistivity 65 .90 Density 1.46g&cm compression strength 18mpa real density 1.98gcm
Carbon Electrode Paste / Soderberg Electrode Paste Quality Specification: At the customers end the paste is fed in the upper part of the electrode it softens and melts forming the shape of the electrode casting. Flow ability of carbon electrode paste is essential for proper operation of electrode. It is important that the paste flows at a reasonable temperature and fills the casting of the electrode, maintaining a consistent mixture of components. The paste then gets baked to a solid mass as it moves down and is capable of passing the required current to the furnace charge. The plasticity of paste , the measure of its flow ability is controlled in the mixer by adjusting the binder content or percentage of coke fines. The lower baked part of the electrode is the final electrode product. The physical properties of this paste are of vital importance to ensure proper electrode operation without breakages. Green paste: A) Plasticity : 30-35%, 35-40% (or as per buyers requirement ) B) V.M. : 12-14% C) ash : 0.5% max D) f.C. : 86% min E) Apparent density : 1.58gm/ccmin. Baked paste : A) f.C. : 99% min B) porosity : 22-24% C) Apparent density : 1.36gm/cc min D) ccs : 250kg/cm2 min E) electrical resistivity : 70-90 micro ohm meter. Size : mould of 24ö dia & 4ö thick (wt. Approx 46kg. To 48 kg. Per block). 24" dia & 4"thick approx 46 to 48 per block. Size in briquette form or as per buyers requirement can also be made available.
Egg shape electrode paste , ton bags package Trapezoid shape electrode paste, upper 12.5*7.5cm, bottom: 9.0*4.5cm, height:7.5cm Cylinder sodergerg electrode paste, customized. such as 600*500mm,450*750mm,500*1000mm.etc.
Supplier: Commodities namely metal steel, oil & petroleum such as diesel en590, bitumen, jeta1, lng, lpg, coal, wood pellets, urea, dap, copper cathode, etc. other products: seafood food, birdnest, japanese food products namely wagyu beef, japanese sake.
Grade - Q235/Q235B/Q345/Q345B/SS400 Technique - Hot rolled/Welded Material - Q195,Q235,Q345,16Mn,20#,45#,A53,A106,St37,St35.4etc thickness - 0.5mm-12mm(+/-0.1mm) OD - 15*15mm-400*400*mm(+/-0.1mm) Length - according to the customer's requirement Surface treatment - Galvanized/ Varnish Painting/Black Painting/Color coated Application - Petrol/gas/water delivery, construction, chimney pot, furniture ,machinery
Raw melting material - aluminum scraps, cans, engine waste etc. Output capacity - 5-30 tons/h, customized Automation - Full automatic/ half automatic (based on output requirement and investment budget Ingot type - ADC12 (7.5kg/ 10kg / customized) 1. After cleaning the oil and grease of waste aluminum, manually put it into the furnace with a forklift; 2. Ignition for melting furnace .Heat up to 680C, and input appropriate proportion of alloy elements. Heat up to 800C, melt and stir evenly, then fetch samples to the spectrometer for testing. Every lot of production need to do testing . 3. Put A tool that attracts iron into the furnace by forklift, to suck away the iron in the aluminum water. 4. Put the slag agent into Alu liquid to remove the slag. After slag removed , put the slags into Aluminum ash separation machine , and let the aluminum water and ash separate. The proportion of slag agent and aluminum liquid is 1:500 5.Open the drain valve and the aluminum water flows automatically to the ingot production line After the ingot casting is completed, the ingot stacking robot will stack the ingots, which means the production is completed.
Metal tin is mainly used in the manufacture of alloys. Tin and sulfur compounds - tin sulfide, which is similar in color to gold, is commonly used as a gold pigment. Tin's modern application is as a solder for the electronics industry. Used in various purities and alloys (often with lead or indium), tin solders have a low melting point, which makes them suitable for bonding materials. Standard ASTM B29-03, BS EN 12659:1999, GB/T 469 -2005 , Content Pb â?¥ 99.99 % Density 11.34 g / cm 2 Color Bluish Weight 35 kgs / lump, 55 kgs / lump Dimension 21" x 4" x 2.5" Package Standard Sea-worthy package, fixed by belt per ton Shape Rectangular Lump Application lead-acid storage batteries Ammunition, cable sheathing, and building construction materials counterweights, battery clamps cast products such as: bearings, ballast, gaskets, type metal, terne plate, and foil Container Size 20Gp - 2.352(width) *2.385 ( Height ) * 5.90 ( Inside length ) Meter 40Gp - 2.352(width) *2.385 ( Height ) * 11.8 ( Inside length ) Meter 40HQ - 2.352(width) *2.69 ( Width ) * 5.90 ( Inside length ) Meter
1,Hight prurity (99.99% min) Metal Antimony (Sb) 2,4N>99.99%, 5N>99.999%, 6N>99.9999%, 7N>99.99999% 3,Lumps/Ingot/Granule/Bar 4,Color: Gray 5,Atomic weight: 121.760 6,Electronegativity: 2.05 7,CAS No.: 7440-36-0 8,Density: 6.697 g/cm3 (25â??) 9,Melting Point: 630.63 â?? 10,Boiling Point: 1587 â?? 11,Mainly used for the preparation of â?¢ - V compound semiconductor InSb, Bi2Sb, GaSb, high purity alloys, electronic refrigeration element materials and germanium, silicon single crystal dopants.
