1. Product: Cobalt cut cathode 2. Brand: ..... cobalt (given upon interest) 3. Quality: typical assay sent before 4. Quantity: mutually agreed up to 40MT/month, but if less required MOQ 10 mt/m can be agreed. 5. Packing: In original producer's sealed drum on pallets 6. Price: Metal Bulletin Low Grade Low Quotation Monthly Average (M) + 5% 7. Delivery: ex bonded warehouse 8. Payment: Conditional release by T/T payment 9. Shipment: from May to December, 2018
COVID 19 RT PCR 90 min swab test kits (Very Highly accurate) Antibody test 30 min (Highly accurate).
3 ply, ffp2, ffp3, iir, ii, rapid antibody tests for consumers (eu).
Personal protective equipment.
Iron ore, Magnetite iron Ore , Hematite Iron Ore, vegetable oil, frozen chicken and nuts, Scrap, cosmetics, Surgical mask, gloves, copper scrap, refined sunflower oil, HMS 1&2 scrap..
Grades: select, nature, rustical, vintage Mainly oak, but also other species possible Olso xl, xxl and solid parquets Pallet = 100 m2, 750 kg, 2, 2 x 1, 0 x 0, 7 m Plastic foil cover, sea freight package
Iron ores are rocks and minerals from which metallic iron can be economically extracted. The ores are usually rich in iron oxides and vary in colour from dark grey, bright yellow, or deep purple to rusty red. The iron itself is usually found in the form of magnetite, hematite, goethite, limonite or siderite. The primary use of iron ore is in the production of iron. Most of the iron produced is then used to make steel. Steel is used to make automobiles, locomotives, ships, beams used in buildings, furniture, paper clips, tools, reinforcing rods for concrete, bicycles, and thousands of other item
Pellets are small balls of iron ore used in the production of steel. They are made with technology that uses the powder that is generated during the ore extraction process, once considered waste. The pellets are used in the production of steel which is used in the construction of bridges, cars, planes, bicycles, household appliances and much more.
Iron ores are rocks and minerals from which metallic iron can be economically extracted. The ores are usually rich in iron oxides and vary in color from dark grey, bright yellow, deep purple, to rusty red. The iron itself is usually found in the form of magnetite (Fe3O4), hematite (Fe2O3), goethite (FeO(OH)), limonite (FeO(OH).n(H2O)) or siderite (FeCO3). Hematite is also known as "natural ore". The name refers to the early years of mining, when certain hematite ores contained 66% iron and could be fed directly into iron making blast
Iron ores are rocks and minerals from which metallic iron can be economically extracted. The ores are usually rich in iron oxides and vary in colour from dark grey, bright yellow, or deep purple to rusty red. The iron itself is usually found in the form of magnetite, hematite, goethite, limonite or siderite. The primary use of iron ore is in the production of iron. Most of the iron produced is then used to make� steel.� Steel� is used to make automobiles, locomotives, ships, beams used in buildings, furniture, paper clips, tools, reinforcing rods for� concrete, bicycles, and thousands of other items.
Iron ores are rocks and minerals from which metallic iron can be economically extracted. The ores are usually rich in iron oxides and vary in color from dark grey, bright yellow, deep purple, to rusty red. The iron itself is usually found in the form of magnetite (Fe3O4), hematite (Fe2O3), goethite (FeO(OH)), limonite (FeO(OH).n(H2O)) or siderite (FeCO3). Hematite is also known as "natural ore". The name refers to the early years of mining, when certain hematite ores contained 66% iron and could be fed directly into iron making blast
Iron Ore Pellets: Pellets are small balls of iron ore used in the production of steel. They are made with technology that uses the powder that is generated during the ore extraction process, once considered waste. The pellets are used in the production of steel which is used in the construction of bridges, cars, planes, bicycles, household appliances and much more. Product Type: IRON ORE PELLETS Fe (T) 64 % Si02 1.150 % Fe0 0.75 Max Ti02 0.021% Al2O3 0.319 % Ca0 1.170 % P 0.032 % S 0.031 % V205 0.004 % Cu 0.057 % N2O 1.290 % Mg0 0.069 % CCS 309 Size 16-19 mm - 7 % 09-16 mm -91 % 06-09 mm 2 % Tumbler Index- for above 6.3 mm 96.2 % -� 95 % min Abrasion Index â??for 0.5 mm 3.8 % - � 4 % max Sticking Index @950 deg C 20.1 % Bulk Density 2.17 % Compression Strength 270 Kg / Pellet � / � 150 kg / pellet Fines below 5mm (-) 5 mm 3 % max Reducibility index 55-65 %
The main description of the plant equipmet is: 1. Brew House Make & Capacity: Steinecker1995 -1999 5 brews/d, 450-500 hl/brew. for 7000 kg malt, 3850 Raw grain Cast-out quantity: 500 hl, 16,5° Plato 8 Brews/ 24 hours, annual capacity 0.85 Mhl Controls are based on Siemens S5 and S7 PCS with, Botec Control system, PC Windows 2000 (Steinecker) Laboratory yield = 97.1% (2.1.09 – 28.5.09, 837 brews) The Brewhouse was installed in 1996 - 1999 by Steinecker to a high standard of control and automation and it contains the following main equipment: Wet Conditioning Mill, capacity 20 tons/hour and it is fully overhauled 2008 Configuration, main characteristics: 1 wet mill plant: 20 t/h 1 mash tun kettle plant: V=550 hl 1 lauter tun plant: D=7200mm 1 weak wort tank: V=155 hl 1 pre run vessel: V=640 hl 1 CIP- water distributor brew/whirpool kettle hot wort max. 520 hl (1 brew / 5 hours) wort cooling 400 hl/h, 10°C - Mash Kettle, a jacketed vessel 550 hl - Enzyme Dosing pot and pump - Lauter Tun complete with spent grain tank and Pondorff pneumatic grains transfer. Tun capacity 814 Hl and diameter 7200 mm, Solids capacity of 7000 kg malt and 3850 kg raw grain. Complete with internal rakes and scrapers - Pre Run Vessel complete with internal heater , volume 640 hl - Wort Boiler/ Whirlpool, gross volume 757 hl net 520 hl - Wort Cooler with aeration – GEA supplied plate heat exchanger (YOM 1990) – rated at 450 Hl/hr cooling the wort from 95oC down to less than 10oC. Cooling achieved with brewing water and then chilled water. Aeration achieved by use of a sintered disc and static mixers, and controlled manually using mass flow meters - 2 Hop Pellet Tanks - 2 Hop Oil Tanks - Brewhouse Weak Wort Tank, volume 150 hl - Alfa-Laval Decanter, year 2008, capacity 100 hl / h - 2 Weak Wort Tanks, volume approx 80 hl each - Gypsum Tank, volume approx 40 hl - Wet starch tank – volume 100 hl - Spent Grains Silo - Spent Grains Drying System - Bulk Acid tank – plastic tank with integral bund and dosing pumps
Modem External basic ADSL modem for single computers. Connection to PC is USB. ull rate speed support up to 8MBps The modems are ANNEX A type and there is support for major protocols: G.DMT, T1.413, PPPoA, PPPoE, T1.483 Issue 2 G.992.1, G992.2. 9x/Me/NT/2000/XP. Qty: 7000 pcs in-stock Brand new, bulk packed (20 in box) Warranty 1 year Price $7 each , or make offer to take all FOB Helsinki , Finland Bulk, 20 pcs in a box
Compressors units (totally 4 pcs) are built by York Sabroe in 2002 and 2003 and they operate with R22 refrigerant. Two identical SAB 128 HF screw compressor units are built on a common base frame with an integrated horizontally mounted oil separators, oil circulation pumps and local operating panels. Common (for two compressors) plate type Freon / Glycol evaporator, internal glycol circulating pump and one large Freon buffer tank is also build on the same base frame. Delivery includes also evaporative condenser and LV / Control cabinet and external glycol circulating pump. Above described 2 x SAB 128 HF packages we have two for sale, one made in year 2002 and the other year 2003. Both packages are still installed and can be tested in mutually agreed time. Units have been in operation approx 6 years and 5 years and they are in very good condition. Technical data Number of compressors - 4 pcs Compressor type - SAB 128 HF Refrigerant - R 22 Cooling capacity - 4 x 379 kW ( 0 /+40C) Swept volume - 4 x 454 m3/h Electric drives (compressor) 4 x 110 kW - 400/690 V 50Hz (also suitable for 60Hz) Freon buffer tank -2 x 1650 liters Plate evaporators - Alfa-Laval M10-BW FGR Evaporative condensers - 2 x BAC VXC 116 Closed Circuit Condenser fans - 1 x 17 kW and 1 x 4 kW for each Condenser circulating pumps- 2 x Grundfors LP80 - 25/133 Glycol pumps - 2 x Grundfors LP 80 - 25/133 2 x Hilge Mahana 65-160
Krones Toptronic K 719-555 Rotary Empty Bottle Inspector The Toptronic inspector is made for inspecting empty returnable PET bottles and empty non-returnable and returnable glass bottles. It utilizes state-of-the-art camera technology to provide precision empty container inspection. The sophisticated inspection modules detect even the tiniest damage or contamination – both in glass and PET returnable bottles. General design features Modular design Table top cover and stand cladding in stainless steel Safe bottle guidance with Raptec handling parts Blower for removing foam and lubricant residues from the container base Enclosed and air-conditioned electronics cabinet Electronic function monitoring Stop function upstream of machine infeed in response to fallen-over containers Rejection unit with retaining bar or clamping starwheel This unit has been in operation only with PET bottles sizes 0.5 liter (four different types), 1.5 liter ( two different types) 1.0 and 1.25 liter bottles and it has been in operation since 2002 and is still in very good operational condition. Handling tools for above mentioned PET bottles will be a part of delivery. Technical specification: Manufactured by: Krones AG, Germany Manufactured in: 2002 Model: K 719-555 Nominal output: up to 72000 bph Actual output: 35000 bph (with clamping starwheel) Inspection units (PET) For foreign containers P.E sensor and camera Base 1 Camera Variostation 1 Camera - sealing surface Residual liquid High frequency + infrared Side wall Camera Optimized scuffing Camera Variostation 2 Camera - Base 2 - inner side wall - full thread Variostation 3 Camera - full thread - lateral neck finish - inner side wall Variostation 4 Camera - sealing surface - lateral neck finish Equipment for SaleGeneral Industry Textile Machinery Process Equipment Energy & Power Wood Working.
The line is designed to fill beer in to three different type of 0,33 litre glass bottles, label the bottles neck around and lower body small around and pack the bottles in to 4 x 6 bottle cartoon boxes. This bottling line capacity is 20000 bph. Clean glass bottles were brought on wooden pallets to depalletizer which feed them to the filling lines. Innofill DMG bottle filling machine and Handtmann MMS filtration system are located in a clean air room. KHS lamella conveyor system for bottle transport and cartoon boxes. The equipment were totally delivered by German KHS in year 2003, most of machines manufactured in year 2002. All control units are Siemens Simatic S7 model with remote connection. The line was shut down in year 2008 and it is still installed and in very good operational condition. Main equipment are: - Bottle Depalletizer KHS AL, semiautomatic - Micro Filtration Handtmann MMS 130 - Filling Equipment KHS Innofill DMG (rinsing, filling and capping) - Labelling Machine KHS Innoket 2060 - Cartoon Box Forming Machine KHS Innopak CA-1 - Bottle Packing Robot KHS Innopak SP 1200 - Box Marking System - Case Sealer KHS Innopak CV.
The recovery plant is specially designed to recover CO2 from fermentation processes at breweries. This complete CO2 plant was installed in 2001 and it has nominal CO2 removal capacity of 1000 kg/h. The plant has Siemens S 7 control system where operation is carried our via a large 12 " color screen panel with Windows CE operating system. This is a complete CO2 recovery plant and final delivery scope depends on buyers needs. The plant has been in operation only approx 5 years and is still installed and in very good condition. The carbon dioxide plants was designed by Danish Union Engineering (www.union.dk ) and the delivery includes following main components: - 1 Scrubber for gas flushing - 2 Foam catcher vessels - CO2 collection, inflammable - 2 Mehrer TZW 70 CO2 compressors - 2 Carbon filters - 2 Dehydrators - CO2 Liquefier - CO2 Storage Tank - 2 Cooling compressors GEA Grasso GD-3 for R717 - Air cooled condenser for NH2 compressors - Alarm center for CO2 and NH3 concentration - Station for 40 kg CO2 still tank filling - CO2 pumping station from a truck to the factory - CO2 purification tester - Steam heated evaporator for liquid CO2 Detailed technical information available for serious buyers
The fan is made by German Pollrich Ventilatoren GmbH in year 2004 and it has been as a back-up emergency fan which has practically newer used and therefore the unit is new like condition. This fan was designed to blow explosive air/gas mixture (VOC) and therefore it fulfills category II 2G, temperature class 1 ATEX 95 norm of explosive proof design. The motor and fan are built on a common heavy duty frame and they are connected with a flexible coupling. Technical data: Manufacturer: Pollrich Ventilatoren GmbH Year of manufacture: 2004 Fan type: VR50S11C1UK0900LG360MMUU Manufacturing no: 123665 Volume: 10.55 m3/sec (37980 m3/h) Max press difference: 8000 Pa (0.08 Bar) Speed: 2980 RPM Max gas temperature: 80 C Power requirement: 104.6 kW Electric motor: CEMP 132 kW / 2970 RPM Type: AC70 315M 2 Classifications: II 2 G EEXd IIC T4 IP 55.
Drum and Container Filling Line, Semiautomatic YOC 2006 The line is designed for filling both 1000 liter IBC’s and normal 209 liter drums / barrels. It consist of straight chain driven heavy duty roller conveyor which is carrying IBC’s or a standard pallet loaded with four drums / barrels through the filling process and conveying them for further storing. The filling machine is semiautomatic coarse-and-fine filling station; first is programmable volumetric and then fine filling with integrated weighing system. Cap closing / bunging and sealing will be made manually but a machine aided. The station operation is controlled by Siemens S7C programmable logic. The line is manufactured in 2006 by Finnish company “Insinööritoimisto Jyrki Kekälainen” who is specialized supplying automation solutions filling and packing applications. Operation description: The operator lifts the empty containers on the conveyor (open the cap of container), the container will move into filling machine and it will be filled automatically with 2 "and 1 / 2" valves, coarse-and fine-filling. After filling the container will move out of the machine and the operator will fix the label and close the cap. After the filling station there is ~16 m long puffer conveyor for the filled IBC`s, where a fork lift will pick up the IBC`s In drum filling the operator lifts the empty drums on pallet (open the caps). Then he lifts the pallet on the conveyor. In the machine there is an extra filling lence for the drums. The drums are filled on the weighing system of the machine which is controlling the filling of each barrel. After the drum is filled the operator move the lence into second drum and machine start to fill it. After all drums are filled the pallet will move out of machine and the operator will close the caps and fix the seals and labels. Technical data: Manufactured in: 2006 Suitable for: Standard IBC and Drums Max filling weigh: 1500 kg Filling accuracy: 0.5 kg Filling capacity: 7 IBC/hour or 35 Drums (209 liters) / hour Roller conveyor type: Chain Driven, Galvanized Roller conveyor length: Approx 16 meters Roll diameter: 80 mm.
