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Abrasive mesh materials are used for grinding and sanding gypsum surfaces, plasterboard, plaster and many other soft surfaces. The belts are used on hydraulic components. They are perfect for lapping pipe elements to better match them to each other, cleaning them from rust and dirt. Double-sided grain prolongs their lifeness. Belts are waterproof. Grit. Size Size 60,38mm x 50m,38mm x 100m 80,38mm x 50m,38mm x 100m 100,38mm x 50m,38mm x 100m 120,38mm x 50m,38mm x 100m 150,38mm x 50m,38mm x 100m 180,38mm x 50m,38mm x 100m 220,38mm x 50m,38mm x 100m
The most important solid fuel, coal is not a homogenous substance. The most important ones are boneblack, clay, gypsum, marcasite and pyrite. Therefore, coalfields differ alot in various firms, there is even difference between coal samples from the same coalfields. There is oxygen, hydrogen, azote and sulphure in coal other than carbon. The dispersion percentage of these elements vary in different coal types. Brown coal has a water absorbing characteristics. Hence, it involves more humidity. Humidity absorption skill decreases from brown coal to anthracite. The less the absorption skill is, the more the flotation skill increases. Coal is naturally a floatable substance. Some neutral oils are used in flotation to reduce the flotation time and increase the performance. These are gas oil, creosote and fuel oil. Newly acquired coal usually floats more easily than the coal which was extracted from the mine a couple days earlier and left for spooling. The oxygen of the air gets the coalÆs surface oxidized and reduces its floatability even in normal atmosphere temperature. When the coal is not wished to float, it is oxidized with tassium permanganate. %1 NaOH is required to break the oxide layer. Oxidation occurs more in low quality coal when compared to the high quality one. Floatation skills decrease upon that. Control reactives that suppress the foreign minerals should be used to acquire clean coal concentrations. Sodium carbonate and sodium silicate are used to suppress clay and discharge. Percentages of Various Elements Coal Type C H O N S Anthracite 94,5 3 1,25 0,75 0,5 Semi-Bituminous 91,5 5 1,75 1,25 0,5 Bituminous A 89 5,5 3,5 2,5 0,5 Bituminous B 84,5 5,5 8 1,5 0,5 Sub-Bituminous 79,5 5,5 12,75 1,75 0,5 Brown Coal 73,5 5,3 19 1,7 0,5.
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
Features of sisal fiber Sisal is a common species of agave, mainly grows in tropical regions. The sisal fiber, extracted from the leaf sheath, has the characteristics of white, Tough texture (strong tensile force), flexible, resistant to sea water immersion and rub, less glue, not easy to slip and others. Applications of sisal fiber Sisal fiber is widely used in navigation, oilfield, mine, lumbering, architectural industry, civil use and transportation. Such as gypsum board, wall paper, paper pulp, sisal ropes, cat toys, insole, brush, bouquet packing, aircraft and bouquet packing.
Bentonite is a type of clay that is composed of volcanic ash. It is used in various industries such as drilling mud, pet waste absorbent, foundry sand bond, and iron ore pelletizing applications. Bentonites contain a variety of accessory minerals in addition to montmorillonite such as quartz, feldspar, calcite and gypsum. The presence of these minerals could impact the industrial value of the deposit, reducing or increasing its value depending on the application. There are different grades of bentonite such as sodium bentonite and calcium bentonite. Sodium bentonite is used for drilling muds, pet waste absorbents, and iron ore pelletizing applications. Calcium bentonite is used for foundry sand bond applications. TAP GROUP can source Sodium Bentonite for your drilling needs.
PRIMARY IMPACT CRUSHERS ......... ........ ........ High percentage of cubical shape and close grain distribution Primary impact crushers are preferred for their high performance and high reduction ratios in crushing soft-character substances like gypsum and limestone. Due to the different principle of crushing these materials, the reduction ratio is higher than in jaw crushers. CRUSHER BODY Increased capacity with new crushing chamber design. Security sensor stops the system when the door is opened during maintenance. Lock systems prevent the machine body from closing down hazardously. Crusher body is manufactured with high-quality steel plate. WEAR PARTS Enhanced solid wear parts and liners. BREAKER PLATES Two independent upper and lower breaker plates allow the required size of the end product to be easily obtained, with protection system against blocking. BEARINGS Upper-class heavy-duty SKF bearings, with bearing temperature sensors. EASY MAINTENANCE FOR HIGH PERFORMANCE Crusher productivity is directly related to maintenance and safety. Primary impact crushers are equipped with modern solutions to make the maintenance process more efficient and to reduce maintenance duration. Primary impact crushers are equipped with a hydraulic lifter, which allows the user to open the crushers superior body for easy maintenance and easy access to the rotor, blow bars and wear parts. REDUCED OVERALL OPERATIONAL COSTS The liners of the crusher do not wear out at the same pace, so some of the liners may need to be replaced earlier than others. Primary impact crusher liners are designed to be interchangeable, meaning less inventory space is needed and reduced inventory cost for our customers. The blow bars are also designed to be reversible for the same reasons.
PRIMARY IMPACT CRUSHERS ......... ........ ........ High percentage of cubical shape and close grain distribution Primary impact crushers are preferred for their high performance and high reduction ratios in crushing soft-character substances like gypsum and limestone. Due to the different principle of crushing these materials, the reduction ratio is higher than in jaw crushers. CRUSHER BODY Increased capacity with new crushing chamber design. Security sensor stops the system when the door is opened during maintenance. Lock systems prevent the machine body from closing down hazardously. Crusher body is manufactured with high-quality steel plate. WEAR PARTS Enhanced solid wear parts and liners. BREAKER PLATES Two independent upper and lower breaker plates allow the required size of the end product to be easily obtained, with protection system against blocking. BEARINGS Upper-class heavy-duty SKF bearings, with bearing temperature sensors. EASY MAINTENANCE FOR HIGH PERFORMANCE Crusher productivity is directly related to maintenance and safety. Primary impact crushers are equipped with modern solutions to make the maintenance process more efficient and to reduce maintenance duration. Primary impact crushers are equipped with a hydraulic lifter, which allows the user to open the crushers superior body for easy maintenance and easy access to the rotor, blow bars and wear parts. REDUCED OVERALL OPERATIONAL COSTS The liners of the crusher do not wear out at the same pace, so some of the liners may need to be replaced earlier than others. Primary impact crusher liners are designed to be interchangeable, meaning less inventory space is needed and reduced inventory cost for our customers. The blow bars are also designed to be reversible for the same reasons.
Advantages of panel – frame houses: Our houses are ecologic and warm, assembled fast (within couple weeks). Mounting and assembling could be done in any season; there are minimal so called wet production processes. Fast mounting does not require temporary premises or big storage rooms on a site. There is a possibility to disassemble, which is important for temporary premises. The homes could be finished by the homeowners themselves. Elements (walls, floors and roof) of wooden panel house are prefabricated and preassembled from structural panels in our specialized workshops. It allows us to achieve high quality of work, because when the works are carried out inside of premises, elements of the house are affected by unfavourable weather, it is easier to control working conditions and there are more possibilities to use special equipment. Mounting: The houses are usually mounted straight from the trucks or containers by means of a crane, which is as a rule needed for the first 2-3 days or could be even a week, if the house is bigger. Average size building fits into two – three trucks. For the assembly of a house, modern sealing materials, galvanized fasteners and anchors (for anchoring to the foundation) are used. Our houses can be mounted and assembled by other subcontractors - construction companies or even homeowners themselves. Composition of external wall panels: As a standard, gypsum plasterboard, which has a fire factor of 1 hour, or wooden cladding planks and non-flammable PE vapour barrier film are installed from the inside of wall panel. Oriented strand board (OSB) or wooden cladding planks along with the wind protection film are installed from outside of wall panels. Mineral wool insulation is preinstalled between the vertical studs inside of panels. Other compositions of walls are also possible based upon requirements set by the country code and individual. Composition of internal wall panels – partitioning and load-bearing walls:; Timber frame is made from 95÷125 mm and 145÷195 mm thickness planed off studs respectively, mineral wool insulation is preinstalled for sound isolation. Panels are covered by plasterboards or other above mentioned materials. Floor – ceiling platform: Floor is produced from panels, which are made from 60x220 or 80x220 mm cross-section beams (depending upon planned static loads). On the upper side of the panel 22mm OSB is attached to improve the stiffness. In order to achieve minimal sound isolation cavities of the platform are filled by 100 mm insulation of mineral wool and full thickness is filled near external walls. Roof construction: Roof is produced out of joists and rafters, cross-sectional dimensions of which are usually 50÷60 x 200÷220 mm. Roof beams - joists are made from glued laminated/ glulam wooden beams based on static calculations. As per customer request, where possible, we try to preassemble roof panels including attic finishing materials and roof assembly including covering materials. Structural elements of the roof can be supplied loose or preassembled as roof panels. Thermal resistance of timber frame panel houses: Depending on the chosen materials, the resistance of walls is not less than 5.00m2 K/W and the resistance of roof is not less than 6.00 m2 K/W. Usually, additional finishing of outer walls is recommended for panel houses, therefore further thermal insulation is also possible. Special installations: Heating pipes, communication lines (low current - alarm systems, internet and television) and water supply and waste water systems are usually laid inside the flooring on the basis of chosen technical system. Panelled walls are designed and construed having in mind abovementioned systems and connections. These jobs are usually done by the local skilled and authorized personnel. Facade of the house: An individual outlook for the exterior of the house could be obtained by chosen materials. External decoration of panel walls is carried out using various materials: cladding, cement, stone plates, boards, brick finishing or plastering.Upon request of a customer house set could be delivered with preinstalled windows and entrance doors, garage doors, roofing cover, external staircase, perform their installation. Price: It depends upon area of external, internal walls, floor, construction of roof, balconies, thicknesses of elements and their finishing, number of elements, scope of a project. The price for a mirror or typical project is reduced. First, we estimate the price of basic structures of the house and at the moment varies from 260 EUR to 600 EUR per one square meter of living area. In order to have the price for the complete house, you have to know what kind of: floor cover; plumbing system; type of heating system; windows material, U-value, locks, colour, opening directions, etc.; type of wood for the external (outdoor use) staircase; roofing cover and rain drainage system; external and internal decoration / finishing materials such as plasterboards or wooden cladding, etc. Final price of individual project could be estimated knowing all the details and materials, in the best case when detailed working drawing are issued and based on the latest changes an updated specification – list of materials is issued.
Zinc ores, tin, gypsum, limestone, manganese, magnesite, coal, lignite, clay, columbite, ilmenite, mica, barite, galena, sodium chloride, silica sand, granites, tantalite, sphalerite, talc, marble, heliodor, titanium, cooking coal, iron ore, kaolin, calcite, copper ore, laterite, bismuth, wolframite.
Product Code Product Description PRS-CMA0050 Automatic Vicat Apparatus STANDARDS : EN 196-3:2005; EN 13279-2 (GYPSUM);EN 480-2 /ASTM C187, ASTM C191 The Vicatronic apparatus, that is designed and manufactured using the most recent and sophisticated technology, is used for the initial and final setting time determination of cements or mortar pastes.Movements along X Y Z axes Up to 30 different test types may be programmed and over 1000 tests may be memorized. PC Port Initial and final setting time (in 0.1 mm) Automatic cleaning of the needle Automatic stop and storage of measurements up to 50 tests. Plunger for initial consistency Thermostatic baths (optional) GLCD display for data input and diagram/test report.Printer for final test report and diagram RS 232 serial port for PC connection Moulds and further needles have to be ordered separately, according to the various standards. Power supply 220 V, 50 Hz, single phase. Weight 40 kg.
Never used machine. Feed capacity: approx. 35 t/h Grain size: Raw material: 0-150 �¼m Circulation material: 0-150 mm Bulk density: 1.0-1.2 g/cm2 Free moisture: 0-0.5% Temperature: 120 °C Product: Briquette > 10 mm 25 t/h fine < 10 mm approx. 10 t/h Device parameters: Roll diameter: 1000 mm Roll body width: 930 mm Maximum load: 7200 kN Rolling speed: 0.42 m/s Press: 400 kW Hydraulic system: 3 kW Roller presses are used for pressing or briquetting various types of coal, minerals, ores and mixtures with binders. In order to achieve sufficient breaking strength by pressing or briquetting, products with low surface moisture are suitable for handling. Depending on the input material and the final product, roller presses can be equipped with optional functions. The material fed into the screw is a mixture of gypsum hemihydrate and gypsum dihydrate. The arrow screw lifts the material and pushes it into the area between the two rollers. Briquettes are created by pressing the material in the gap between the cylinders. A certain part of the material leaves the press through the gaps of the trough forms. The subsequent screening process is performed with a 10 mm cut. Adapting the press to the overall system as part of the trial run is extremely important to deliver a product that meets quality requirements. Interruption of the briquetting process due to a lack of material leads to disruption of the material flow as well as excessive stress on the roller press. The technical description of control and regulation of the roller press, including accessories, is part of the specification of the independent energy and control system supplier.
Never used machine. Feed capacity: approx. 35 t/h Grain size: Raw material: 0-150 �¼m Circulation material: 0-150 mm Bulk density: 1.0-1.2 g/cm2 Free moisture: 0-0.5% Temperature: 120 �°C Product: Briquette > 10 mm 25 t/h fine < 10 mm approx. 10 t/h Device parameters: Roll diameter: 1000 mm Roll body width: 930 mm Maximum load: 7200 kN Rolling speed: 0.42 m/s Press: 400 kW Hydraulic system: 3 kW Roller presses are used for pressing or briquetting various types of coal, minerals, ores and mixtures with binders. In order to achieve sufficient breaking strength by pressing or briquetting, products with low surface moisture are suitable for handling. Depending on the input material and the final product, roller presses can be equipped with optional functions. The material fed into the screw is a mixture of gypsum hemihydrate and gypsum dihydrate. The arrow screw lifts the material and pushes it into the area between the two rollers. Briquettes are created by pressing the material in the gap between the cylinders. A certain part of the material leaves the press through the gaps of the trough forms. The subsequent screening process is performed with a 10 mm cut. Adapting the press to the overall system as part of the trial run is extremely important to deliver a product that meets quality requirements. Interruption of the briquetting process due to a lack of material leads to disruption of the material flow as well as excessive stress on the roller press. The technical description of control and regulation of the roller press, including accessories, is part of the specification of the independent energy and control system supplier.
Product Details METAL BODY Although the material thicknesses and types we use vary according to the customer's request, our company has a quality in its own standard. The main body of the wing body is 0.9 mm sheet metal, and 4 horizontal sheet metal reinforcements of 0.9 mm are made under the sheet metal to support heavy and strong impacts. LOCK SYSTEM Panic Bar Among the panic bar door designs, those with single wings cannot be opened from the outside due to their structure. For this reason, no one can enter from outside the door, so it is an effective mechanism in terms of security. The panic bar handle has an image that extends horizontally across the door. This arm is prepared so that it can be opened in a time of panic, which is not difficult at all. The panic bar mechanism opens immediately when a slight force is applied, and you can quickly take the exit action in case of emergency. HINGE SYSTEM Spring Leaf Hinge Fire door hinges with bearing structure give the opportunity to adjust the closing stiffness of the fire door thanks to the spring inside the hinge. Thanks to its springless hinge bearing, it provides easy opening and closing even with weight. INSULATION AND INSTALLATION Drywall Gypsum does not burn because it is an inorganic substance. In the evaluation of construction materials in terms of flammability, plaster is grouped as an "A1 class non-combustible" material. It is possible to achieve fire resistance up to 120 minutes. Ceramic Wool Ravatherm Ceramic Wool is a thermal insulation material consisting of long, flexible and interwoven fibers produced by spun (twisting and twisting) for applications between 750�°C and 1430�°C. Ceramic Wool; It is obtained by melting and combining aluminum, silica, zirconium raw materials at high temperature. Ravatherm Ceramic Wool blanket; It is used in industrial furnace insulation, in the insulation of boiler pipes and chimneys, in all kinds of technical insulations that require high temperatures. Fireproof Foam The material also has the capacity to resist burning. Thus, it creates a safe, practical and economical solution in usage areas. The material, which is filling and assembly foam, is frequently preferred in applications in the building and construction sector.
--------Description--------- ! We provide installation work and operational training for all of our equipment! 250-300 t/h Fixed Impact Crushing-Screening Plant is the type of line, which has many different stage models, which differ by capacity, input product size, output product size proportion and shaft position. Impact crushers perform shredding by fast rotation of hammers, that are fixed to the shaft, where product is bounced between wall and hammers at an enormous pressure. This process at the end results with some amount of spare parts wear, which include rotor hammers, side liners, adjustable wall pendulums etc. Accordingly, impact crushers are mostly preferred for soft and middle hard stone types like limestone, gypsum, marble, slate, talc, soapstone etc. Equipment consists of: 25 m3 primary feeding bunker 1250x1400 mm primary impact crusher 1120x1250 mm secondary impact crusher 1200x4000 mm preliminary vibrating screen 2000x6000 mm main vibrating screen Feel Free To Contact Us For Any Additional Information!
