Gold Copper Mining In Ridgeway Mine, Australia
Gold Copper mining Project Key Data
Location:Orange District, Central Western New South Wales, Australia Client:Australia’s Newcrest Mining Scope:Gold copper mining dressing plant solution design, gold copper crushers and gold copper grinding mills provision, screening plant installation and after-sale maintenance services Date:2006
Gold Copper Mining Project Brief Introduction
The Cadia Valley Province is well-known for its richness in mineral. The Ridgeway underground mine is situated in this province in central New South Wales. Owned by Australia’s Newcrest Mining, it started the gold copper mining project since April 2002. Ridgeway mine is a sub-level caving operation, focusing on trasitionning to a block cave.
Australia continued as the world’s third-largest producer of minerals and metals. Its mineral industry, flourishing in all six states and the Northern Territory, served as a leading catalyst for the economy, which grew 4% in 2000. The country had the world’s largest economic demonstrated resources (EDR) of lead, mineral sands, nickel, silver, tantalum, uranium, and zinc, and its EDR ranked in the top six for bauxite, black coal, brown coal, cobalt, copper, gem and near-gem diamonds, gold, iron ore, lithium, manganese ore, rare-earth oxides, and vanadium. The country is virtually self-sufficient in mineral commodities, commercially producing more than 60 minerals and metals. Successful exploration in the late 1960s led to a long-term mineral boom and a sharp increase in exports. Australia is the world’s leading exporter of alumina, bauxite, coal, diamond, ilmenite, iron ore (the country’s fourth-largest minerals earner), refined lead, rutile, and zircon. Export earnings increased to about $9.46 billion in the fourth quarter of 2000, a 42% increase over the same period in 1999.
Gold production in 2000 was 296,410 kg, a 4% decrease from 1999. Gold accounted for $2.73 billion of the country’s $30.56 billion in total mineral export value, and reserves were estimated at 5,018 tons. Western Australia produced 75% of the country’s 300 ton per year output. The largest producer in 2000 was Australian Gold Refineries, whose Perth Refinery, at Newburn, had an annual capacity of 95,000 kg and whose Kalgoorlie Refinery had an annual capacity of 46,000 kg. A feasibility study for the Granny Smith Mine anticipated about 10 tons of gold during the 6-year life of the opencut operation beginning in 2002. Mining also began in 2000 at the Carosue Dam opencut mine, with production planned at 3.4 to 4.4 tons per year of gold during a mine life of 8 to 10 years. In 2000, the country was the world’s leading producer of alumina, bauxite (for the 30th consecutive year), chrysoprase, ilmenite, mined lead, precious opal, rutile, and zircon; ranked second in iron ore (with 15% of world production), mined cobalt, and mined zinc; ranked third in mined gold (with 10% of the world’s output) and mined nickel; and was fourth in mined copper. Metallic minerals contributed 40% of the country’s $25 billion in mineral and energy production in 2000, and industrial minerals contributed another 5%.
The country produced 830,000 tons of contained copper in 2000, a 12% increase from 1999 and up from 560,000 in 1997. Reserves were estimated to be 22.2 million tons. WMC’s Olympic Dam underground mine, in South Australia, was the country’s largest copper mine, and a $1.1 billion expansion program was expected to increase production from 200,000 tons per year to 245,000. Production of gold and silver at the mine in 1999 was 2,426 kg and 26,438 kg, respectively.
Gold Copper Mining Project In Philippines
To support the project, crusher has supplied with a complete gold copper processing plant, including gold copper crushers, gold copper screening plant, and gold copper grinding plant and so on. Crushed ore from the underground is delivered by conveyor to a surface stockpile. Apart from gold copper processing equipments, we also have offered optimized gold copper processing solutions which are designed by our experienced engineers of gold copper mining.
600-800TPH Gold Copper Crushing line
For your gold copper dressing plant, we recommend you the 600-800 TPH crushing plant which is widely used in gold copper processing. Click the link for more details of complete crushing plants with different capacities.
In the large plant, we adopt four-stages crushing and three-stages screening process. For primary crushing, jaw crusher with PE 1200*1500 model is chosen. And for secondary and tertiary crushing, various of cone crushers are used and two units of cone crushers are specially used for tertiary crushing. Last, in the quaternary crushing, two units of VSI crushers are used. To get materials with required fineness more precisely, we have used multi-screening equipment with different layers.
Glass crusher machine
Glass crusher machine info
Glass crusher machine: also known as composite glass crusher, is mainly used broken glass, stones and so on. This series crusher (Glass Breakers) is the composite crushing machine in our company based on the domestic and international crushing technology to optimize the design from the new product, its performance has reached domestic advanced level, for crushing all kinds of hard materials, can be widely used in mining, metallurgy, refractory, cement, coal, glass, ceramics, and electric power industries.
Introduction of composite glass crusher
Introduction of composite glass crusher: crushing ratio; high yield, compared with 1.4 times higher than similar domestic products; efficiency, energy saving; wearing parts of high hardness, high toughness, wear-resistant material for Multi, life expectancy increased by 2-3 times hammer and the gap between the back plate is adjustable to meet a variety of Liaodu conditions. Glass crusher crusher is similar technology at home and abroad, have broken with the hammer impact on the advantages of breaking. The main technical parameters of the optimal design for the development of a new crushing, coarse grinding products, with crushing ratio, energy consumption smooth, simple structure, easy operation and maintenance and so on. Is a true multi-purpose, high efficiency and low cost of new crushing equipments.
Working principle of broken glass
Glass crusher machine
Large piece of glass from the machine into the upper part of the vertical high-speed rotation of the impeller at high speed under the effect of centrifugal force, and the other part of the umbrella in the form of materials diverted around the impeller produces high-speed impact and crushing, the material after impact each other, will in between the impeller and the casing to form a vortex several times each material impact, friction and grinding, through discharge from the bottom to form a closed loop several times, controlled by the screening equipment to the required product size.
The working characteristics of the glass crusher
(1) simple structure and reasonable operating costs low. Stone by stone at the principle of wear.
(2) crushing rate, energy saving.
(3) has the crushing, coarse grinding function.
(4) The moisture content of materials subject to little effect, moisture content of up to 8%.
(5) shifts the noise below 75 decibels (db level), dust pollution.
(6) suitable for crushing of hard, special hard material.
(7) products into cubes, packing density, iron contamination is minimal.
(8) from the lining of the impeller wear and easy maintenance.
Explosions in Cement Plants
Cement Plants
• Cement manufacturing is one of the largest mineral commodity industries in the United States, with an estimated production capacity of greater than 73 million metric tons annually.
• Essentially the heart and soul of the cement manufacturing process, the kiln is a horizontal steel cylinder, lined with firebrick and sloped slightly downward, from the raw material feed to the fuel feed supply and burner pipe. Typically, kilns will rotate at one to three revolutions per minute, heating the raw material mix to a red-hot, 2,500-plus degree molten form that emerges from the lower end of the kiln in the form of very hot, marble-sized chunks known as “clinker”. Once out of the kiln, the clinker goes through a cooling process. When cool, the clinker is ready to pass through a series of grinding and milling processes that result in the gray powder we know as cement.
• The cement industry is very capital intensive. Some of the major pieces of equipment include pulverizers, dust collectors, electrostatic precipitators, and rotary kilns.
• Energy costs can account for up to 40 percent of the total cost of cement manufacturing. Currently, over 90 percent of the installed capacity uses coal as the primary fuel. Conversion to coal was started in the 1970’s. In 1972, only 39 percent of the industry’s energy was supplied by coal.
• Inland Cement, “We are also concerned about the potential fire and explosion hazard of working with coal and are confident that we can use coal safely. Coal has been the fuel of choice for the cement industry around the world for many years and the technology is well developed to prevent fires and explosions.”
Cement plant
Cement plant
Explosions in Cement Plants
• Coal is fed into a pulverizer where it is crushed and dried using hot air at approximately 300°F. The pulverized coal is then pneumatically transported to the dust collector where the pulverized coal is collected and either fed directly to the burner at the kiln or to a storage bin.
• During normal operation the coal stream is inerted with nitrogen or similar gas. The problem typically occurs during startup, shutdown or failure of the inerting system.
• It is not uncommon for tramp metal, railroad spikes, or similar metal objects to be fed into the grinder and thus create sparks. These sparks can travel from the pulverizer through the transport pipe and into the dust collector.
• Another source of ignition in the dust collector is static electricity. The atmosphere in the dust collector is typically at ~200°F with the dry coal dust suspended. These conditions increase the risk of explosions in the dust collector.
• The other common ignition source is pyrites that are collected below the pulverizing bed. If there is a failure of the inert gas source then air is introduced and the pyrites can ignite the coal dust.
• Coal is milled to a fine powder in a pulverizer – this increases the surface area of the coal and hence the rate of
combustion. The powdered coal is blown into the combustion chamber of the burner nozzle where it is burnt at around 1400°C.
• The Mine Safety and Health Administration (MSHA) a branch of U.S. Department of Labor reports that during the past 5 months, eight explosions have occurred, resulting in one fatality and nine nonfatal injuries. Six of these explosions
occurred in cement plants.
Cement Plant Equipment with Highest Explosion Potential
As reported by Factory Mutual, the following equipment have experienced losses of greater than $26,000,000 over the last ten years due to explosions. Coal dust explosions were the cause of twenty-seven losses. Forty-seven percent of kiln losses occurred in the cement industry. A typical plant layout of a coal burning cement plant is shown in the next diagram. The equipment shown in red are the ones most likely to have explosions and the need for explosion protection. Each of these pieces of equipment is described in greater detail in the remainder of the document.
Equipment For E-Waste Recycling Industry
equipment For E-Waste Recycling is a relatively new concept. For years, electronic devices were disassembled by hand, and the parts sorted by hand. However, that has changed greatly. Plants containing jaw crusher s” href=”http://www.jawscrushers.com”> jaw crusher s equipment for E-Waste recycling sort and process electronic equipment to recover the components possible to reuse and to recycle what is not recoverable.
The first piece of equipment for E-Waste recycling is a hopper, which material is fed into. This hopper travels along a conveyor and drops the material into a mechanical separator. The separator further disassembles the item, and sends various pieces to screening and granulating machines. Further, the entire system of equipment for E-Waste recycling is a closed, contained system, which utilizes a dust collection system to prevent toxic dust leaching into the air.
While purchasing equipment for E-Waste recycling is clearly not for everyone, many businesses and government organizations are creating programs to collect items for recycling or reuse. As an example, the US Post Office has teamed up with Clover Technology Group to create a free national program to collect small electronic products, such as jaw crusher s” href=”http://www.jawscrushers.com”> jaw crusher s cell phones, digital cameras, printer cartridges, MP3 players, and PDAs. Once the items are collected (Clover pays for the postage to collect the items), they are sorted into those that are reusable as is, those that need refurbishing, and those that need to be destroyed. Sadly, even though Americans discard over 2 million tons of household electronics each year, currently less than 20% get recycled. A major problem with the destruction of these items is that often they contain components that are toxic.
One piece of equipment for E-Waste recycling, which is only used after it has been determined that an item is not salvageable, is a smelter, which strips the item of all plastic parts. Again, the plastic is sent on for further recycling. Precious metals are also extracted for reuse, which (when large enough amounts are accumulated) can have a positive impact on conserving natural resources by reducing environmentally harmful (not to mention costly) mining operations.
Equipment for E-Waste recycling jaw crusher s” href=”http://www.jawscrushers.com”> jaw crusher s is used to extract steel, plastic, aluminum, copper, and a variety of heavy metals. Much of the plastic can be recycled or used as fuel; however, when the plastic cannot be completely separated it has to be destroyed, usually by incineration or by being dumped in landfills.
While the equipment for E-Waste recycling is not necessarily jaw crusher s” href=”http://www.jawscrushers.com”> jaw crusher s something everyone is familiar with, the concept of E-Waste recycling is certainly something that is needed to be understood, especially given the massive increase in the use of electronic products by individuals as well as businesses, schools, and scientific facilities.
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ENVIRONMENTAL IMPACTS FROM IRON ORE MINES – INDIA
iron ore mining industry is one of the oldest industries in this civilized world. Its contribution to the growth of nations and economic prosperity worldwide is immense. However, their exploration, exploitation and associated activities directly infringe upon and affect the other natural resources like land, water, air, flora and fauna which are to be conserved and optimally utilized in a sustainable manner. The single most important factor that is responsible for environmental degradation due to iron ore mining is inadequate landscape management during operation stage and improper rehabilitation during and after the mining.
The iron ore demand is expected to be increased at a greater phase and this will lead to opening up of new mines and expansion of existing mines as discussed in Section 2.0 of this report. It is, therefore, necessary that the environmental concerns be integrated right from the beginning. To achieve this, the industry has to have a framework of policies that are environmental friendly. The concern for environmental issues is well reflected in the new National Mineral Policy 1993 (non fuel and non atomic minerals) as reproduced below:
“The New National Mineral Policy 1993 prohibits mining operations in identified ecologically rich areas and strip mining in forest areas should as far as possible be avoided. The latter could be permitted only when accompanied by a comprehensive time bound reclamation programme.
It states further that no mining lease would be granted to any party, private or public, without a proper mining plan including the environmental management plan approved and enforced by statutory authorities. The environmental management plan should have adequate measures for minimizing the environmental damage, restoration of mined areas and for planning of trees in accordance with the prescribed norms. As far as possible, reclamation and afforestation will proceed concurrently with mineral extraction. Efforts should also be made to convert old mining sites into forests and other forms of land use.”
Realizing the importance of the impacts of iron ore mining on environment, most of the big iron ore mining companies have established a systematic organisation structure, solely to look after environmental impacts and issues, both at their corporate level and mines. Now a number of Indian Iron Ore mining companies have implemented Environment Management Systems (EMS) linked to ISO-14001 and certified. For example Noamundi of TISCO, all the mines of M/s Sesa Goa in Goa, and Dalli, Kiriburu, Meghahatuburu & Bolani Iron Ore mines of SAIL, few mines in NMDC, KIOCL and a number of mining companies have already been certified.
The details about the existing environmental management practices of some of the selected mines covered under “In-depth†study in the four different zones have already been discussed in the Interim Report submitted during December, 2001. But while discussing the environmental impacts of Indian iron ore mines in the following sections of this chapter, a brief of the existing environment management practices has also been discussed, at present.
Shanghai Ciros company produces the crusher of blast furnace slag processing problem solving water
When the blast furnace slag is smelting iron from the blast a team-record molten aluminum-silicate substance; When from smelting blast furnace roof, add iron ore, fuel coke and flux, when inside-heater temperature as 1400 ~ 15 , melting into liquid materials in hot liquid floating in the mouth by iron slag, by Lord iron ditch iota dregs device separation or slag discharge, this is the mouth blast furnace slag. Blast furnace slag is by the gangue, ash content, flux and other impurities can enter into a pig iron, is a kind of fusible mixture. coal pulverizer manufacturer in india
The processing means of blast furnace slag has three main types: high temperature slag natural cooling into hard dry slag; High temperature liquid slag water quenching will break, become loose water slag; The use of steam or compressed air will high temperature liquid slag strike scattered, into fleeciness slag cotton. Comprehensive utilization of blast furnace slag is water good way in blast furnace slag, advanced water has 100% get use. At present, the blunt water making slag craft equipment all can ensure the quality of water slag, vitrification degree can reach 90% to 95%, water residue average granularity 0.2 ~ 3.0 mm, water more than 15% slag water cut. pet coke calcining plant
Now, the blast furnace slag water has been a major deal with problems of people a problem. Shanghai Ciros machine Co., LTD VSI5X impact crusher can of the for profit, changing harm reutilized, offers a blast furnace slag can use waste water to produce the glazed pottery, its raw material contains clay, green rock, still contain a blast furnace slag adding ash and water, the weight of the above mentioned materials for: clay servings of 21 ~ 31, green rock of 28 ~ 38 26 ~ 36, adding ash of blast furnace slag, 5 ~ 15 of water. The present invention made full use of waste in blast furnace slag adding ash, water resources to preparation glazed pottery, it reduced cost, product appearance quality and physical indicators have reached national standards, good quality of product, can improve the production enterprise economic benefits and market competition ability of blast furnace slag ash, adding water production glazed pottery for management of “three wastes” opened a new path. magnetic separation copper tailings
VSI5X impact crusher work, blast furnace slag fall into water, after center feed hopper holes into high speed rotating rotor is fully to accelerate and mouth out, by launching first with bounce part of a free drop impact, then material to the surrounding eddy current impact with liquid material of vortex of the cavity backing or counterattack block, first to rally after crushing cavity tops, the deflection downward motion, and from the material flow launched impeller to form a continuous material impact through the tabernacle of the congregation, finally the discharging port eduction. lime crusher machine sale
VSI5X impact crusher is also called impact type system sand machine. This impact type system wide range of USES, pressure-blasting machine performance has reached the advanced international level, and is the most effective and practical reliable gravel machine, especially suitable for making abrasive, fire-proof material, cement, quartz sand, steel grit, slag powder, copper ore, iron ore, gold ore, concrete aggregate, asphalt aggregates and so on many kinds of hard, brittle materials with crushing finely, is a kind of high efficient, energy-saving gravel equipment. petroleum coke crushing plant india
Shanghai Ciros machine limited company developed the Mill, CS simmons from the taper crusher, VSI5X centrifugal impact crusher, LM vertical milling machine and the MTW European trapezoidal roller Mill pentathlon equipment. These five equipment can solve tailings water slag, slag, such as the super project fly ash to solve the problem, recycling lower output, energy dissipation tailings recycling higher technical difficult problem. flue gas desulfurization equipment maintenance of crushing plant
Dry Mining Equipment and Machinery
crusher Dry mining equipment and machinery (Dry Processing Plants) are supplied in two different range of:
Dry Processing Plants (DPPâ„¢), configured for dry processing of placer(alluvial applications)
Dry Processing Plants (DPHâ„¢), configured for dry processing of primary(hard rock applications)
crusher Dry Processing Plants are supplied in fourteen models, with processing capacities of 50 tons/ hour up to 450 tons /hour of dry ore, per single plant.
Dry mining equipment and machinery
Dry mining equipment and machinery
Dry mining equipment and machinery Application
crusher Dry mining equipment and machinery (Dry Minerals Processing Plants) are designed and configured for classification, concentration, separation and recovery of metals and minerals concentrate in dry mode and without the use of water. Dry processing has many advantages over wet processing except when water is actually required prior to concentration and separation. crusher Dry mining / Dry Processing Plants (DPPâ„¢) and (DPHâ„¢) are designed and configured for concentration, separation & recovery of Diamonds, Color Gemstones, Gold, other precious metals, Base metals, Ferrous metals, Light metals and other heavy minerals, either from placer (Alluvial) deposits, or primary (hard rock) applications.
crusher Dry mining equipment and machinery (Dry Processing Plants) are supplied either as portable/ Mobile or semi-stationary plants. The ore feeding is accomplished by earth moving equipment ( i.e. excavator or Loader), directly into the hopper of the Dry Trommel Component of the (DPPâ„¢) range, or continuously by conveyer from the crushing plant to the Dry Screener of the (DPHâ„¢) dry Processing Plants.
crusher Dry mining equipment and machinery (Dry Processing Plants) are supplied in two different range of (DPPâ„¢), configured for Dry Processing of placer /Alluvial deposits, or the (DPHâ„¢) range, configured for Dry processing of primary deposits/hard rock. In the event of placer (alluvial) deposits, the (DPPâ„¢) is installed as is. In the event of primary deposits, the Dry Trommel is removed and the (DPHâ„¢) is in stalled, after the rock reduction (Crushing/Screening/Grinding) Plant. The crushed ore is feed into the (DPHâ„¢) screener module, directly by the conveyer system.
Dry mining equipment and machinery Advantages
The Dry mining equipment and machinery (Processing Plants) produce higher grade products with less concentrate loss than wet concentration methods.
crusher Dry-Processing Plants may be located anywhere, regardless of water supply. There are no water to pump or bring from a distance, there by eliminating the cost of pipes, pump sand relate overheads.
In most cases Dry Processing Plants increase capacity, cuts down number of units and space necessary, resulting in smaller and less expensive plants with lower power costs.
Due to greater sensitivity to slight differences in density of the particles, DPPâ„¢ Processing Plant will successfully treat ores which are not amenable to wet concentration, in the Gravity Separation methods.
Dry ore may be efficiently separated at the economical releasing point of the minerals, thus making resulting products are dry and are handles, shipped and marketed at less cost than wet Processing methods. Since no water is needed to produce separation, climatic conditions not affect efficient operation.
Screw Conveyors And Jaw Crusher Use In Concrete Crushing Plant
plantas de procesamiento de hierro en el mundo que es un mineral y un metal fabrica de planta concentradora de cobre mostrar parte interna de la maquina trituradora de impacto de eje vertical trituradora de piedra fusiones cinta transportadora para mineral de hierro cribas vibratorias usadas en venta en el sur de estados unidos diseno de maquinas extraccion de oro ejemplos de velocidad variable electromagnetismo con rodillo equipos para la trituracion del clinker explotacion minera en veracruz fabrica de maquinaria peletizadora de piedras fabricantes trituradora rodillos mineral, carbon y tierra hornos rotativos de calcinacion lavadora industrial para reciclaje lavadoras de arena silica maquina de triturar piedras maquina de triturar pedras pequenas maquinarias para procesar piedra cantera mineria separacion oro por magnetismo molino usado para mineria ecuador molienda de grafito para que es bueno el caroube planta con mesas gravimetricas planta de separacion magnetica para arenas con hierro desde china proceso de gold mill proveedores de mineria de carbon pulverizadores de aren quebradoras para laboratorio secador cilindrico con tornillo sin fin silice en minerales de hierro transportador magnetico trituradoras usadas en mexico trituradora de cono usadas trituradoras de rio para arena base venta de arcilla molida venta de maquinaria pesada en miami florida venta de molinos arroz compacto janmar air compressor criba vibratoria usada horno vertical cemento los diferentes diagrama de flujo de los principales procesos en el tratamiento de minerales procesar grava proceso de extraccion del mineral de hierro proedor de vandas para elevador de arena en venezuela proceso de la cantera trituradora de ceramica venta de espirales o helices eje excentrico de la criba molinos de triturados de calcio piedra utilizada para presa trituradoras de inpacto maquina trituradora de granito mexico minerals molio menas minerals mineral hierro molienda de carbon molinos para triturar aluminio planta de molienda y cribado les equipements dune station de concassage beneficio de estano molienda principio tipos de maquinas trituradoras de piedras en el peru trituradoras de piedra argentina
Double-Toggle & Single-Toggle Jaw Crushers
Double Toggle jaw crusher features hydraulic relief, automatic oil lubrication, and automatic wedge locking systems. We deal in the installations of Fuller-Traylor single and double toggle jaw. The Toggle Jaw crusher has been of extreme use in mining industry. Double toggle jaw crushers are made up of heavy duty fabricated plate frames with reinforcing ribs throughout.
Highly efficient with an advanced design, the Traylor Type Double-Toggle & Single Toggle jaw crusher s contain features that combine high production, operating economy and ease of maintenance into one great crusher.
A few of the special features are highlighted below
• Curved scientifically proportioned jaw faces, which offer the following advantages:
• No choking or packing
• High capacities and low power consumption
• Finer settings
• Economy of operation and maintenance
• Angle of nip progressively decreases as material proceeds towards the lower end of the jaw faces
• Large-capacity, grease-injected, adapter-mounted spherical roller bearings minimise periodic lengthy bearing change out
• Heavy flywheels allow crushing peaks on tough, non-friable ore to be handled easily
• Heavy, thick manganese jaw plates provide extended life prior to change out. This means less downtime and less throwaway
• The frame is fabricated from heavy mild steel plate with reinforcing ribs welded into place. The frame is of immense strength without the inherent weaknesses associated with a cast type frame. The sections are spigot joined in a manner that preserves one piece frame rigidity, when it is necessary to make frames in more than one piece
Customer Service & Spare Parts
FLSmidth is at the leading edge of crushing technology and ranks as one of the world’s largest and most successful crusher suppliers.
Our own competent and professional field service engineers and technicians illustrate our commitment to product excellence and life cycle support, from installation and commissioning of new equipment, to inspections, service contracts and on site change outs as
well as the supply of high quality spare parts. FLSmidth will provide you with value added engineering for your minerals processing operation.
Our customers are our most important assets. Once we have designed and installed your processing systems, we do everything
possible to provide the tools to ensure that those systems continue to operate at optimum levels, all the time. It is by no means a radical concept.
Diamond Equipment Group
Diamond equipment Group Inc. is dedicated to supplying the equipment needs of Ready Mix Concrete, aggregate and Gravel Industries, with the very best in NEW or USED Equipment. Diamond also has an inventory of related repair and wear parts which are stocked and can be shipped immediatly. With over 90 years of experience in the Equipment Industry, you can rely on their advice to help solve your equipment needs. Diamond Equipment is also a support group dedicated to solving your production and cost requirements. Each new venture comes with its own set of problems to be overcome, you can rely on the experience and expertise at Diamond Equipment to give helpful advice.
Diamond Equipment was founded in 1969. We believed then that if we allowed certain fundamental principles to guide how we structured and managed our business, we could set ourselves apart from our competition and earn success through our efforts. Here are those principles:
1. Always treat our customers as we would like to be treated.
2. Always strive to provide our customers the highest level of service
3. Always be honest and fair with our customers. Preciously protect our integrity.
4. Always strive for zero down time. If needed, loan our customer a like machine.
5. Our customers are our special friends. Always help them.
Diamond Equipment, Inc. serves the heavy equipment needs of general contractors, home builders, farmers, and coal companies in 93 counties throughout Indiana, Illinois, Kentucky and Tennessee. Diamond Equipment, Inc. sells, leases, rents, services, and carries parts for the complete line of Case Equipment including excavators, wheel loaders, industrial wheel tractors, crawler dozers, skid steer loaders, forklifts, telescopic handlers, articulated trucks and motor graders. We are also a dealer for Kobelco excavators, Terex trucks, Takeuchi excavators and skid steers, Hyundai wheel loaders and excavators, Seram equilibrium cranes, Allied demolition equipment, Precision Products line of Spectravision lasers, Sullair air compressors, Towmaster trailers, Wacker, and a full line Dynapac dealer.
Our service and parts departments have an experienced staff on call, 24 hours a day. We strive for zero down time. You can count on Diamond Equipment professionals. Whether in Evansville or Terre Haute, IN Mount Vernon, IL, Bowling Green KY, or Nashville, TN, we will exceed your needs in the sale and the servicing of your heavy construction equipment.
Whether you’re looking for new or used equipment, or repair parts, Diamond Equipment can help you meet your production requirements. Diamond has an extensive inventory of repair and wear parts for your sand screws, coarse material washers, log washers and classifying tanks. Just check our parts section to find out what we have available in stock. Our TUFF CAST wear parts are specially designed to fit all EAGLE IRON WORKS, and TRIO designed equipment. Diamond Equipment also stocks conveyor components. If you’re making a new conveyor, or repairing an existing one, call Diamond for Idlers, returns, head and tail pulleys, belt scales, pillow block bearings, and motors.
With over 90 years of experience in the aggregate equipment industry, you can rely on our advice to help solve your equipment needs.
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- Gold Copper Mining In Ridgeway Mine, Australia
- Glass crusher machine
- Explosions in Cement Plants
- Equipment For E-Waste Recycling Industry
- ENVIRONMENTAL IMPACTS FROM IRON ORE MINES – INDIA
- Shanghai Ciros company produces the crusher of blast furnace slag processing problem solving water
- Dry Mining Equipment and Machinery
- Screw Conveyors And Jaw Crusher Use In Concrete Crushing Plant
- Double-Toggle & Single-Toggle Jaw Crushers
- Diamond Equipment Group