Wheel type Mobile Screening Plant The Wheel type Mobile Screening Plant (mobile screening plant) is suitable for quarries, construction demolition waste screening , mining operations, etc. With high production capacity and adaptability, it can work with the primary jaw crusher, or can be used as a classifier for final product. It has high operating speed and operation flexibility. According to the different screening materials, the handling capacity is 50-300 t/h. Wheel type Mobile Screening Plant Features: 1.high efficiency, low energy consumption. 2. Simple structure, convenient maintenance. 3. Stable working station and smooth operation. 4. High utilization rate of screen, large unit area, not easy to block, but easy replacement of screen. 5. High-precision screening reach to 96% or above, large processing capacity, etc. Working Principle : Wheel type Mobile Screening Plant is a device that uses a spring as a supporting elastic element and a block eccentric vibrator as a vibration source to generate an exciting force through the rotation of the eccentric block, so that the screen box generates a circumferential reciprocating motion. The material continuously makes an approximate round bounce and roll movement on the inclined screen surface, and through repeated comparison with the sieve hole.
PCL Sand Making Machine PCL sand-making machine has high performances but low consumption with international advanced level. It is irreplaceable for mining fine crushing and is an effective, practical and reliable sand-making machine currently.It is widely used in crushing of metal and nonmetal or cement, refractory material, bauxite, quartz, glass raw material, building aggregate, artificial sandy soil and all sorts of metallurgy slag, especially for middle hardness and special hardness material. PCL Sand Making Machine Features: 1.High hardness material crushing. 2.Safety and environmental protectionand durable. 3.Strong adaptability. 4.Simple structure, versatility. 5.Low working noise. Working Principle : Stone less than 60mm enters sand making machine though conveyor belt. Stone is crushed by hitting other stones. Material falls down to impellor cavity. Under great centrifugal force, it hits material that coming downwards. After hitting each other, they force a vortex between impellor and shell, and hit each other several times, finally smaller stone comes out, and goes to vibrating screen. Satisfactory material is transported to sand washing machine, however overlarge material will go back to sand maker to be recrushed. Output sizes can be made according to customers requirement. If input size is larger than the designed size, other crushing equipment will be necessary.
Sand washing & recycling machine Sand washing & recycling machine is designed based on sand washer and sand recycling system and adopted foreign advanced technology. This machine main parts include: XSD wheel sand washer, high frequency dewatering screen, high pressure cyclone, cleaning tank, return box, high pressure wearable slurry pump, motors, etc. The machine has simple structure and multiple function, and is widely used for crushed sand, river sand, lake sand or sea sand washing, screening, recycling and dewatering. Sand washing & recycling machine Features: 1.Higher sand quality, lower moisture content. 2.Recycled fine size 0.16-3mm sand, lower mud content. 3.Compact structure and easy installation. 4.High productivity and 95% of fine particles kn the material can be recycled. 5.Solve cleaning problem of seclimentation tank and improve economic performance at the same time. Working Principle : *Washing: The bucket is driven by the motor through the reducer and rotates in circle. There are many sand storage web grooves and bucket screen for sand storage and primary dewatering. When the bucket moves, sand can be put out by sand storage web groove after being cleaned in the cleaning tank and primary dewatered on the bucket screen. *Recycling: Flowing slurry water is extracted by slurry pump, fine sand is collected by the centrifugal force of the cyclone, then fed to the polyurathane screen from the apex spray. The 0.16-3mm fine sand and water are efficiently separated through the vibration screen. *Dewatering: coarse sand (3-10mm) and fine sand (0.16-3mm) are fed onto polyurathane vibrating screen for dewatering.
Fine Sand Recovery System As a new type of environment-friendly equipment, the fine sand recovery system has been gradually applied to the hydropower, aggregate production line, glass raw material processing system, artificial sand making plant, recovery of coarse slime in coal preparation plants, and environmental protection engineering (mud purification, etc.). It can effectively solve the problem of fine sand recycling. Fine Sand Recovery System Features: 1.The vibrating screen adopts polyurethane seives, which has longer service life than and does not plug holes. 2.It has high efficient fine sand recovery effect, achieving high capacity, and low power consumption. 3.It can be equipped with 1, 2 or 3 sets of hydrocyclones. Thus, it can meet the requirements of different capacity. Working Principle : When the fine sand recovery device works, the mixture of sand and water is transported to the hydrocyclone through the slurry pump. Then, the fine sand with eccentricity is conveyed to the vibrating screen. After dewatering, the fine sand is effectively separated from the water.Then, a small amount of fine sand and mud goes back to the washing tank through the return box.When the liquid surface of the washing tank rises, the fine sand is discharged from the discharge openning. The linear vibrating screen can recover material with concentration between 70% and 85%. Moreover, the fineness modulus can be adjusted by changing rotatation speed of the pump, concentration of the mortar, overflow water volume or replacing the mortar nozzle, so as to complete cleaning, dehydration, and classification.
NEW 1500 MTPD Sulphuric Acid Production Plant NEW never used 1500 MTPD Sulphuric Acid Production Plant in original manufactures packaging and shipping crates. 1500 MTPD (as a 100% acid), Feed analysis: Sulphur liquid, Temp. 140c, sulphur content: 99.9% w/w (dry basis) , Ash: 20 ppm, 23 MW GE Thermodyn steam turbine, complete new plant production equipment. Available due to a cancelled project. Great opportunity with huge savings to purchase a New sulphuric acid plant at a discount price far below the new purchase price.
Copper scrap alternator, copper cathode,.
Copper Concentrate Powder..Logistic and Transport.
Printing inks, matertaches, steel drums, acrylonitrile butadiene styrene (abs), wooden pallets, ibc tanks, chemicals, pvc, pp.
High performance deep cycle lifepo4 batteries for marine, golf cart, automotive, car, and dual purpose, original eve lfp battery cell, solar awning, lithium battery of trolling motors, rvs, motorhomes, off grid solar, campers and fish finders.Export
Motorcycle, car, boat batteries, motors, engines transmissions, car part, copper, brass wire, scrap metal, plastic & glass.Waste management
Compressors scrap.
AC fridge compressor scrap, steel, grasso compressors, car engines.
Copper wire & millberry scrap.
Stainless steel and high temperature alloy sheet and coil.
Plastic bags, playing cards, paper bags, electronics, novelties.
1. Jet Fuel A1 2. EN 590 Diesel Jet Fuel A - Product Description Jet Fuel A is a high-quality aviation turbine fuel specifically formulated for use in jet engines. It is a clear to straw-colored liquid that meets stringent international specifications to ensure safety, efficiency, and reliability in aviation operations. Key Specifications Chemical Composition: A mix of hydrocarbons including paraffins, cycloparaffins, and aromatic compounds. Free from additives like dyes or detergents unless specified by regulatory standards. Freezing Point: Maximum of -40C (-40F), ensuring reliability in cold temperatures. Flash Point: Minimum of 38C (100F), ensuring safety during handling and storage. Energy Content: Approximately 42.8 MJ/kg (Mega Joules per kilogram), providing high energy efficiency. Density: Ranges between 0.775 to 0.840 kg/L at 15C (59F). Kinematic Viscosity: Maximum of 8 mms at -20C (-4F), ensuring good flow characteristics even in low temperatures. Applications Commercial Aviation: Jet Fuel A is the primary fuel used in commercial airlines worldwide for turbofan, turbojet, and turboprop engines. Military Aviation: Used for military aircraft that are compatible with civilian-grade fuels. Industrial Applications: Occasionally used as a fuel for gas turbines in power generation. Advantages High Energy Content: Provides optimal performance and range for aircraft. Low Freezing Point: Allows operations at high altitudes with extremely low temperatures. EN 590 Diesel - Product Description EN 590 Diesel is a high-quality automotive fuel that complies with the European standard EN 590, which governs the physical and chemical properties of diesel fuels sold in the European Union and other regions. It is engineered to ensure compatibility with modern diesel engines while maintaining optimal performance and environmental compliance. Key Specifications Cetane Number: Minimum of 51, indicating high ignition quality for efficient combustion. Sulfur Content: Ultra-low sulfur content (maximum 10 ppm), complying with stringent emission regulations. Density: Ranges from 820 to 845 kg/m�³ at 15�°C, ensuring proper atomization in diesel engines. Flash Point: Minimum of 55�°C (131�°F), providing safe handling and storage. Viscosity: Between 2.0 and 4.5 mm�²/s at 40�°C, ensuring smooth fuel flow and lubrication. Cold Filter Plugging Point (CFPP): Varies by climate zone to ensure flowability in low temperatures: Summer Diesel: Up to 0C. Winter Diesel: Down to -20C or lower in cold regions. Energy Content: Approximately 42.6 MJ/kg, providing high efficiency and power output.
Buyer may submit specification
Buyer may submit specification
Various jet fuel per specification
Bags of paper, cotton canvas, and t shirt bags made from plastic and non woven .
