Urea N46 Granular
Origin Blend/Light/ESPO Crude Oil
Origin Mazut M100 GOST 10585/75
Origin Pet Coke
Bitumen For Asphaltic 60/70,80/100
Origin Base Oil SN 150, SN 500
Origin Cst Fuel Oil 180/280/380
Lp Gas Stove..
Crude oil, fuel, D2, and LPG.
Diesel Fuel EN590-10PPM Cetane number minimum 51,0 Cetane index Minimum 46 Sulphur content maximum 10 mg/kg FAME content 0% Minimum 25 000 Metric Ton/Metric Tons Monthly Shipping. For over 100 000 Metric Ton/Metric Tons Monthly Shipping price negotiable per order 3 years and longer contracts preferred
Thermal Break Aluminum Sliding Windows and Doors: Material: Top Quality Thermal Break Aluminum Profile Finishing: Quality Powder Coating Finishing, All RAL Colors Available Glass: Fully Tempered Safety Double Glazing: 5+23A+5, Advanced Low-E Coating; Argon Filled, TGI Warm-Edge Spacer Hardware: Top Quality Hardware & Accessories. Other: Simulated Divided Lites.
Customized doors and windows of aluminium frame and 5mm thickness glass to any destination in the world.
Mozzarella Cheez with Europian Specifications Egyptian origin Two Specs: 1- Pure 2- Mix Shredded & Blocks available
Solar Air Conditioners , no more electricity bell worries, two type: 1- Hibrid 2- Full solar
Olive oil with Palestine & Jordan origin and North Africa as well
Medical equipment manufactured with international standards Origin: Egypt Canada
The metering fuel nozzle LLY-25 series is a combination of horizontal screw-wing flow meter and fuel gun. It is a meter instrument used to measure the volume flow rate of liquid (petrol, diesel, engine oil, hydraulic oil, etc.) flowing through the pipeline. In virtue of reliable performance, this metering fuel nozzle LLY-25 is suitable for filling petrol and other light oil products. Metering fuel nozzle LLY-25 is used for on-farm accounting, both in stationary installations and in ground-based refueling and pumping facilities. It is used as a pistol for refueling in small settlements at gas stations of a local scale. Technical Parameter â??Conditional pass â?? 25 mm â??Working pressure â?? 1 MPa â??Permissible error: �±1% â??Min.flow â?? 25 L/min â??Max flow â?? 120 L/min â??Division price â?? 1 L â??Max. set dose â?? 9999 L â??Operating temperature from -20 to +50 Working Principle Having roller pointers for a one-time count of the amount of liquid, the gun with a counter serves to count the amount of fuel that has passed through it. Roller disposable pointer crane LLY has a device for setting the readings to zero. Accounting for the amount of liquid that has passed through the counter gun is based on counting the number of revolutions of the drive screw inside the fuel dispenser gun. The flow of the measured fuel, entering the meter and passing through the volume meter, loses part of the pressure to create a torque that causes the screws to rotate. The measurement of the amount of liquid by a pistol with a counter occurs due to the periodic cutting off of certain volumes of it contained in the cavities between the cylindrical bores of the holder and the screws. This device is a combination of the simplest fuel dispenser gun and fuel meter, the accuracy and performance of which are inferior to industrial designs. Pressing the lever opens the valve, fuel flows through the gun. When the faucet lever is released, the valve closes under the action of a spring, blocking the flow of liquid. The adjusting screw is intended for equipment calibration. The drain pipe of the dispensing gun with a counter is used to direct the liquid into the container when refueling.
The flow meter OGM-R-25/40 series flow meters with mechanical totalizers are designed for accurate measurement of high viscosity diesel, kerosene, motor oil and other viscous liquids. The use of oval gears in meter readers ensures high measurement accuracy over a wide range of pumped product viscosities. The meter body of this flowmeter is made of aluminum and the oval rotor is made of steel. There is an analog counter and a 7-digit display on the mechanical recorder. Oval gear meter OGM-R-25/40 can be used both in stationary technical installations and in mobile vehicles for filling and pumping oil products. Liquid flow meters with oval gears are designed to measure total and one-off quantities of light oil products, liquefied gas, and other non-corrosive liquids. The flow meter OGM-R-25 level gauge can be used both in stationary technical installations and in mobile vehicles for filling and pumping petroleum products. The design of the oval gear flow meter OGM-25/40 includes oval gears, which ensures reliability and high measurement accuracy. Counter with mechanical readout (SU) Working principle of Flow Meter OGM-25/40 The counter with oval gear OGM-R-25 works on the principle that two oval gears rotate and mesh under the action of fluid flow, and each rotation measures a certain volume of fluid. The rotation of the gears is transmitted to the counting mechanism, where it is converted into units of volume. In a word, OGM series oval gear flowmeters are used to transmit liquids with a large viscosity range, and have good repeatability and service life, and can be widely used in petroleum, chemical, pharmaceutical, transportation, food and other industries. Advantages of Oval Gear Flow Meter Compact structure Easy maintenance Easy to read and operate mechanical display Flexible installation Low pressure drop
Self-priming pump CBH-80 and its units (hereinafter referred to as pumps or units) are designed to pump liquids without mechanical impurities. Pump CBH-80 is designed to pump the following liquids: water, gasoline, kerosene, diesel fuel and other liquids with a viscosity of not more than 2 10-6m2/s at a temperature from -40 to +50 and a density of not more than 1000 kg/m3. Symbol of a pump or electric pump unit: C self-priming H-pump 80- DN inlet and outlet pipe, mm Specifications of Pump CBH-80 The main technical characteristics of the pump are shown in Fig . 1 and in Table 1 at testing it on water at a temperature of 20 C and a rotational speed of 1450 rpm.
Combined vane pump ZYB-50/ZYB-80 has two upper cover structures A & C to choose, suitable for connecting different pipelines. With built-in oil and gas separator and relief valve, this kind of pumps have advantages of low noise, large flow and long lifespan. Working Process of Vane Pump When the high-pressure oil output by the vane pump enters the oil-gas separation pipe from the oil outlet of the pump, under the action of the deflector at the inlet of the oil-gas separation pipe, most of the oil advances in a spiral shape along the inner wall of the oil-gas separation pipe. Finally, it flows from the oil outlet of the oil-gas separation pipe to the oil outlet valve. The gas mixed in the oil is less dense than the oil, so it is concentrated in the middle of the official cavity, and finally discharged from the oil-gas separation pipe to the normal pressure cavity. After the oil-gas mixture enters the atmospheric chamber, the gas floats up, discharged into the atmosphere through the exhaust pipe. And the oil is stored in the normal pressure chamber. When the oil accumulates to a certain amount, the float floats up, driving the connecting rod to open the oil return valve, and the oil flows to the low pressure chamber through the oil return valve. While when the oil level drops to a certain height, the float falls back under the action of gravity, the oil return valve closes the valve, and the oil return function stops. When the rotor rotates continuously, the vane pump outputs a certain pressure and flow of oil. The size of the oil delivery pressure depends on the pressure adjustment state of the relief valve and the load resistance. And the pressure oil coming out of the vane pump enters the oil-gas separation pipe for oil-gas separation. Part of gas-free oil coming out of the oil-gas separation pipe will return to low-pressure chamber through relief valve. And the other part will enter the flowmeter via the oil outlet valve. When fuel nozzle is open, the load resistance would be small, and the pressure oil overcomes the spring force of the oil outlet valve and enters flow meter from the oil outlet valve, and the relief valve is closed or slightly opened. When fuel nozzle is closed, the oil pressure rises, then relief valve is completely opened. Next the pressure oil in the high-pressure chamber flows through relief valve to the inlet of vane pump and recirculates. Usually, the pressure and output flow of hydraulic system can change by adjusting the stud of relief valve.
