Cardiology interventional devices includes: PTCA balloon catheter, ptca guide wire, PTFE angiographic guide wire, hydrophilic angiographic guide wire, angiographic catheter, diagnostic catheter, guiding catheter, radial introducer sheath, femoral introducer sheath, peel-away introducer sheath, inteventional and radiology interventional accessories: balloon inflation device, hemostasis y connector kit, manifold, control syringe, angiography syringe, color syringe, high pressure syringe, radial hemostasis compression device, femoral hemostasis compression device, angiographic needle, seldinger needle, pressure line, pressure monitoring line, pressure transducer.
Engine Model:diesel engine Part/No.: 0928400574 MOQ:1 PC Packing Details:Original/Genuine Package-paper box or wooden case Place of Origin:Hubei,China Trade Term:EXW,FOB,CNF,CIF Export Port:Shanghai Ningbo Shenzhen Guangzhou Qingdao Tianjin Payment Term:Western Union,Paypal,T/T,L/C at Sight Delivery Time:By sea about 7 working Days,By air about 5~8 days Guarantee: 6 months
BabyCoccola Baby Bathtub for wash basin, is a support that helps washing babies comfortably in the sink, holding up their weight, welcoming them in a natural position and making it easy to wash their private parts effortlessly at nappy change. It is provided with two suction cups that are virtually adaptable to all sinks and bidet, from the most standard to the high-end ones. All materials are also hypoallergenic and antibacterial. Product Origin : Italy Key Specifications/Special Features Materials components: Polypropylene and ThermoPlastic Elastomer. In order to have full control, the entire process, from the supply of materials to the processing environment, up to the product quality guarantee, BabyCoccola is made in Italy. Harmonization System (HS) Code : 3924-90-1000 Packaging details Inner box: Microwave 50x30x14cm Export box: One wave 52x31x70cm (5pcs)
BabyCoccola Baby Bathtub for wash basin, is a support that helps washing babies comfortably in the sink, holding up their weight, welcoming them in a natural position and making it easy to wash their private parts effortlessly at nappy change. It is provided with two suction cups that are virtually adaptable to all sinks and bidet, from the most standard to the high-end ones. All materials are also hypoallergenic and antibacterial. Product Origin : Italy Key Specifications/Special Features Materials components: Polypropylene and ThermoPlastic Elastomer. In order to have full control, the entire process, from the supply of materials to the processing environment, up to the product quality guarantee, BabyCoccola is made in Italy. Harmonization System (HS) Code : 3924-90-1000 Packaging details Inner box: Microwave 50x30x14cm Export box: One wave 52x31x70cm (5pcs)
BabyCoccola Baby Bathtub for wash basin, is a support that helps washing babies comfortably in the sink, holding up their weight, welcoming them in a natural position and making it easy to wash their private parts effortlessly at nappy change. It is provided with two suction cups that are virtually adaptable to all sinks and bidet, from the most standard to the high-end ones. All materials are also hypoallergenic and antibacterial. Product Origin : Italy Key Specifications/Special Features Materials components: Polypropylene and ThermoPlastic Elastomer. In order to have full control, the entire process, from the supply of materials to the processing environment, up to the product quality guarantee, BabyCoccola is made in Italy. Harmonization System (HS) Code : 3924-90-1000 Packaging details Inner box: Microwave 50x30x14cm Export box: One wave 52x31x70cm (5pcs)
Non-woven bags, foley balloon catheters, urine bags, infant feeding tubes, suction catheters, endotracheal tubes.
Dual Twin Engine Top Mount Binnacle Remote Control for Yamaha Part no.: 704-48207-P1-00 This control gives you externally-adjustable throttle friction and exceptionally smooth throttle friction and exceptionally smooth operation. The thumb-operated trim/tilt switch and neutral warm-up button are conveniently located on a handle accented with polished chrome.
Interventional accessories, angiographic catheter, in deflator inflation device, homeostasis valve y connector, 3 way control valve, angiographies syringe, 3-way stopcock valve.OEM
About Steel re-Rolling Mill Steel Re-rolling is a major steel section and bar producing technology used in India and abroad. Since its inception in India with setting up of first re-rolling mill in Kanpur in 1928, this technology has contributed significant steelmaking capacity in secondary steel sector in India. Air Pollution Depending upon the fuel used in heating the furnace of a Steel Re-rolling Mill, the characteristics of flue gases may vary. For coal fired furnaces they may consist of gaseous as well as particulate pollutants. For oil or gas fired furnaces, these flue gases may consist of just gaseous pollutants. The flue gases may also be corrosive in nature. Selection of Technology for Air Pollution Control Device Selection of Technology for Equipment in an Air Pollution Control System in case of a Steel Re-rolling Mill depends upon the fuel to be used : a. Scrubber based System for Oil / Gas Fired Furnaces b. Cyclone and Scrubber based System for Coal Fired Furnaces About Scrubber based System for Oil / Gas Fired Furnaces Characteristics of Air Pollution Generated In Induction Furnace 1 Pollutants : Dust & Gases such as NO , SO , CO, Co x 2 2 2 Concentration : SPM - 1200-1500 mg/Nm (Maximum, in coal fired) 3 So - 800-1000 mg/Nm 2 4 NO - 20-50 mg/Nm x 5 Temperature : At Suction Point: 250-300 C 6 Nature of Dust : Slightly Sticky, Non Abrasive and Non Explosive Control Practices The control practice adopted in controlling air pollution in this industry mainly depends upon following parameters : 1 Dust/Gas Concentration at inlet 2 Discharge Standards 3 Temperature of Flue Gases 4 Nature of Pollutant i.e. Dust (Particulate) or Gaseous 5 Nature of Dust i.e. Sticky, Abrasive 6 Nature of Gases i.e. Corrosive, Non Corrosive Working of Equipment 1. Ducts & Bends : 2. Scrubber : 3. ID Fan : 4. Stack (Chimney) : About Cyclone and Scrubber based System for Coal Fired Furnace Working of Equipment 1. Ducts & Bends : 2. Cyclone : 3. Scrubber : 4. ID Fan : 5. Stack (Chimney) : Discharge Characteristics as Per Norms 1 Dust : Less than 150 mg/ Nm 2 Temp : Less than 80-100 C 3 Gases : Traces of SO , NO , Co , Co.
About Lead Refining Lead recycled from used lead acid batteries or other sources (Secondary Smelting) via the Mini Blast Furnace or Rotary Furnace route, contains lot of contamination and undesired components. On the other hand, Lead required for battery manufacturing is either soft Lead with 99.97% purity or hard Lead of varying Antimony compositions. In order to make quality of lead suitable for its different uses, different variations of pot melting processes are employed. These include Re-Melting for removal of slag, Refining” for attaining required purity levels and Alloying for producing various alloys of lead. The equipments used are the same, the consumables and the processes, however, differ. Description of Melting Pot The Melting Pot (or Refining Pot or Alloying Pot, as it is variously called), is a mechanical mixing device with a pot and a heating arrangement. The inner pot is made of heavy MS plate with dish end bottom. It is placed within a jacket of refractory bricks, which in turn, are protected by an outer cover of MS plate with reinforcements. The pot is covered at the top with opening for feeding lead ingots and is provided with an electro-mechanical mixer. At the bottom, a heating source, usually an oil fired burner, is provided to heat the pot and to melt the lead. Once lead melts, impurities are skimmed and removed and any consumables required are added. Lead is then drained from the pot through an outlet pipe and valve. Capacity of such pots depends upon the requirements of particular units. Standard pot capacities made are from 4.0 TpB to 20.0 TpB. Higher capacity pots are also manufactured as required by any particular establishment. A typical 10.0 TpB Refining Pot has the following standard sizes and specifications: Diameter (ID) 1150mm Height 1250mm (Dish Depth of 200mm) Flange Width 350mm Outer Shell Diameter 1900mm Stirrer MoC & Dia SS-304 & 75mm Stirrer Motor 5.0 HP x 960 RPM Outlet Valve Size 40mm Burner Diesel Fired Fuel Consumption Range 8-18kg ltr Melting pots are installed both with and without accessories which may include Ingot Casting Machine, Ball Making Machine (where Ball Mills are installed down the line), Air Pollution Control Systems, Jib Cranes etc. Production Process Melting Processes have been grouped as Re-Melting Process Refining Process Alloying Process Re-Melting Process This process is undertaken for value addition to the recycled lead from furnaces. Lead is melted in the pot and major impurities are skimmed from it to make it saleable in the market. Refining Process Lead is melted in the pot, additives such as Sulphur, Wooden Powder and Coke Breeze are added and mixed gently followed by dross removal. Thereafter, Tin is added to remove Copper and temperature is increased to 550-6000C. Further, additives such as Sodium Nitrate & Caustic Soda are added to remove Antimony. This process is repeated to get the desired purity of lead. Alloying Process Lead is melted in the pot, additives such as Sulphur, Wooden Powder & Coke Breeze are added and mixed gently followed by dross removal. Thereafter, Tin & Antimony are added to the liquid metal to get the desired grade of Lead. Air Pollution Control Device for Refining Pot Melting processes lead to generation of air pollution at the following stages Initial heating and melting generates fumes Drossing with sulphur, wooden powder and coke breeze generates lot of smoke and dust particles Further heating for Refining and Alloying with different chemicals generates fumes and dust particles. Hence, to meet various goals of maintaining employees' health, factory environments as well as regulatory requirements, it becomes imperative to get high end Air Pollution Control Systems to be installed with the Melting Pots. Air Pollution Control Device for Refining Pot Dust : 500-600 mg/Nm Temperature : 60-80C G Gases : Fumes and Dust Discharge Characteristics required as per Norms Dust : Less than 50 mg/Nm Lead ( Pb) : Less than 10 mg/Nm Temperature : 50-60 C Gases : Not Detectable Selection of Technology for Air Pollution Control Based on the Parameters and the Standards mentioned, the following technology is adopted for Air Pollution Control System in Melting Pot: Pulse Jet based Bag House Filtration System Details of Air Pollution Control Device with functions Aerodynamically designed suction hoods are provided to capture flue gases generated at source itself. Duct & Bends Ducts and bends are required to convey flue gases from point of suction to final top of the chimney and connect various equipments like suction hood, bag house, ID fan and chimney. All bends and reducers are aerodynamically designed and have provision of manhole cleaning mechanism. Bag Filtration System: It is used for final filtration of flue gases to remove fine dust particulate matter using Pulse Jet Technology. Treated gases from all the bags are collected at top of bag house and passed through ID Fan to exhaust the same to chimney. The dust is collected at bottom of hopper and is discharged through Rotary Air Lock Valve. Bag Filtration System It is used for final filtration of flue gases to remove fine dust particulate matter using Pulse Jet Technology. Treated gases from all the bags are collected at top of bag house and passed through the ID Fan to exhaust the same through chimney. The dust is collected at bottom of hopper and is discharged through Rotary Air Lock Valve. ID Fan ID Fan provides necessary driving force to convey flue gases from top of furnace to top of the chimney. The volume sucked overcome the total resistance offered by equipment and duct with the help of fluid horse power provided by ID Fan driven by suitable motor. Stack (Chimney) The generated gases are passed to atmosphere after treatment through chimney of suitable height and diameter. At the time of Delivery
An improved surface mount remote control provides better boating performance and reliability. The BRP remote control is designed for more positive shifting and smoother throttle operation. The remote control handle features an exclusive design enabling right or left-hand installation along with a new thumb operated trim switch that is easier to use. The kit includes a key switch, emergency lanyard, warm-up lever, start-in-gear prevention switch, neutral lock and throttle friction adjustment, and warning horn. This control works with 1996 and new outboards. This control can be used on 1973-1995 motors with the purchase of wiring harness adapter part number 0768411 (768411 replaces prior part number 176711). Please check with the Manufacturer and verify that this is the part you need. It is your responsibility to order the correct part. We will ship exactly what is ordered. Please make sure it is what you want before ordering Size: 5" X 8 3/8" X 5 3/8" Boat part number 8601130 is a new OEM prewired side mount remote control for Larson Boats, part number 4331-8994 . Manufactured by Evinrude / Johnson, part number 5006180 . Features: Neutral Lock Trim/tilt switch Ignition switch with safety lanyard "Start In Gear Prevention" Switch Warning Horn Adjustable Throttle Friction Pigtail Wiring Harness (Correct ignition wiring harness must be ordered separately) Compatible with Evinrude Johnson cables and outboard engines 1996 and newer May be used with 1973-1995 motors with harness adapters, not included Specifications: Boat Manufacturer: Larson Boats Part Number: 4331-8994 Part Manufacturer: Evinrude / Johnson Part Number: 5006180
About Rotary Furnace The Rotary Melting Furnace is a very flexible and universal equipment used for recycling many non-ferrous metals. It is the major lead production technology used in India and many other countries for Secondary Lead Production. A lead production system based on this technology has certain distinct characteristics such as: Equipment scalable for installing higher capacities Recovers all lead in one production cycle Plates & powder from scrap battery as well as slag from Mini Blast Furnace can be used as raw material Requires addition of certain consumables Can be fired with various fuels Generates high Pollution both as Flue Gases & Fugitive Emissions Description of Rotary Furnace It is a Rotary kiln in the form of a metallic cylinder with conical sides on both ends. Mild steel plate is used for construction of this shell and its thickness varies depending upon the capacity of the equipment. This shell is rotated on its own axis at 1-2 rpm. For this purposes tyres (also called riding rings) are fitted on the shell. These are fabricated from MS squares or flats, machined for a smooth finish. These tyres ride on steel rollers which are again machined finely. These rollers are fitted on a robust MS structural frame and driven by a gear & motor arrangement. The shell is lined inside with insulation and fire bricks of suitable Alumina content. Conical ends of the furnace are open on both sides. The furnace is charged with Raw material along with additives from the front end. This side is provided with a movable door on which a burner is mounted. The burner can be a conventional one or a fully automatic one depending upon the fuel used. At the other end, an exhaust block lined with refractory bricks is provided. A tapping hole is provided in the center of the shell from where molten metal & slag are discharged. Flue gases generated are sucked from the exhaust block side of the furnace. A typical 3.0 TpB Rotary Furnace has the following standard sizes & specifications : Outside dimensions of the Rotary Shell dia : 2075mm Shell length : 2500mm Total length : 4500mm Charging dia : 450mm Exhaust side dia : 450mm Refractory thickness : 200mm Fuel : Furnace Oil Burner : Model 4 A FD Fan capacity : 1250 cmh at 1000mm of WG Gear Box in drive : 8, 1:40 Ratio Motor in drive : 15.0 HP x 960 RPM Structure used for base : ISMC 250 x 80 Manufacturing Process Lead to be manufactured from Rotary Furnace can be obtained directly from scrapped batteries or as slag from Mini Blast Furnace. In case of former, batteries are cut open or broken to segregate lead scrap, plastic and other materials from them; lead scrap in the form of lead powder/ plates etc. is charged in the furnace along with a proportionate charge of additives. In the case of latter, slag produced from Mini Blast Furnaces is charged into the Rotary Furnace, again with proportionate additives. This process is a batch type process. After filling the required quantity of raw material (either manually or mechanically), the lid of the furnace at the front is closed. The burner attached to the moving door is then fired. Complete mass of lead raw. Material along with additive chemicals is heated at high temperature inside the furnace. After some time, molten lead is collected at the bottom of the furnace by puncturing the central opening of the Rotary Furnace. Lead is collected either directly into Jumbo Ingot Moulds or in receiving channels from which they are poured into Jumbo Ingot Moulds. After draining the Furnace of the first batch, production of next batch is undertaken and the Furnace is again charged with raw material. After three such batches, one batch of slag collected in Rotary Furnace is executed. This process leads to generation of flue gases which are toxic in nature and need appropriate and adequate Air Pollution Control System for their treatment. The steps of Charging and Tapping of Rotary Furnace also lead to generation of Fugitive Emissions which need to be captured at source and treated to maintain ambient air standards at workplace. Process Details of a typical 3.0 TpB Rotary Furnace Raw Material Charged3000 kgs/ Batch Total additive chemicals charged:400-500 kgs/ Batch Rotational speed1-2 RPM Fuel usedFurnace Oil Calorific value of fuel used8600 kCal/ kg. Fuel consumed30-40 lt/ hr. Air provided for process1250 cmh Lead produced9000-10000 kg/day (for Raw Material feed of 12-15 T raw material being lead powder and plates) Flue gas generation15000 cmh Section View of Rotary Furnace Advantages and Disadvantages of Rotary Furnace Advantages Recovers 100% lead in the first operation. Slag produced is lead free. Equipment can be scaled up for higher production capacities. Disadvantages Many chemicals are required for operation. High power consumption. Difficult to produce low Antimony lead suitable for soft lead purposes. Fugitive Emissions need to be captured in addition to flue gases. Need skilled operators and careful maintenance. Air Pollution Control Device for Rotary Furnace Apart from plates and paste of lead oxide from scrap batteries, slag from Mini Blast Furnace is charged in the Rotary Furnace. In addition to these, certain compounds of sulphur are also present in the batteries. When this material is heated in the presence of carbon, lead oxide is converted to lead. This conversion along with burning of fuel generates flue gases and fumes containing dust, dirt, oxides of lead, lead particles and such other impurities etc. Hence, to meet various goals of maintaining employees' health and factory environments as well as regulatory requirements, it becomes imperative to get high end Air Pollution Control Systems to be installed with the Rotary Furnaces. Characteristics of Air Pollution generated in Rotary Furnace Selection of Technology for Air Pollution Control System Based on the parameters and the standards mentioned, the following technology is adopted for Air Pollution Control System in Rotary Furnace: Rotary Chamber Gravity Chamber Involute Cyclone Pulse Jet based Bag House Filtration System Details of Equipments allow with Functions Rotary Chamber Rotary Chamber receives very hot gases from Rotary Furnace while cold gases from atmosphere are induced into chamber via specially designed profile. Thus chamber works as an equalizing chamber to reduce the temperature of gases and also where sedimentation of dust particulate matter takes place. Duct & Bends Ducts and Bends are required to convey flue gases from point of suction to final top of the chimney and connect various equipments like gravity chamber, cyclone, bag house, ID Fan and chimney. All bends and reducers are aerodynamically designed and have provision of manhole cleaning mechanism. Gravity Chamber It is a low pressure drop device which: Allows large size particles to settle down Cools down temperature of flue gases Used as spark arrestor to entrap live or red hot particles. Involute Cyclone Cyclone is used to remove medium size particles from flue gases stream. The treated flue gases are discharged from top and dust is collected at bottom. Bag Filtration System It is used for final filtration of flue gases to remove fine dust particulate matter using Pulse Jet Technology. Treated gases from all the bags are collected at top of bag house and passed through ID Fan to exhaust the same through chimney. The dust is collected at bottom of hopper and is discharged through Rotary Air Lock Valve. ID Fan ID Fan provides necessary driving force to convey flue gases from top of furnace to top of the chimney. The volume sucked overcome the total resistance offered by equipment and duct with the help of fluid horse power provided by ID Fan driven by suitable motor. Stack (Chimney) The generated gases are passed into atmosphere after treatment through chimney of suitable height and diameter. At the time of Delivery
Nelaton catheters suction tube oxygen face mask foley balloon catheters thoracic tube.
Suction Coagulator 10 Fr. Control Valve Vent UOM: 25/BX Product Number: 004025 Manufacturer: J & J
Iv cannula, iv set, three way stop cock, extension tube, infant feeding tube, ryle's tube, nelaton catheter, suction catheter.
Nelaton catheters suction tubes face masks medical stocking knee medical dressings.
Surgical items, infusion set, scalp vein set, urine bag, suction catheter, ryle's tube, feeding tube..
Surgical instruments, disposable drapes, suction catheters, forceps, scissors, clamp, needle holder, health care products, hospital equipments, surgical equipments, surgical instruments.
The angiographic catheter is the key equipment for percutaneous angiography. It should be equipped with suitable hardness, elasticity, flexibility and torsion, as well as good X-ray penetration; in addition, its shape memory should be good, the catheter wall should be smooth, the imaging performance should be high, and thrombosis performance should be controlled in the lowest range. Materila:Pebax+stainless steel wire braided Size:4F-7F Pressure:1200PSI Curve:JL JR AL AR TIG PIGTAIL ETC.... Soft tip
Laryngeal mask airway, endotracheal tube, siliconed latex foley catheter, suction catheter, pvc nelaton catheter, pvc feeding tube, pvc stomach tube, 100% silicone stomach tube (imported 100% medical grade silicone material), guedel airway.
