Sodium Silicate also known as water glass or sodium met silicate is a versatile chemical with a wide range of application across various industries Its chemical formula is NaSiO It is a combination of Soda Ash and Silica Sand resulting in a viscous clear liquid or solid form it must be thick and white or slightly grey color It can be pale grey or green if its in the form of lumps Depending upon the specification Silicate is composed of Sodium Oxide Na2O and Silicon Dioxide SiO2 in varying ratios The combination of both decides the viscosity alkalinity and solubility Sodium Silicate comes in two forms ie Solid Glass and Liquid and in two grades ie Neutral and Alkaline The viscosity ranges from Solid Glass like substance to Thin Liquid Sodium Silicate can be primarily produced in two ways Furnace method and Soda Ash method Sodium Silicate has an exceptional properties that makes it vital and very useful Silicates versatility makes it an important ingredient in Paper and Ceramics industry Electrodes and Cement Industry Detergent and Textile Industry It also has its application in areas such as Manufacturing Construction Water Treatment Plant Fireproofing and Automotive It helps in enhancing final products performance by increasing efficiency Jyoti Chemical provided material is clear free from dirt and other visible impurities We dont compromise in quality of raw material Our offered silicate is exactly as per your specified demand of different industrialized sectors We offer you Sodium Silicate in all options from 50 KG Carboys to Tanker load
Sodium Silicate also known as water glass or sodium met silicate is a versatile chemical with a wide range of application across various industries Its chemical formula is NaSiO It is a combination of Soda Ash and Silica Sand resulting in a viscous clear liquid or solid form it must be thick and white or slightly grey color It can be pale grey or green if its in the form of lumps Depending upon the specification Silicate is composed of Sodium Oxide Na2O and Silicon Dioxide SiO2 in varying ratios The combination of both decides the viscosity alkalinity and solubility Sodium Silicate comes in two forms ie Solid Glass and Liquid and in two grades ie Neutral and Alkaline The viscosity ranges from Solid Glass like substance to Thin Liquid Sodium Silicate can be primarily produced in two ways Furnace method and Soda Ash method Sodium Silicate has an exceptional properties that makes it vital and very useful Silicates versatility makes it an important ingredient in Paper and Ceramics industry Electrodes and Cement Industry Detergent and Textile Industry It also has its application in areas such as Manufacturing Construction Water Treatment Plant Fireproofing and Automotive It helps in enhancing final products performance by increasing efficiency Jyoti Chemical provided material is clear free from dirt and other visible impurities We dont compromise in quality of raw material Our offered silicate is exactly as per your specified demand of different industrialized sectors We offer you Sodium Silicate in all options from 50 KG Carboys to Tanker load
Special Ultra-pure Bromine Free Grade Salt khanan international traders enjoys a prominent position in producing the particular grade Ultra-Pure Bromine-Free salt. For this purpose, the R&D department of the company has designed an indigenous electrode ionization plant to extract impurities providing the customer with the purest of salt. This plant extracts Bromine and has been working smoothly and problem-free since the beginning. The plant has been designed for high inputs of Bromine since raw Brines have a lot of variations. The production of a Special Ultra-Pure Bromine-Free Grade of salt has only become possible in Pakistan due to the hectic, dedicated, and ambitious efforts of our R&D department. It has taken us more than three years to make this particular grade completely Bromine-free. The Bromine content in our regular Pyrogen-free stages ranges from 10 to 40 ppm. With time, we have learned more and more about the system. This has made it possible for us to extract impurities other than Bromine. Currently, these impurities are going to waste. The R&D department is researching how we can minimize this waste and convert these impurities into useful and valuable products. The production of a Special Ultra-Pure Bromine-Free Grade of salt has only become possible in Pakistan due to the hectic, dedicated, and ambitious efforts of our R&D department. It has taken us more than three years to make this particular grade completely Bromine-free. The Bromine content in our regular Pyrogen-free stages ranges from 10 to 40 ppm. With time, we have learned more and more about the system. This has made it possible for us to extract impurities other than Bromine. Currently, these impurities are going to waste. The R&D department is researching how we can minimize this waste and convert these impurities into useful and valuable products.
This is a powerful 8 KW solution designed for precise and efficient welding of PVC and PU based products. With advanced features and robust construction, this machine ensures reliable performance for high-frequency welding and embossing applications. Anti-Spark Electric System: Equipped with an anti-spark electric system, this machine ensures safe operation and minimizes the risk of electrical hazards, providing peace of mind during usage. Safety Device: The inclusion of a safety device enhances operator safety by providing additional protection during operation, prioritizing the well-being of the user. Special Mechanical Structure: Featuring a special mechanical structure, this machine ensures uniform pressure for PVC welding, resulting in consistent and high-quality welding outcomes. Easy Tuning and Special Protection Circuit: The machine allows for easy tuning, enabling quick adjustments and precise control during the welding process. The special protection circuit safeguards the equipment from electrical fluctuations, enhancing its durability and longevity. Hydraulic Pressure Device: The hydraulic pressure device provides precise control over pressure, making it suitable for welding even challenging alignment products, increasing the versatility of the machine. Model No. BS-602 Power 8 KW Voltage 220V or 380V Input Power 8.5 KVA Frequency 27.12 or 40.68MHZ Maximum Electrode Spacing 160-220mm Working Table 350 x 700mm or 400 x 700mm Temperature Control Range 50-300C Adjustable Welding Time 0-10s Adjustable Table Size 1070 x 1210mm Oil Hydraulic 68no Oil Capacity 30 Ltr. Dimension 1070 x 1680 x 1560 Machine Weight 320 KG
This is a powerful 8 KW solution designed for precise and efficient welding of PVC and PU based products. With advanced features and robust construction, this machine ensures reliable performance for high-frequency welding and embossing applications. Anti-Spark Electric System: Equipped with an anti-spark electric system, this machine ensures safe operation and minimizes the risk of electrical hazards, providing peace of mind during usage. Safety Device: The inclusion of a safety device enhances operator safety by providing additional protection during operation, prioritizing the well-being of the user. Special Mechanical Structure: Featuring a special mechanical structure, this machine ensures uniform pressure for PVC welding, resulting in consistent and high-quality welding outcomes. Easy Tuning and Special Protection Circuit: The machine allows for easy tuning, enabling quick adjustments and precise control during the welding process. The special protection circuit safeguards the equipment from electrical fluctuations, enhancing its durability and longevity. Hydraulic Pressure Device: The hydraulic pressure device provides precise control over pressure, making it suitable for welding even challenging alignment products, increasing the versatility of the machine. Model No. BS-602 Power 8 KW Voltage 220V or 380V Input Power 8.5 KVA Frequency 27.12 or 40.68MHZ Maximum Electrode Spacing 160-220mm Working Table 350 x 700mm or 400 x 700mm Temperature Control Range 50-300�°C Adjustable Welding Time 0-10s Adjustable Table Size 1070 x 1210mm Oil Hydraulic 68no Oil Capacity 30 Ltr. Dimension 1070 x 1680 x 1560 Machine Weight 320 KG
Triacs Belong To The Thyristor Family And Are Closely Related To Silicon-Controlled Rectifiers (Scr). However, Unlike Scrs, Which Are Unidirectional Devices (I.E. Can Conduct Current Only In One Direction), Triacs Are Bidirectional And So Current Can Flow Through Them In Either Direction. Another Difference From Scrs Is That Triacs Can Be Triggered By Either A Positive Or A Negative Current Applied To Its Gate Electrode, Whereas Scrs Can Be Triggered Only By Currents Going Into The Gate. In Order To Create A Triggering Current, A Positive Or Negative Voltage Has To Be Applied To The Gate With Respect To The A1 Terminal (Otherwise Known As Mt1). Once Triggered, The Device Continues To Conduct Until The Current Drops Below A Certain Threshold, Called The Holding Current. The Bidirectionality Makes Triac Very Convenient Switches For Ac Circuits, Also Allowing Them To Control Very Large Power Flows With Milliampere-Scale Gate Currents. In Addition, Applying A Trigger Pulse At A Controlled Phase Angle In An Ac Cycle Allows One To Control The Percentage Of Current That Flows Through The Triac To The Load (Phase Control), Which Is Commonly Used, For Example, In Controlling The Speed Of Low-Power Induction Motors, In Dimming Lamps And In Controlling Ac Heating Resistors Two Modes Of Led Panel Light Dimming: Mobile App Based Dimming- The Customer Sitting In Any Part Of The Room/ House Can Control The Intensity Of The Light By Using His Mobile App The Manual Mode Facilitates Control By Varying The Triac Manually Through The Knob Provided In The Control Unit. Optional: Wifi App Based Dimming Occupancy Based Dimming
Triacs Belong To The Thyristor Family And Are Closely Related To Silicon-Controlled Rectifiers (Scr). However, Unlike Scrs, Which Are Unidirectional Devices (I.E. Can Conduct Current Only In One Direction), Triacs Are Bidirectional And So Current Can Flow Through Them In Either Direction. Another Difference From Scrs Is That Triacs Can Be Triggered By Either A Positive Or A Negative Current Applied To Its Gate Electrode, Whereas Scrs Can Be Triggered Only By Currents Going Into The Gate. In Order To Create A Triggering Current, A Positive Or Negative Voltage Has To Be Applied To The Gate With Respect To The A1 Terminal (Otherwise Known As Mt1). Once Triggered, The Device Continues To Conduct Until The Current Drops Below A Certain Threshold, Called The Holding Current. The Bidirectionality Makes Triac Very Convenient Switches For Ac Circuits, Also Allowing Them To Control Very Large Power Flows With Milliampere-Scale Gate Currents. In Addition, Applying A Trigger Pulse At A Controlled Phase Angle In An Ac Cycle Allows One To Control The Percentage Of Current That Flows Through The Triac To The Load (Phase Control), Which Is Commonly Used, For Example, In Controlling The Speed Of Low-Power Induction Motors, In Dimming Lamps And In Controlling Ac Heating Resistors Two Modes Of Led Panel Light Dimming: Mobile App Based Dimming- The Customer Sitting In Any Part Of The Room/ House Can Control The Intensity Of The Light By Using His Mobile App The Manual Mode Facilitates Control By Varying The Triac Manually Through The Knob Provided In The Control Unit. Optional: Wifi App Based Dimming Occupancy Based Dimming
A student physiograph, also known as a kymograph or physiological recording system, is a laboratory instrument used in physiology and biomedical research to record and analyze physiological signals and responses. Here's how it's used: Recording Physiological Signals: A student physiograph records various physiological signals such as heart rate, blood pressure, respiratory rate, muscle contractions, and electrical activity of the heart (ECG) or brain (EEG). These signals are typically measured using sensors or transducers that convert physiological phenomena into electrical signals. Experimental Setup: Researchers set up experiments by attaching sensors or electrodes to the subject (e.g., human, animal, or tissue preparation) to measure specific physiological parameters. The signals from these sensors are then transmitted to the physiograph for recording and analysis. Data Visualization: The physiograph records physiological signals over time, displaying them graphically on a rotating drum or digital screen. This allows researchers to visualize and analyze changes in physiological parameters in response to experimental manipulations, interventions, or stimuli. Data Analysis: Physiological recordings obtained from the student physiograph can be analyzed to extract various parameters such as amplitude, frequency, duration, and latency of physiological responses. This data analysis helps researchers quantify and interpret the physiological effects of experimental conditions or treatments. Teaching Tool: Student physiographs are commonly used in educational settings, such as undergraduate physiology or biomedical science laboratories, to teach students fundamental principles of physiological measurement, experimental design, and data analysis. Students learn how to set up experiments, record physiological signals, and interpret the results. Research Applications: In research laboratories, student physiographs are used for conducting experiments to investigate physiological mechanisms, pathophysiology of disease, effects of drugs or interventions, and responses to environmental stimuli. They are valuable tools for generating data that contributes to scientific understanding and medical advancements. Demonstration of Biological Concepts: Physiographs can also be used for demonstration purposes in public outreach events or scientific presentations. By recording and displaying physiological responses in real-time, researchers can illustrate biological concepts and engage audiences in understanding the complexity of living systems. Overall, student physiographs are versatile instruments that play a vital role in physiological research and education. They enable researchers and students to study, record, and analyze physiological responses, fostering a deeper understanding of human and animal biology.
2040/1530 thin mild steel sheet CNC plasma table cutting machine is especially designed for thin steel plate ( 0-3 mm )fast cutting. It adopts cylinder compacting system to prevent steel plate moving during cutting. It has a very fast cutting speed for the thin plate. 2040 1530 thin mild steel sheet CNC plasma table cutting machine features: 1. The beam uses light structural design, with good rigidity structure, light deadweight and small movement inertia. 2. STARFIRE control system, the file incision and export automatic correction , real-time tracking detection of plasma power in the process of cutting current. The control system uses the U-disk exchange processing document, easy to operate. 3. Z axis adopts Cylinder pressure, so high precision and long life time using are assured. 4. It can apply to iron sheet, the aluminum sheet, the galvanized sheet, hundred steel plates , metal plates and so on. Equipped with other metal equipment, forming the advertising word processing tubeline. Completely solve the traditional manual processing methods. Improve the efficiency of several times. 5. Cutting kerf is small, tidy, and avoid a second dressing processing. 6. High cutting speed, high precision, and low cost and cheap. 7. Support FASTCAM, Astronautics Haire, ARTCAM software, Type3 produce standard G code way document, also can change software to read AUTOCAD software produce DXF form documents. Applicable Materials: Especially for all kinds of metal materials such as steel, copper, aluminum and stainless steel that thickness less than 8mm cutting. 2040 1530 thin mild steel sheet CNC plasma table cutting machine parameters: Model RB 1560 2040 Working area (X-Y) 1500mm*6000mm, 2000mm*4000mm Working material Iron, Steel, Aluminum, sheets, Galvanized, sheets. Titanium, Plates Working Thickness 0-8mm Cutting Speed 0-12000mm/min Power 8.5kw Input Voltage 380V 50HZ/60HZ Plasma Current 63A Connecting Way USB Working Mode Untouched arc striking Cooling method With water pump and tank provide circulating water cooling Rail guide HIWIN square rails Transmit way Taiwan imported ball screw Operation language Chinese or English Command G code, *uoo, *mmg, *plt Optional power source America HYPERTHERM or China HUAYUAN Spare parts Electrode ,Electricity nozzle and Water jacket
CORRECT TEST POSTURE Body Posture The correct posture is standard stand posture, with arm sand feet departed, to get an accurate test result,please remove your heavy clothes and other objects away When testing, please keep your arms hanging naturally with an 15 angle to the body, and contacts between body and legs should be avoided. Keep relaxed,never be tension,move or speak loudly Correct Posture To Grip Electrodes To grip electrode rods with two hands,keep your fingers griping on the inside of the electrode respectively and equably. press the outside pole of the electrode rod.Do not press electrode parcel with your finger mails. And do not loosen it throughout the testing process. lf there is a protective layer on the electrode. piease remove it. Correct Posture To Stand On Electrode A.Stand with bare foot on the electrode parcel. B.Keep the heel stomping on the circular electrode parcel, the soles standing on the oval electrode parcel. C.if the feet are too small,please let the feet stand between electrodes parcels located front and rear,toensure that feet can fully come into contact with the electrode parcels at two ends. D.lf there are thick cocoons on the soles or unclean objection feet, it may affect the normal test, please wipe it with wet towel.
Endoscope High Temperature Sterilizable Medical Wiring Harness Packaging & Shipping Package Size L420*W300*H260MM/L485*W230*H235MM Package Gross Weight 10KG-12KG Product Description Product Name Endoscope High Temperature Sterilizable Medical Wiring Harness Testing Copper Wire Elongation Test, Insulation Test, Flexing Test, Continuity Test,High Voltage Test and so on. Color Blue, Black, Green or Customized Production Capacity 100,000 pcs one day Certificates ISO 9001:2015, ISO13485:2016 Application Field HF electrosurgical device, ECG monitor, Oximeter, Endoscope etc. Company Profile ComHuge (Dongguan) Medical Wire Harness Technology Co., Ltd. was established in September 2020, which is located in the world's famous manufacturing city - Humen Town, Dongguan City, Guangdong Province, formerly known as Dongguan Richwood Wire and Cable Co., Ltd. independent of a professional R & D, design, production of medical wiring harness factory. Our factory mainly produces electrosurgical medical equipment medical connection cable, the main products are high-frequency surgical electrode cable (monopolar), high-frequency surgical electrode cable (bipolar), ground pad cable (monopolar and bipolar), blood oxygen cable, ECG monitoring cable, pressure sensing cable, physiotherapy electrode cable, medical corrugated tubing and so on. Our company obtained the ISO 13485:2016 medical quality management system issued by the third-party SGS certification enterprise and passed the Sedex authorized third party Tianxiang certification audit SMETA 4P Social responsibility enterprise in the same year. Our enterprise is people-oriented, adhere to the law compliance, product safety and effectiveness of the development of strategic thinking road. Gathered first-class technology research and development team and management elite, with a full set of domestic and foreign advanced production lines and testing equipment, the implementation of a complete set of perfect customer service system, the products meet the domestic GMP/EU CE/USA FDA related laws and regulations, to ensure that the products are safe and effective.
#semi coke#gas coke#lam coke#met coke#foundry coke#nut coke Semi coke can be 100% used in the production of ferrosilicon and ferronickel, reducing production power consumption and increasing single furnace output. If you are interested in our products, please contact us to provide the latest market consultation and free samples for your reference. In case you have any interests, please do not hesitate to contact us.
Semi coke is made from high grade Jurassic coal as a new type of carbon material. Semi coke produced in China, and main production city in Shaanxi China. Semi coke can instead of metallurgical coke to be used in producing ferroalloys products. Semi-coke is light black, characterized by high fixed carbon, high specific resistance, high chemical activity, low ash content, low sulfur and Low phosphorus. It is wildly applied to chemical industry, metallurgic industry, and gas- making industry to produce Ferroalloys, ferrosilicon, Ferronickel ,Ferrochrome, FeMn & SiMn, as well as Calcium carbide and, fertilizer, etc. F.C.: 84% min Ash: 8% max Volatile matter: 8% max Sulfur: 0.35% max Moisture: 18% max Semi coke is made from high grade Jurassic coal and as a new type of carbon material. It can be instead of some metallurgical coke when produce ferroalloys products. Using semi coke during steel making, blended the semi coke with met coke, which reduced their cost 20% to 30% than using met coke only. Advantage of semi coke than Met Coke in production of Ferro-alloy smelting as deoxidizer (1). Semi Coke could improve the quality of the ferro alloy significantly (especially low aluminum alloy Al2O3â?¤0.1%). (2). Semi Coke could reduce unit electricity consumption significantly (nearly save more than 1000 KWHR, that means 8-10%) (3). Semi coke could lower the cost of raw material. Although the price of semi coke and coke is similar, but its far cheaper than charcoal and pet-coke (4). Its very simple to replace coke, pet-coke and charcoal with semi coke. Its no need to upgrade your equipment and the operation is easy and process is simple.
Body: A105, F22, F11, F304, F304L, F316, F316L Disc: SS420, SS304, SS304L, SS316L Stem: F6a, F304, F304L, F316L Gasket: Stainless Steel + Graphite, Stainless Steel + PTFE Bonnet: A105, SS304, SS304L, SS316L Stem Packing: Graphite, PTFE Nominal Diameter: DN15 to DN50 Nominal Pressure: Class800 to Class2500 Operation: Handwheel Design and Manufacturing: ASME B16.34, API602 Face to Face: ASME B16.34 Flanged Ends: ASME B16.5, ASME B16.47, EN1092 Buttweld Ends: ASME B16.25, ASME B31.8, EN12627 Socket weld Ends: ASME B16.11 Threaded Ends: ASME B1.20.1 End Connection: NPT, SW, BW, RF, RTJ
Titanium Anodes for Wastewater Treatment Electrolysis methods utilizing titanium anodes for wastewater treatment include electrochemical oxidation, reduction, flotation, and coagulation. Electrodes are arranged to minimize power consumption and allow easy maintenance. Two types of cells exist: unipolar and bipolar. Electrolysis involves direct and indirect methods. In direct electrolysis, oxidation and reduction occur at anode and cathode, respectively. Indirect electrolysis employs electrode-generated products for chemical reactions, effectively removing harmful substances, benefiting COD, ammonia, and color removal. This approach treats diverse industrial wastewaters, with advantages including minimal secondary pollution, controllable reaction conditions, and compatibility with various treatments. Titanium Anodes for Wastewater Treatment Principle The principle of electrolysis method for treating industrial wastewater: Titanium anode electrolysis method is used to treat wastewater, which can be divided into electrochemical oxidation, electrochemical reduction, electric flotation, electrocoagulation, and other methods based on the removal object and the generated electrochemical effect.
Industrial heating oven curing ovens heating and drying oven ,applications throughout the petroleum, chemical, metallurgical, mechanical, heat treatment, surface treatment, building materials, electronics, materials, light industry, daily chemical, pharmaceutical and many other industries ,such as paint baking, varnish baking, plastic particles, chemical desiccant and powder drying, electrode drying, Taflon coating, annealing, core hardening, aging or preheating
We are the mine Owners and manufacturers of high Grade special Micaceous Hametite Oxide Powder which is also known as Hametite Iron Oxide and Red Oxide. We are supplying this Hametite Iron Oxide in powder form to various electrodes (Welding Rods) manufacturers of India. This Mineral, a variety of Iron Oxide known as Micaceous Hametite Iron Oxide is a unique mineral and a very different from other grades of Iron Ore. The production of Micaceous Iron Oxide is very limited in our Country.
Body: Ductile Iron, WCB, SS304, SS316 Disc: Ductile Iron, SS304, SS316, Aluminium Bronze Stem: SS410, SS420, SS416, SS431 Body Seat: 13Cr, Stellite, SS304, SS316 Seat: Stainless Steel+Graphite Operation: Gear Operated, Electric Actuated, Pneumatic Actuated End Connection: Lug Type Nominal Diameter: DN50 to DN600 Nominal Pressure: PN10 to PN63, Class150 to Class1500 Design and manufacture: API 609, DIN 2559, EN5953 Face to Face Dimensions: ASME B16.5, DIN3202 F4, EN558-1 Flanged End Dimension: DIN, ANSI B16.1, BS4504, EN1092
Oilless bushes are also referred to as self lubricating bushes or bearings. that does not require traditional oil or grease lubrication. Instead, they use a variety of materials and designs to provide lubrication and reduce friction. Oilless bushes have become an important part of various industrial applications because of their ability to perform effectively without external lubrication. This is a revolutionary innovation in the field of mechanical engineering. The Oilless bushes provide an excellent alternative to lubricated bearings, reducing maintenance and operating costs while improving overall performance. Material for Oilless Bushes These bushes are typically made from a variety of materials, including: Porous Bronze Porous bronze bushes are made from a sintered bronze material that has been impregnated with a solid lubricant, such as graphite or PTFE.
Polyglyd bearings range defines the new advent in the era of sliding bearings which are made 100% from different derivatives of polymer components manufactured either through injection moulding or high precision machining of the extruded material. This range has excellent self lubricating features & wear resistance characteristics achieved through high strength fibres which also insures of the load bearing capacities. The special lubricants embedded in these range of bearings maintains the right friction coefficient friction as well an improvement of the service life. CROWN RANGE The self-lubricating feature of the Crown â?? CE bearing is achieved by adding solid lubricants and functional fibers into the body material and the friction coefficient is decreased by the solid lubricate grease immersion. The friction coefficient is affected by the load, operating speed and shaft roughness. The friction coefficient is generally decreased along the load increasing and increased along the operating speed.
