We are pleased to introduce Piyali Engineering Corporation, situated in Delhi, India. We are leading manufacturer and supplier specializing in the production of Sponge Plant DRI (Direct Reduced Iron) Rotary Kiln & Cooler equipment and vital components for steel plants, alongside catering to a diverse range of industries including sugar mills, cement plants, fertilizer plants, chemical plants, coal washeries, activated carbon plants, and ball mills. With a strong focus on quality and innovation, Piyali Engineering Corporation stands as a trusted provider of cutting-edge solutions across various industrial sectors. With a wide range of offers and a strong customer base, we have been serving the industry for several years. Our product range includes various capacities of DRI kilns and coolers, ranging from 50TPD to 600TPD & 900TPD, along with components such as support rollers, pinions, shafts, shells, combined bearing housing complete assemblies, spring plates, Ball Mill Pinion Shaft, Mill Head End Cover for Ball Mill Manufacturer, girth gears, and more. These offerings are designed to meet the needs of Cement Plants, Power Plants, Steel Plants, Sponge Iron Plants, Chemical Plants, Fertilizer Plants, and various other industries. Explore top-notch Lime Kiln Paper Mill Equipment at Piyali Engineering Corporation for customized, cost-effective solutions. Our commitment to excellence ensures reliable expertise and high-quality equipment, guaranteeing seamless industrial operations. Furthermore, we are Manufacturers & Suppliers of Support Roller with Shaft, Support Roller, Trunnion Wheel, Trunnion wheel shaft, Polished Grinding Supporting roller with shaft, Kiln Support roller, Cooler Support Roller, Dryer Support Roller, Ball Mill Rollers, Cement Mill Rollers, Fertilizer Plant Guide Rollers Assembly, Chemical Plant Rollers, Coal Plant supports rollers, Guide Roller for Rotary Dryer Granulator, Support Roller for Phosphate plant, Support roller for Bauxite plant etc. Support Roller Shaft, for mining and Mineral Plants. Sponge Iron Plant Rotary Kilns Support Roller with Shaft, Sponge Iron Plant Rotary Cooler Support Roller with shaft. Trust Piyali Engineering Corporation, For superior engineering solutions. With us, you get the perfect fit for your plant's needs, ensuring smooth and efficient operations. For any inquiries or further information, please do not hesitate to get in touch with us.
We are an agency that represents a seller that offers Aviation Jet Fuel A1 competitive conditions. The origins are NONSANCTIONED TANK TO TANK (TTT) or TANK TO VESSEL (TTV). We are only interested in real buyers. At first the seller will only contact the buyer through the agents, and only real buyers will be directly contacted once all documents are completed, provided and verified. PRODUCT DETAILS 1. Commodity: Aviation fuel Jet A1 2. Origin: the country is not under sanctions (Seller option) 3. Specification: Standard Export Quality 4. Quantity: Trail shipment Starting from second shipment: 1,000,000\2,000,000 BBL (One\Two Million) Barre, with a variation of +/- 5% (Plus / Minus Five Percent) Up to 2,000,000 BBL (Two Million) Barrel, with a variation of +/- 5% (Plus / Minus Five Percent) with R&E by agreement between the seller and the buyer; 5. Terms of Contract: Delivery of first shipment is based on the SPOT CI DIP & PAY procedure. The second shipment and subsequent - under a long-term contract. 6. Price: Mean of Platts FOB NWE for JET (PJAAV00) with discount minus Six US Dollar (6 U$D) per BBL. Additional charge of $1 USD IMFPA to be covered by buyer. This brings total discount of $5 USD after taking into account for IMFPA. 7. Delivery basis: FOB Rotterdam (Tank to Tank or Tank to Vessel) 8. Inspection: SGS/SayBolt/Intertek Q&Q  Procedure: 1. Potential buyers provide CIS/KYC + TSA info and a redacted bank statement to enable the due diligence process. 2. Within 48 hours DD will be finalized 3. Seller provides FCO 4. Buyer sends ICPO, POF (MT199) 5. Buyer and agents prepare contract with each other 6. Seller submits CI and FULL POP as follows: 1. Quantity and Quality Certificate (SGS) 48hrs fresh 2. Tank Storage Receipt (TSR) 3. Product Passport (Dip Test Result) 4. Authorization Letter to Verify the Product with the Tank Farm 5. Authorization to Sell/ Collect (ATSC) 6. Dip Test Authorization 7. Seller issues the following documents to all Intermediaries and the Buyer endorsed NCNDA/IMFPA 7. Buyer arranges dip test by his SGS team (Optional) and effects payment by MT103 or TT wire transfer for the total product available. 8. Seller change title of ownership to buyers name and buyer lifts the product.
We are an agency that represents a seller that offers DIESEL EN590 10 PPM at competitive conditions. The origins are NONSANCTIONED TANK TO TANK (TTT) or TANK TO VESSEL (TTV). We are only interested in real buyers. At first the seller will only contact the buyer through the agents, and only real buyers will be directly contacted once all documents are completed, provided and verified. PRODUCT DETAILS 1. Commodity: Ultra-Low Sulphur Diesel Gasoil EN590 10 PPM 2. Origin: the country is not under sanctions (Seller option) 3. Specification: Standard Export Quality, EN 590 4. Quantity: Trail shipment Starting from second shipment: 100,000 MT (One Hundred Thousand) metric tons, with a variation of +/- 5% (Plus / Minus Five Percent) Up to 200,000 MT (Two Hundred Thousand) metric tons, with a variation of +/- 5% (Plus / Minus Five Percent) with R&E by agreement between the seller and the buyer; 5. Terms of Contract: Delivery of first shipment is based on the SPOT CI DIP & PAY procedure. The second shipment and subsequent - under a long-term contract. 6. Price: Mean of Platts FOB NWE for ULSD 10 ppm (AAVBF00) with discount minus Sixty US Dollar (60 U$D). Additional charge of $5 USD IMFPA to be covered by buyer. This brings total discount of $55 USD after taking into account for IMFPA. 7. Delivery basis: FOB Rotterdam (Tank to Tank or Tank to Vessel). 8. Inspection: SGS/SayBolt/Intertek Q&Q Procedure: 1. Potential buyers provide CIS/KYC + TSA info and a redacted bank statement to enable the due diligence process. 2. Within 48 hours DD will be finalized 3. Seller provides FCO 4. Buyer sends ICPO, POF (MT199) 5. Buyer and agents prepare contract with each other 6. Seller submits CI and FULL POP as follows: 1. Quantity and Quality Certificate (SGS) 48hrs fresh 2. Tank Storage Receipt (TSR) 3. Product Passport (Dip Test Result) 4. Authorization Letter to Verify the Product with the Tank Farm 5. Authorization to Sell/ Collect (ATSC) 6. Dip Test Authorization 7. Seller issues the following documents to all Intermediaries and the Buyer endorsed NCNDA/IMFPA 7. Buyer arranges dip test by his SGS team (Optional) and effects payment by MT103 or TT wire transfer for the total product available. 8. Seller change title of ownership to buyers name and buyer lifts the product.
Product Name: Acid Thickener Chemical Name: Ethoxylated Fatty Amine CAS Number: Not applicable (proprietary blend) Description: Acid Thickener is a specialized chemical additive used primarily as a thickening agent in acid-based formulations. It is formulated from ethoxylated fatty amines, designed to increase the viscosity and improve the clinginess of liquid cleaning products, especially acidic solutions. This versatile product enhances the performance and aesthetic appeal of various household and industrial cleaning formulations. Appearance: Acid Thickener typically presents as a clear to pale yellow viscous liquid with a characteristic mild odor. Key Features: Viscosity Enhancement: Significantly increases the viscosity of acidic solutions, improving their efficacy in clinging to vertical surfaces. Improved Dwell Time: Enhances the contact time of cleaning solutions on surfaces, optimizing cleaning performance. Compatibility: Compatible with a wide range of acidic cleaners and formulations. Ease of Formulation: Easily disperses and integrates into formulations without requiring high shear mixing. Versatile Application: Suitable for toilet cleaners, descaling agents, and other acid-based cleaning products. Applications: Household Cleaning Products: Toilet Bowl Cleaners Bathroom Cleaners Descaling Agents Industrial Cleaners: Metal Cleaners Acidic Degreasers Brewery and Dairy Cleaners Institutional Cleaners: Commercial Kitchen Cleaners Institutional Toilet Cleaners Technical Specifications: Appearance: Clear to pale yellow liquid pH (10% solution): 6.0 - 7.5 Viscosity (Brookfield RV, 25�°C): 5000 - 7000 cps Cloud Point: > 50�°C Solubility: Soluble in water Packaging: Acid Thickener is available in various packaging options to meet customer needs: 50 kg HDPE Drums 200 kg HDPE Drums Bulk packaging options available upon request Storage and Handling: Store in a cool, dry place away from direct sunlight and sources of heat. Keep containers tightly closed when not in use. Handle with care to avoid spills. Use appropriate personal protective equipment (PPE) during handling and follow standard safety procedures. Safety and Regulatory Information: Regulatory Compliance: Complies with local and international regulations. Safety Data Sheet (SDS): Available on request, providing detailed information on handling, storage, and emergency measures.
IPS-12RS Syringe Pump The IPS-12RS Syringe Pump is a versatile and precision-engineered device designed to meet the diverse fluid handling needs across various industries. With its advanced features and robust construction, the IPS-12RS offers unparalleled reliability and performance. Key Features: Wide Syringe Compatibility: The IPS-12RS accommodates syringes made of glass, plastic, and steel, offering versatility in fluid handling applications. It supports syringes ranging from Hamilton 0.5 l to Monoject 140 ml, providing flexibility to users for different volume requirements. Precise Flow Control: With a broad flow rate range from 17.89 picoliters per minute to 121.51 milliliters per minute, the IPS-12RS ensures accurate and consistent fluid delivery. Its stepper motor, combined with a microcontroller featuring Microstep Drive technology, enables precise control over flow rates, guaranteeing reliable performance in various tasks. Intuitive Interface: Equipped with a 4.3-inch Resistive Touch TFT LCD screen and powered by user-friendly microcontroller software, the IPS-12RS offers an intuitive interface for easy programming and monitoring. Users can adjust flow rates and other parameters effortlessly, enhancing operational efficiency. Adaptive Pumping: The IPS-12RS allows for adjustable flow rates even during the pumping process, enabling users to fine-tune parameters as needed for optimal performance. This adaptability ensures versatility in handling diverse fluid handling tasks with precision and control. 5 Steps Operation Mode: The IPS-12RS offers a 5 Steps Operation Mode, allowing users to program multi-step pumping processes with ease and precision. Saving and Recalling Recipes: Users can save and recall up to 5 recipes, streamlining operations and ensuring consistent performance. Repeating Recipes: The IPS-12RS enables users to repeat recipes up to 50 cycles, providing flexibility and efficiency in repetitive tasks. Technical Specifications: Motor Type: Stepper Motor Linear Force Connectors: Yes Recipe Save-Recall: Yes (Wi-Fi optional) Power Supply: 12 VDC 1A (110-240 VAC adapter included) Dimensions: Width (W): 211 mm, Length (L): 170 mm, Height (H): 137 mm Weight: 2.2 kg Environmental Specifications: Operating Temperature: Between -10�°C and 50�°C Storage Temperature: Between -30�°C and 85�°C Operating Humidity: RH 10% RH 90% (not condensed) Storage Humidity: RH 10% RH 90% (not condensed) Additional Features: Wi-Fi connectivity (optional)
IPS-14RS Syringe Pump The IPS-14RS Syringe Pump is a sophisticated dual-channel fluid handling system designed to meet the exacting demands of modern laboratories and industrial settings. Offering precise control and advanced features, the IPS-14RS enables efficient and accurate fluid delivery for a variety of applications. Key Features: Independent Syringe Channels: Featuring two independent syringe channels, the IPS-14RS allows for simultaneous operation of different fluids or independent control over each channel. This capability enhances flexibility and efficiency in fluid handling tasks. Wide Syringe Compatibility: Compatible with glass, plastic, and steel syringes, the IPS-14RS accommodates syringes ranging from Hamilton 0.5 l (ID: 0.103mm) to Monoject 140 ml (ID: 38mm). This versatility enables users to handle various volumes with ease. Precise Flow Control: The IPS-14RS offers precise control over flow rates, with a range from 17.89 picoliters per minute to 121.51 milliliters per minute. Equipped with a stepper motor and microcontroller featuring Microstep Drive technology, it ensures accurate and consistent fluid delivery. Intuitive Interface: With a 4.3-inch Resistive Touch TFT LCD screen and user-friendly microcontroller software, the IPS-14RS provides an intuitive interface for easy programming and monitoring. Users can adjust flow rates and other parameters effortlessly, enhancing productivity. Adaptive Pumping: Users can adjust flow rates even during the pumping process, allowing for fine-tuning of parameters for optimal performance. This adaptability ensures precise fluid handling for a wide range of applications. Technical Specifications: Motor Type: Stepper Motor Linear Force Connectors: No Recipe Save-Recall: Yes (Wi-Fi optional) Power Supply: 12 VDC 1A (110-240 VAC adapter included) Dimensions: Width (W): 211 mm, Length (L): 257 mm, Height (H): 137 mm Weight: 3.6 kg Environmental Specifications: Operating Temperature: Between -10°C and 50°C Storage Temperature: Between -30°C and 85°C Operating Humidity: RH 10% RH 90% (not condensed) Storage Humidity: RH 10% RH 90% (not condensed) Additional Features: 5 Steps Operation Mode: Allows programming of up to 5 different steps for precise fluid handling. Saving and Recalling Recipes: Users can save and recall up to 5 recipes for convenient operation. Repeating Cycles: Capable of repeating recipes up to 50 cycles, enhancing efficiency in repetitive tasks.
IPS-14R Syringe Pump The IPS-14R Syringe Pump is a cutting-edge dual-channel device designed to provide precise and reliable fluid handling in various applications. With its innovative features and robust construction, the IPS-14R offers versatility and accuracy for demanding fluid delivery processes. Key Features: Independent Syringe Channels: Featuring two independent syringe channels, the IPS-14R allows simultaneous operation of different fluids or separate control over each channel. This feature enhances flexibility and efficiency in multi-channel applications. Wide Syringe Compatibility: The IPS-14R accommodates a wide range of syringe types, including glass, plastic, and steel. It supports syringes ranging from Hamilton 0.5 l (ID: 0.103mm) to Monoject 140 ml (ID: 38mm), providing versatility to meet various volume requirements. Precise Flow Control: With a broad flow rate range from 17.89 picoliters per minute to 121.51 milliliters per minute, the IPS-14R ensures accurate and consistent fluid delivery. Its stepper motor, combined with a microcontroller featuring Microstep Drive technology, enables precise control over flow rates with a resolution of 357 nm/ step. Intuitive Interface: Equipped with a 4.3-inch Resistive Touch TFT LCD screen and user-friendly microcontroller software, the IPS-14R offers an intuitive interface for easy programming and monitoring. Users can adjust flow rates and other parameters effortlessly, enhancing operational efficiency. Adaptive Pumping: Users can adjust flow rates even during the pumping process, allowing for fine-tuning of parameters for optimal performance. This adaptive capability ensures precise handling of fluid delivery tasks with flexibility and control. Technical Specifications: Motor Type: Stepper Motor Linear Force Connectors: No Recipe Save-Recall: No Power Supply: 12 VDC 1A (110-240 VAC adapter included) Dimensions: Width (W): 211 mm, Length (L): 257 mm, Height (H): 137 mm Weight: 3.6 kg Environmental Specifications: Operating Temperature: Between -10°C and 50°C Storage Temperature: Between -30°C and 85°C Operating Humidity: RH 10% RH 90% (not condensed) Storage Humidity: RH 10% RH 90% (not condensed)
Precision CNC milling parts Completed by CNC milling and forming grinding Accuracy of our custom cnc machining milling parts can be achieved within �±0.002mm. Main products: all kinds of precision parts, connectors, fixture, standard parts, mold design, development and manufacturing. Business projects: precision molding grinding, precision EDM, CNC wire cutting, precision milling machining. Independently research and develop and design automation production machine, to solve the human bottleneck problem and production obstacles for clients. Customized customer demand, research and develop automated production in accordance with the customer production planning. Automated assembly production, share client capacity, OEM production to finish customer delivery. We cooperated with the businesses from different countries and regions Japan ABLE, Belgian Accuritas, Taiwan Cheng Wei Precision Industry Co., Ltd., Cheng Ming Electronic Science and Technology Co., Ltd. (Dongguan) Our company wants to establish long-term cooperative relationship with the following types of foreign enterprises: Electronics, automotive, electrical machine, electrical equipment, instrumentation, home appliances, communications and other industries. The column and base support the remaining parts of a milling machine, and the spindle is lubricated by an oil reservoir and pump in the column. The base supports the column and includes a coolant reservoir and a pump for coolant delivery during machining operations. Knee The gearing mechanism is housed inside a knee. Dovetail ways connect the knee to the column. A vertical positioning screw, often known as an elevating screw, supports and adjusts it. The elevating screw moves the knee up and down by raising or lowering the lever using a hand or power feed. Saddle and Swivel Table The table is supported by the saddle, which is on the knee. In horizontal milling m/c, the saddle slides on a horizontal dovetail on the knee, and the dovetail is parallel to the spindleâ??s axis. The saddle swiveled (revolved) horizontally in both directions, and the swivel table was attached to it. Spindle A milling machineâ??s cutting tools are held and driven by the spindle. It is supported by the column and is positioned on bearings. An electric motor drives the spindle using gear trains located on the column. The spindle face, close to the table, is machined with an internal taper. The front face has two keys that give a positive drive for the cutter holder or arbor.
Our CNC turning precision parts are mechanically manufactured and mostly rotationally symmetrical parts that are produced by turning as a manufacturing process. Similarly, we speak of welded parts in welding, laser parts in laser cutting or milled parts in milling. DESCRIPTION OF CNC HARD TURNING What Is CNC Turning? CNC turning is a precise molding process that machines parts by â??turningâ?? a rod material. The rod is fed through to a cutting tool and then material is shaped into a finished product. In the process of making cnc precision turning parts, the cutter is normally fed through a rotating work piece and this rotating work piece typically uses a variety of different angles as well as many different tool shapes. CNC turning is generally used for creating turned metal parts that are symmetrical near their axis. For example a chess pawn would be a part that is symmetrical near its axis. The shapes that you can create using CNC turning vary greatly though and with the addition of other machining processes, the possibilities are endless! While most people use CNC turning to create turned parts that only utilize a single axis, it is also possible to use ones that have more than one axis. This allows for more flexibility. DISTINGUISHES OF TURNING PARTS What Distinguishes Our CNC Turned Parts? Part of our self-image is the continuous investment in our machinery. This is the only way we can guarantee the quality and precision in contract manufacturing for which our customers appreciate us. In the field of CNC turning (Computerized Numeric Control), we rely on automatic lathes and sliding headstock lathes. CNC long turned parts and precision turned parts on our CNC machines can be processed from 3 â?? 600 mm workpiece diameter and a maximum length of 2000 mm. For the production of individual parts or repair work in CNC turning, we also have conventional CNC lathes and automatic lathes with which we can machine turned parts up to a diameter of 400 mm and a maximum length of 1000 mm. If you need any kinds of precise molding, please contact us, as a professional precision molding company, Fangling is willing to offer you high quality products.
The auto sensor kitchen faucet works according to the principle of infrared reflection. An infrared emitting tube is installed near the bottom of the faucet, and the projection area of the emitting tube is just below the water outlet of the faucet. When people put hand under the water outlet of the sensor kitchen tap, the infrared receiving tube will be covered, and the microcomputer inside the faucet will receive the signal and send the water boiling command to the solenoid valve to release the water. When the hand leaves the bottom of the sensor kitchen faucet, the solenoid valve will receive a signal to close the valve, and the faucet will stop releasing water. Under normal circumstances, the waterproof time of the touch sensor kitchen faucet will not exceed 30 seconds, and the water flow is also controlled by auto flow sensor tap, which can greatly save water energy. Likegro's touch sensor kitchen taps are widely used in shopping malls, office buildings, rest stations and other areas with high quality, cost-effective prices, and perfect after-sales service, providing people with a lot of convenience. How Do Automatic Sensors Faucet Work? The automatic sensor water tap refers to the principle of infrared reflection. When the human hand is placed in the infrared region of the faucet, the infrared emitted by the infrared transmitting tube is reflected to the infrared receiving tube due to the blocking of the human hand, and the signal is sent through the microcomputer processing in the integrated circuit. For the pulse solenoid valve, the solenoid valve opens the valve core according to the specified command after receiving the signal to control the water from the faucetï¼?when the human hand leaves the infrared sensing range, the solenoid valve does not receive the signal, and the solenoid valve core is reset by the internal spring. Control the water from the faucet. Do Automatic Sensor Faucet Need Electricity? Induction faucets use AC or DC power supply and use infrared induction. In the induction area, the water will come in, and the water will be stopped when you leave the induction area. The machine is controlled by a microcomputer, and the optimal induction distance is determined according to the shape of the basin. No manual adjustment is required. Alkaline dry batteries (6V, 3V, 4.5V) are used for DC power supply. Likegro, as an excellent bathroom hardware manufacturers, offers a wide range of gold toilet seat hinges for you to choose from.
According to the internal structure of the faucet, it can be divided into single hole faucet, 2-hole faucet and 3 hole kitchen faucet, the difference lies in the number of water outlets. 3 hole kitchen faucet can also be subdivided into laboratory 3 hole faucet with sprayer and general household 3 hole faucet, and their overall structure is roughly the same. The difference between the three hole faucet and other faucets is the difference in the number of water outlets. In actual life, the faucet with 3 holes is universal, because the 3-hole shower faucet has two water inlets. Likegro's 3 hole single handle bathroom faucet, while taking into account the beautiful and fashionable shape, also puts quality first. We use non-ferrous metal pure copper through precision casting and the faucet body is processed by machining, grinding and polishing, surface chrome plating, etc. The coating of the faucet body generally passes the neutral salt spray test. , to ensure that there is no rust phenomenon within the specified time limit and to ensure that the coating will not peel off for life. Buy kitchen tap directly from Likegro. Are All Three Hole Faucets The Same Size? 3 Hole Sink Faucet Not all 3 hole utility sink faucet is the same size, it needs to be sized according to the sink that is not in use. And usually, there is a standard hole size for kitchen and bathroom faucets is 13/8 inch, however, the size of the faucet hole can vary depending on the specific brand and model. How To Measure The three hole kitchen faucet Size? Calipers are one of the most commonly used measurement tools in the industry. We often use calipers to measure the length and width of objects, as well as the outer diameter of objects, the inner diameter and the depth of holes. In daily life, we can also use vernier calipers to measure the aperture of the faucet. Check the vernier caliper: whether the zero point is aligned, whether the parts are complete, and whether the sliding is smooth. When measuring the outer diameter, first push the ruler frame larger than the outer diameter of the object to be measured, and then measure. When measuring the inner diameter, first push the ruler frame to be smaller than the inner diameter to be measured, and then measure. Then comes the reading of dimension data. For more information about toilet hardware and square toilet seat, please feel free to contact us!
Two hole kitchen taps are divided into two types 2-hole and two-handle-controlling, and 2-hole single-control. The 2-hole and two-handle-controlling faucet has two water inlet pipes for hot and cold water, and is controlled by two handles respectively. When use a kitchen faucet with 2 holes, the water temperature can be controlled by adjusting the two handles. The 2-hole single-control faucet, is the most common type of 2 hole kitchen faucet. It has two water inlet pipes, supplying hot and cold water respectively, controlled by a single handle. Likegro quality kitchen faucets use good valve core, with brass as the main material. The two hole faucet interface and outlet are exquisite in workmanship. It's perfect flawless, even after pressing it with a finger, the fingerprints will spread out quickly, and it is not easy to attach stains. With well multi-layered electroplating surface, this two hole kitchen faucet have the function of non-fading, corrosion-resistant, and can be used for a long time. The Difference Between A 2 Hole Faucet and 3 Hole Faucet? 2-hole faucet and 3-hole faucet The difference between the two hole faucet and three hole faucet lies in the number of water outlets. The kitchen faucet with two holes is generally a household kitchen faucet. Its structure has two water inlets and one water outlet, which can be connected to both hot and cold water pipes at the same time. It is a mixer faucet. 3-hole faucets are commonly used in bathroom fixtures wholesale, with two water inlets and two water outlets. It not only to connecting two hot and cold water pipes, it can also be connected to a shower head, which is often used as a bathroom faucet at home. How Do I Know If I Have A 3 Hole Faucet? The 3-hole faucet is a universal faucet, it has two water inlets and two water outlets, the distance between the two inlets is 15cm, and their distance can be adjusted by curved feet. If your faucet has separate hot and cold handles, you have a 3-hole faucet. Can You Put A One Hole Faucet In A Two Hole Sink? You can use two separate one hole kitchen taps, one for hot water and the other for cold water, that is not mixed. Or use a 2 hole bridge kitchen faucet, that faucet mixes the water above the sink rather than below it. For more information about bath hardware and toilet seat hinges, please feel free to contact us!
A Complete Guide To Gate Valve The gate valve is the most common shut-off valve. Unlike ball valves, they are not quarter-turn devices; instead, they close and open through revolutions of the hand wheel. Used in wastewater plants, power plants and process systems, the threaded system of the gate valves give them an advantage over the quarter turn system of the ball and butterfly valve in large applications. Fluid through gate valves experiences only minimal pressure drop as gate valves allow total flow through its passage when fully open. This post discusses the functions, symbols, advantages and disadvantages, types, and other essential things you need to know about the gate valve. What is A Gate Valve? Gate valves can also be called sluice valves or knife valves. They are control valves that allow or restrict the flow of media completely. Gate valves use a flat gate to close off flow between pipe flanges. A gate valve, being a full port valve, has an equal diameter to the pipe through which the fluid passes. Hence, unlike butterfly valves, gate valves minimise pressure losses in the fluid when fully open. Also, because of the equal pipe and valve diameters, gate valves allow for the movement of pigs within the pipe for cleaning and inspection operations. While butterfly valves can be used in flow regulation and on-off services, gate valves should only be used in on-off services as blocking valves and also to allow fluid flow. They should not be used in throttling. Because of their uncomplicated construction and capability to be used in different low-pressure applications, gate valves are one of the most common valves in the industry. Gate Valve Symbol The gate valve symbol is composed of two triangles meeting at a point. A vertical line is inserted between the triangles, and solid horizontal lines extend from the opposite sides of the triangle. The vertical line indicates the blocking operation of the gate valve, and the horizontal lines show that the valve has a two-way function in on-off applications. The gate valve symbol used in piping and instrumentation diagrams (P&ID) is a modification of the valve symbol, which is the gate valve symbol without the vertical line between the triangles. The three isometric symbols in the diagram indicate symbols for butt-welding end connections, flanged ends, and socket ends connections.
oilfield christmas tree and wellhead components The oilfield christmas tree is an assembly of valves and accessories, used for fluid control of oil and gas wells, and provides access to the production tubing string. It includes all the equipment on the upper flange of the tubing head. The oilfield christmas tree assembly can be used in many different combinations to meet the needs of any special purpose. According to different functions, the oilfield christmas tree is divided into special wellhead devices for oil production (self-injection, artificial lift), gas production (natural gas and various acid gases), water injection, thermal production, fracturing, acidification, etc. And form series according to different pressure levels. oilfield christmas tree and wellhead components are mainly used for gas production and gas injection. Because the relative density of natural gas is low, the pressure of gas injection is low, regardless of whether the gas production or gas injection wellhead pressure is high, the flow rate is high, and it is easy to leak. Sometimes there are corrosive media such as H2S and CO2 in the natural gas, which is harmful to the tree. Tightness and its material must have stricter requirements. Sometimes for safety, double valves are used for oil and casing. For some high-pressure and ultra-high-pressure gas wells, the valves are integrally forged with high-quality steel. The main pressure-bearing parts of the companys Christmas tree and tubing head cross are made of forgings or specially smelted castings, so they have the characteristics of high pressure bearing, safety and reliability. Function 1. It is the base of the oilfield christmas tree. Hanging and fixing the oil pipe hanger. 3. Pack the casing annular space. 4. It is the casing operation window. 5. Provide a control channel for the downhole safety valve and a penetration channel for the electric pump cable. 10 wellhead components casing head The casing head is a kind of part connecting casings and wellheads. It provides a transition joint for the tubing head.Christmas tree and other wellheads. Both top and bottom connections are API 6A flanged, and the flanges are provided with locking bolts. Casing Heads have a straight bore bowl with 45 C landing shoulder design which avoids damage to sealing areas by drilling tools and prevents test plug and bowl protector wedging problems when pressure is applied. Casing Heads are normally furnished with threaded outlets and studded outlets are available upon request. Bottom connections can be furnished threaded or slip-on for welding.
Iron Oxide Powder For Sale Iron oxide is an amorphous powder with red or dark red appearance. The chemical formula is Fe2O3. relative density 5~5.25, melting point 1565â??. Iron oxide is insoluble in water, soluble in hydrochloric acid and sulfuric acid, slightly soluble in nitric acid. Iron oxide pigment is the second largest inorganic pigment after titanium dioxide and the first largest colored inorganic pigment. It mainly contains iron oxide red, iron oxide yellow, iron oxide black and iron oxide brown pigments with iron oxide as the basic substance. In addition, more than 70% of all consumed iron oxide pigments are prepared by chemical synthesis methods, called synthetic iron oxide, such as green iron oxide, etc. ...... We can supply iron oxide pigments in various colors. Browse the products below to find the pigment you need, or contact us if you need help. We will help you select the right iron oxide pigment for your unique needs. Iron Oxide Pigment Usage As an inorganic pigment, it is used for coloring paints, rubber, plastics, construction and so on. Used as antirust pigment in paint industry. Used as coloring agent for artificial marble, terrazzo on the ground, coloring agent and filler for plastics, asbestos, artificial leather, leather polish, etc. It is also the polishing agent for precision instruments and optical glass, and the raw material for manufacturing ferrite components of magnetic materials. ...... As magnetic raw material, it can be used in electronic industry, communication equipment, TV sets, computers as well as line output transformers, switching power supplies and ferrite cores. Used as analytical reagent, catalyst and polishing agent, also used as pigment component. Used for coloring the outer sugar coating of various pills. Used in the preparation of magnetic materials, pigments, and reducing agents, polishing agents, catalysts, etc... Used as anti-paint pigment. As the mica iron oxide antirust agent made of this product has good water permeability resistance and excellent antirust performance, it can replace reddan. Synthetic iron oxide is characterized by high purity, even and neat particle size and wide range of chromatography. At the same time, the variety of colors, low price, non-toxic, excellent coloring is also the reason for its wide application. In addition, it has the ability to absorb ultraviolet rays. Various excellent properties make it widely used in building materials, coatings, plastics, electronics, medicine, rubber, ceramics, ink, magnetic materials, paper making and other fields.
IPS-14S Syringe Pump The IPS-14S Syringe Pump is an advanced dual-channel fluid handling device designed to meet the demanding requirements of various industries. With its versatile features and precise control, the IPS-14S offers reliable performance for a wide range of fluid delivery applications. Key Features: Independent Syringe Channels: The IPS-14S features two independent syringe channels, allowing simultaneous operation of different fluids or separate control over each channel. This versatility enables efficient handling of complex fluid delivery tasks. Wide Syringe Compatibility: Compatible with glass, plastic, and steel syringes, the IPS-14S supports syringes ranging from Hamilton 0.5 l (ID: 0.103mm) to Monoject 140 ml (ID: 38mm). This broad compatibility provides flexibility to users for various volume requirements. Precise Flow Control: With a flow rate range from 17.89 picoliters per minute to 121.51 milliliters per minute, the IPS-14S ensures accurate and consistent fluid delivery. Its stepper motor and microcontroller with Microstep Drive technology offer precise control over flow rates with a resolution of 357 nm/�¼step. Intuitive Interface: Equipped with a 4.3-inch Resistive Touch TFT LCD screen and user-friendly microcontroller software, the IPS-14S provides an intuitive interface for easy programming and monitoring. Users can adjust flow rates and other parameters effortlessly, enhancing operational efficiency. Adaptive Pumping: The IPS-14S allows for adjustable flow rates even during the pumping process, enabling users to fine-tune parameters for optimal performance. This adaptability ensures precise handling of fluid delivery tasks with flexibility and control. Technical Specifications: Motor Type: Stepper Motor Linear Force Connectors: No Recipe Save-Recall: Yes (Wi-Fi optional) Power Supply: 12 VDC 1A (110-240 VAC adapter included) Dimensions: Width (W): 200 mm, Length (L): 257 mm, Height (H): 137 mm Weight: 3.3 kg Environmental Specifications: Operating Temperature: Between -10°C and 50°C Storage Temperature: Between -30°C and 85°C Operating Humidity: RH 10% RH 90% (not condensed) Storage Humidity: RH 10% RH 90% (not condensed) Additional Features: 5 Steps Operation Mode: Enables users to program up to 5 different steps for precise fluid handling. Saving and Recalling Recipes: Allows users to save and recall up to 5 recipes for convenient operation. Repeating Cycles: Capable of repeating recipes up to 50 cycles, enhancing efficiency in repetitive tasks.
IPS-14 Syringe Pump The IPS-14 Syringe Pump is a sophisticated dual-channel device designed to meet the complex fluid handling requirements in various industries. With its precision engineering and innovative features, the IPS-14 ensures reliable performance and precise control over fluid delivery processes. Key Features: Independent Syringe Channels: Equipped with two independent syringe channels, the IPS-14 allows for simultaneous operation of different fluids or independent control over each channel. This feature enhances flexibility and efficiency in multi-channel applications. Wide Syringe Compatibility: The IPS-14 supports a wide range of syringe types including glass, plastic, and steel. It accommodates syringes from Hamilton 0.5 �¼l (ID: 0.103mm) to Monoject 140 ml (ID: 38mm), providing versatility to meet various volume requirements. Precise Flow Control: With a comprehensive flow rate range from 17.89 picoliters per minute to 121.51 milliliters per minute, the IPS-14 ensures precise and consistent fluid delivery. Its stepper motor, combined with a microcontroller featuring Microstep Drive technology, allows for accurate flow rate control with a resolution of 357 nm/ step. Intuitive Interface: The IPS-14 is equipped with a 4.3-inch Resistive Touch TFT LCD screen and intuitive microcontroller software, offering users a user-friendly interface for easy programming and monitoring. Users can adjust flow rates and other parameters effortlessly, enhancing operational efficiency. Adaptive Pumping: Users can adjust flow rates even during the pumping process, enabling fine-tuning of parameters for optimal performance. This adaptive capability ensures precise handling of fluid handling tasks with flexibility and control. Technical Specifications: Motor Type: Stepper Motor Linear Force Connectors: No Recipe Save-Recall: No Power Supply: 12 VDC 1A (110-240 VAC adapter included) Dimensions: Width (W): 200 mm, Length (L): 257 mm, Height (H): 137 mm Weight: 3.3 kg Environmental Specifications: Operating Temperature: Between -10°C and 50°C Storage Temperature: Between -30°C and 85°C Operating Humidity: RH 10% RH 90% (not condensed) Storage Humidity: RH 10% RH 90% (not condensed)
IPS-13RS Syringe Pump The IPS-13RS Syringe Pump is an advanced dual-channel device designed to meet the complex fluid handling requirements in various industries. With its precision engineering and innovative features, the IPS-13RS ensures reliable performance and precise control over fluid delivery processes. Key Features: Interdependent Syringe Channels: Equipped with two interdependent syringe channels, the IPS-13RS allows for simultaneous and coordinated fluid handling operations. This feature enhances efficiency and flexibility in multi-channel applications. Wide Syringe Compatibility: The IPS-13RS supports a wide range of syringe types including glass, plastic, and steel. It accommodates syringes from Hamilton 0.5 �¼l (ID: 0.103mm) to Monoject 140 ml (ID: 38mm), providing versatility to meet various volume requirements. Precise Flow Control: With a comprehensive flow rate range from 17.89 picoliters per minute to 121.51 milliliters per minute, the IPS-13RS ensures precise and consistent fluid delivery. Its stepper motor, combined with a microcontroller featuring Microstep Drive technology, allows for accurate flow rate control with a resolution of 357 nm/�¼step. Intuitive Interface: The IPS-13RS is equipped with a 4.3-inch Resistive Touch TFT LCD screen and intuitive microcontroller software, offering users a user-friendly interface for easy programming and monitoring. Users can adjust flow rates and other parameters effortlessly, enhancing operational efficiency. Adaptive Pumping: Users can adjust flow rates even during the pumping process, enabling fine-tuning of parameters for optimal performance. This adaptive capability ensures precise handling of fluid handling tasks with flexibility and control. Additional Features: 5 Steps Operation Mode Saving and Recalling Subsequently Up to 5 Recipes Repeating recipes up to 50 Cycles Double-channel design for simultaneous operation Wi-Fi connectivity for enhanced functionality Technical Specifications: Motor Type: Stepper Motor Linear Force Connectors: No Recipe Save-Recall: Yes (Wi-Fi optional) Power Supply: 12 VDC 1A (110-240 VAC adapter included) Dimensions: Width (W): 211 mm, Length (L): 250 mm, Height (H): 143 mm Weight: 3.2 kg Environmental Specifications: Operating Temperature: Between -10°C and 50°C Storage Temperature: Between -30°C and 85°C Operating Humidity: RH 10% RH 90% (not condensed) Storage Humidity: RH 10% RH 90% (not condensed)
IPS-13S Syringe Pump The IPS-13S Syringe Pump is a sophisticated dual-channel device designed to meet the complex fluid handling requirements in various industries. With its advanced features and precision engineering, the IPS-13S ensures reliable performance and precise control over fluid delivery processes. Key Features: Interdependent Syringe Channels: Equipped with two interdependent syringe channels, the IPS-13S allows for simultaneous and coordinated fluid handling operations. This feature enhances efficiency and flexibility in multi-channel applications. Wide Syringe Compatibility: The IPS-13S supports a wide range of syringe types including glass, plastic, and steel. It accommodates syringes from Hamilton 0.5 �¼l (ID: 0.103mm) to Monoject 140 ml (ID: 38mm), providing versatility to meet various volume requirements. Precise Flow Control: With a comprehensive flow rate range from 17.89 picoliters per minute to 121.51 milliliters per minute, the IPS-13S ensures precise and consistent fluid delivery. Its stepper motor, combined with a microcontroller featuring Microstep Drive technology, allows for accurate flow rate control with a resolution of 357 nm/ step. Intuitive Interface: The IPS-13S is equipped with a 4.3-inch Resistive Touch TFT LCD screen and intuitive microcontroller software, offering users a user-friendly interface for easy programming and monitoring. Users can adjust flow rates and other parameters effortlessly, enhancing operational efficiency. Adaptive Pumping: Users can adjust flow rates even during the pumping process, enabling fine-tuning of parameters for optimal performance. This adaptive capability ensures precise handling of fluid handling tasks with flexibility and control. Additional Features: 5 Steps Operation Mode Saving and Recalling Subsequently Up to 5 Recipes Repeating recipes up to 50 Cycles Double-channel design for simultaneous operation Wi-Fi connectivity for enhanced functionality Technical Specifications: Motor Type: Stepper Motor Linear Force Connectors: No Recipe Save-Recall: Yes (Wi-Fi optional) Power Supply: 12 VDC 1A (110-240 VAC adapter included) Dimensions: Width (W): 200 mm, Length (L): 250 mm, Height (H): 143 mm Weight: 2.9 kg Environmental Specifications: Operating Temperature: Between -10°C and 50°C Storage Temperature: Between -30°C and 85°C Operating Humidity: RH 10% RH 90% (not condensed) Storage Humidity: RH 10% RH 90% (not condensed)
IPS-13R Syringe Pump The IPS-13R Syringe Pump is an advanced dual-channel device designed to fulfill complex fluid handling requirements across various industries. With its precision engineering and innovative features, the IPS-13R ensures reliable performance and precise control over fluid delivery processes. Key Features: Interdependent Syringe Channels: Equipped with two interdependent syringe channels, the IPS-13R enables simultaneous and coordinated fluid handling operations, optimizing efficiency and flexibility in multi-channel applications. Wide Syringe Compatibility: The IPS-13R supports a wide range of syringe types including glass, plastic, and steel. It accommodates syringes from Hamilton 0.5 �¼l (ID: 0.103mm) to Monoject 140 ml (ID: 38mm), providing versatility to meet various volume requirements. Precise Flow Control: With a comprehensive flow rate range from 17.89 picoliters per minute to 121.51 milliliters per minute, the IPS-13R ensures precise and consistent fluid delivery. Its stepper motor, coupled with a microcontroller featuring Microstep Drive technology, allows for accurate flow rate control with a resolution of 357 nm/�¼step. Intuitive Interface: The IPS-13R is equipped with a 4.3-inch Resistive Touch TFT LCD screen and intuitive microcontroller software, offering users a user-friendly interface for easy programming and monitoring. Users can adjust flow rates and other parameters effortlessly, enhancing operational efficiency. Adaptive Pumping: Users can adjust flow rates even during the pumping process, enabling fine-tuning of parameters for optimal performance. This adaptive capability ensures precise handling of fluid handling tasks with flexibility and control. Technical Specifications: Motor Type: Stepper Motor Linear Force Connectors: No Recipe Save-Recall: Yes (Wi-Fi optional) Power Supply: 12 VDC 1A (110-240 VAC adapter included) Dimensions: Width (W): 211 mm, Length (L): 250 mm, Height (H): 143 mm Weight: 3.2 kg Environmental Specifications: Operating Temperature: Between -10°C and 50°C Storage Temperature: Between -30°C and 85°C Operating Humidity: RH 10% RH 90% (not condensed) Storage Humidity: RH 10% RH 90% (not condensed) Additional Features: Double-channel design for simultaneous operation 4.3 Resistive Touch TFT LCD screen Microcontroller software for advanced control User-friendly interface for ease of operation High-precision pumping for accurate fluid handling
