Rock wool is a high quality thermal insulation material with low thermal conductivity. Suitable for medium and large diameter pipes; medium and small storage tanks; curved surfaces with small radius of curvature or surface irregularities. Rock wool is made of basalt,After being melted, adopted four-roller centrifugal cotton process to throw the high-temperature basalt-cotton into a 4-7 μm non-continuous fiber. Our rock wool PH value between 7-9, soluble chloride ion content is low, in addition to the non-corrosive steel structure and metal structure, the main features are as follows: Thermal insulation: The thermal conductivity of rockwool at normal temperature (around 25°C) is usually between 0.03 and 0.047W/. Non-combustion : The combustion performance of rock wool products depends on the amount of flammable binders. Rock wool is an inorganic mineral fiber, non-flammable. Sound insulation: rock wool products have excellent sound insulation and sound absorption properties. The mechanism of sound absorption is that this product has a porous structure. When sound waves pass through, friction is generated due to the effect of flow resistance, and part of the sound energy is absorbed by the fibers. Impede the transmission of sound waves. Can be cut according to the security, less security, easy construction Tanks, such as gas and liquid storage, play an important role in every major area of industry. In order to preserve the material and ensure the stability and safety of the production process, it is important to maintain the temperature inside the tank. If the internal temperature of the oil tank is too high, not only the volatile loss of the oil will increase, but also the environmental pollution will be accelerated, and if the temperature is too low, the objects in the tank will become viscous so that the fluidity of the oil will decrease and the oil tank is outdoor for a long time, so when selecting the insulation material, it must have two functions: low thermal conductivity and waterproof performance Rock wool has been tested without asbestos, CFC, HFC, HCFC, and other environmentally harmful substances. It will not be corroded or produce mildew and bacteria. It has excellent performance for the insulation of oil tanks. As a thermal insulation material, rock wool can increase the thermal insulation resistance of the tank walls, reduce the heat transfer coefficient, and reduce the cold/heat transfer through the wall by 70%. This reduces energy loss and saves energy costs. Rock wool is a high quality thermal insulation material with low thermal conductivity. Suitable for medium and large diameter pipes; medium and small storage tanks; curved surfaces with small radius of curvature or surface irregularities. Rock wool is made of basalt,After being melted, adopted four-roller centrifugal cotton process to throw the high-temperature basalt-cotton into a 4-7 μm non-continuous fiber. Our rock wool PH value between 7-9, soluble chloride ion content is low, in addition to the non-corrosive steel structure and metal structure, the main features are as follows: Thermal insulation: The thermal conductivity of rockwool at normal temperature (around 25°C) is usually between 0.03 and 0.047W/. Non-combustion : The combustion performance of rock wool products depends on the amount of flammable binders. Rock wool is an inorganic mineral fiber, non-flammable. Sound insulation: rock wool products have excellent sound insulation and sound absorption properties. The mechanism of sound absorption is that this product has a porous structure. When sound waves pass through, friction is generated due to the effect of flow resistance, and part of the sound energy is absorbed by the fibers. Impede the transmission of sound waves. Can be cut according to the security, less security, easy construction Tanks, such as gas and liquid storage, play an important role in every major area of industry. In order to preserve the material and ensure the stability and safety of the production process, it is important to maintain the temperature inside the tank. If the internal temperature of the oil tank is too high, not only the volatile loss of the oil will increase, but also the environmental pollution will be accelerated, and if the temperature is too low, the objects in the tank will become viscous so that the fluidity of the oil will decrease and the oil tank is outdoor for a long time, so when selecting the insulation material, it must have two functions: low thermal conductivity and waterproof performance Rock wool has been tested without asbestos, CFC, HFC, HCFC, and other environmentally harmful substances. It will not be corroded or produce mildew and bacteria. It has excellent performance for the insulation of oil tanks. As a thermal insulation material, rock wool can increase the thermal insulation resistance of the tank walls, reduce the heat transfer coefficient, and reduce the cold/heat transfer through the wall by 70%. This reduces energy loss and saves energy costs.
1. Product Guide PFA transparent tubes are used to transport different liquids and gases, and are resistant to strong acids and alkalis, high and low temperatures. Different British tubes and capillaries can be processed. They are used in industries with high cleanliness requirements such as the petroleum industry, biopharmaceuticals, and the semiconductor industry. PFA tubes are used for liquid and gas transportation during semiconductor manufacturing. In semiconductor processes, many liquid and gas media need to be transported under high temperature conditions while maintaining high purity and chemical inertness. PFA tubes are ideal for transporting chemicals and solvents due to their excellent high temperature resistance and inertness to chemical corrosives, such as acid and alkali solutions, sputtering source materials, photoresists, and deionized water. 2. Technical parameter description Product name: PFA delivery pipe Outer diameter * inner diameter (mm): 6*3, 6*4, 7*5, 12*10, British 1/4 inch 6.35*4.35, British 1/8 inch 3.17*1.58 Material: PFA Temperature tolerance -200-260 3. Product characteristics: 1. High and low temperature resistance: The operating temperature can reach -200~+260, and it can work at freezing temperature for a long time without becoming brittle, and it will not melt at high temperature 2. High chemical stability can withstand All strong acids, including aqua regia, hydrofluoric acid, concentrated hydrochloric acid, nitric acid, fuming sulfuric acid, organic acids, etc., strong alkalis, strong oxidants, reducing agents and various organic solvents, are used for the transportation of various harsh fluids. 3. Low dissolution and precipitation, it is a good vessel for storing standard substances, highly corrosive, expensive high-purity reagents. 4. Outstanding non-stickiness, excellent anti-stickiness, no colloids and chemicals adhere to the inner wall of the tube, so no dirt layer will be formed in the tube. 5. It can be used as a high-purity reagent delivery tube, such as for chromatographs, chemical equipment, etc. supporting pipelines. Semiconductor, liquid crystal manufacturing equipment, chemical plants and other liquid pipelines. 6. Very good aging resistance and radiation resistance can be used outdoors for a long time. 7. High softness and bending resistance. Our factory can process in a directional manner.
Closed Circuit Cooling Tower Closed circuit cooling tower (also known as an evaporative air cooler or closed cooling tower) is the tubular heat exchanger placed in the tower, through the circulation of air, spray water and circulating water heat exchange to ensure the cooling effect. AUVC not only provides different shapes of cooling towers used in industries, such as round shape cooling towers and square cooling towers, but also offers closed cooling towers and open circuit cooling towers as well. The type of closed circuit cooling tower is widely used in iron and steel metallurgy, power electronics, machining, air conditioning system and other industries. How do closed circuit cooling towers work? Closed-circuit cooling towers make it possible to separate the evaporative circuit from the process circuit (customer circuit). A stainless-steel plate heat exchanger attached to the cooling tower, in its dedicated room, allows a glycol-free operation, and a simplified and unequalled ease of maintenance. The closed circuit cooling tower works as follows On the process side to be cooled (customer loop), the water to be cooled enters a plate heat exchanger connected to the tower and is cooled and discharged. The primary loop is closed and never comes into contact with air. On the secondary side of the cooling tower, the water is sucked out of the pool by a pump and circulated through a stainless steel plate heat exchanger. The water leaving the exchanger is piped to the top of the unit. This water is graded and evenly dispersed over the exchange surfaces by dispersers (also known as water distribution nozzles). Air driven by fans (axial or centrifugal) enters from the lower part of the cooling tower, is heated and saturated with water and exits from the upper part, passing between the exchange surfaces. Under the effect of the surface tension of the filler ladder, the water spreads uniformly and flows away over the entire height of the tower. The exchange surface is thus increased. The water cooled by forced ventilation falls freely into an inclined pool located at the bottom of the unit. Three reasons to choose a closed cooling tower No contamination in the primary circuit. Many civil and industrial processes require that process fluids be kept free from external environmental contamination: this is true, for example, of most food production processes. Closed-circuit cooling towers fulfil this need: in effect, the coils separate the process fluid from the ambient air drawn in by the fan, keeping it clean and contamination-free in a closed loop.
Slurry pump accessories flange usually refers to several fixed holes opened around a disk-like metal body for connecting other components. Flanges are widely used in various mechanical equipment and pipeline connections. There are also many types of flanges. Next we talk about the standard system of flanges. my country's national standard system for steel pipe flanges GB. 1. Nominal pressure: 0.25Mpa~42.0Mpa Series 1: PN1.0, PN1.6, PN2.0, PN5.0, PN10.0, PN15.0, PN25.0, PN42 (main series) Series 2: PN0.25, PN0.6, PN2.5, PN4.0 Among them, the flange sizes of PN0.25, PN0.6, PN1.0, PN1.6, PN2.5, and PN4.0 belong to the European flange system represented by German flange, and the rest are American flange sizes. The American flange system represented by Lan. In the GB standard, the maximum nominal pressure level belonging to the European flange system is 4Mpa, and the maximum nominal pressure level belonging to the American flange system is 42Mpa. 2. Nominal diameter: 10mm~4000mm 3. Structural form of flange: Integral flange Unit flange threaded flange; Welding flange, butt welding flange; Flat welding flange with neck, socket welding flange with neck, plate flat welding flange: loose sleeve flange, loose sleeve neck flange with butt welding ring, loose sleeve plate flange with butt welding ring, loose sleeve flat welding ring Plate flange, plate over loose flange Flange cover (blind hole flange). 4. Flange sealing surface: flat surface, concave surface, concave and convex surface, tongue and groove surface, ring connection surface If you want to know more about slurry pumps, please call Pansto Pump Industry! Shijiazhuang Pansto Pump Industry is a manufacturer of slurry pumps in Shijiazhuang. It mainly designs, manufactures and sells slurry pumps and accessories. Mainly engaged in mud pumps, submersible pumps, foam pumps, desulfurization pumps and many other series. Single-stage slurry pump, slurry pump diagram, slurry pump curve, slurry pump specifications Slurry pump brand Warman slurry pump ZJ slurry pump ZGB slurry pump AH slurry pump SP slurry pump vertical liquid slurry pump
Currently, the methods of cell preservation are refrigerator and liquid nitrogen. When it comes to long-term storage, liquid nitrogen wins. However, conventional liquid nitrogen tanks need to constantly detect the liquid level, and the cells cannot be stored higher than the liquid nitrogen level, which is not conducive to long-term storage of cells. However, the "stem cell liquid nitrogen tank" that breaks the rules can do it! For long-term storage of large quantities of dry cell samples, it is ideal to use stem cell liquid nitrogen tanks by default. Why? 1. Storage temperature is -150~-196â?? For cells, the more comfortable storage temperature is -150â??~-196â??. Conventional liquid nitrogen tanks only have a temperature option of -196â??. Samples at this temperature are not in danger. The storage temperature of stem cell liquid nitrogen tanks changes with the sample area. The temperature difference in each storage area is 10�°C, which provides more options for cells. You can choose a more suitable temperature for cells to store. 2. Prevent pollution Another important point in cell cryopreservation, stable storage time and how to prevent contamination during storage. To stabilize the storage time, the stem cell liquid nitrogen tank adopts the characteristics of vacuum multi-layer insulation, electronic temperature control and liquid nitrogen dispersion, making the storage tank intelligent cooling and constant temperature process uniform and stable. To prevent storage contamination, you must know that cells become contaminated because they are in direct contact with liquid nitrogen. First, because the cryopreservation tube is not well sealed, liquid nitrogen enters through the gap. After taking out the test tube, there is a temperature difference and pressure difference between the inside and outside. Under the combined action of temperature and pressure, the tube explodes. Second, bacteria will enter the liquid nitrogen tank after it has been used for a period of time. These bacteria are likely to flow into the freezing tube with the liquid nitrogen and contaminate the sample. Stem cell liquid nitrogen tanks can prevent contamination because they can store liquid nitrogen and cells separately, avoiding direct contact between the two. At the same time, they can also use the low-temperature environment formed by the evaporation of liquid nitrogen for storage to avoid pipe explosions and cross-contamination. risk.
Pelleting animal feed for optimal nutritional feed and high feed conversion ratio The pellet production line consists of multiple steps, of which the pellet press is the main machine. At Future Fortune, we offer complete granulation solutions, including high-quality granulators and equipment such as crushers, screens and coolers. Pelleting lines connected to feed pellet machines have many advantages. Animal feed pelleting has the following advantages: High feed hygiene: During the feed pelleting process, it is easy to obtain temperatures of 81�° or higher, thereby removing salmonella. This temperature is obtained by adding steam and the frictional heat generated as the feed is pressed through the mold. High temperatures also destroy the most common bacteria and fungi. Increased nutritional value: Thermal treatment and subsequent cooling during feed pelleting increases the digestibility of the feed, thereby improving livestock performance (feed conversion ratio) Reduced waste: The transportation of pellet feed is cleaner and produces less dust than the transportation of powdered feed. Easy batching: Use an animal feed pellet machine to make batching easier and more accurate. No separation: Minerals and other heavy particles do not separate, so there is no possibility for animals to be selective. Increased Density: Generally speaking, the bulk density of pellets is 15% higher than that of meal. Shipping and Storage: Pellets are easier to ship because they donâ??t get stuck in pipes, bins, etc. The storage durability of pellet feed is also longer than that of powder feed. Animal feed pelleting machine is used to convert dry ground meal into small and medium-sized pellets for animal consumption. This process makes the feed tasty and easy to digest, which is very beneficial for poultry/animals. It can make pelleted feed for chickens, geese, pigeons, rabbits, cattle, sheep, yellow cattle, pigs, rabbits, etc. They make pelleted feeds because they are a balanced combination of various nutrients for better growth of animals such as livestock and poultry. Future Fortune can provide compact solutions for animal feed pellet production lines as well as single animal feed pellet manufacturing machines. We have various models of animal feed processing machinery for small, medium and large animal feed processing projects! If you have any questions, please contact us directly!
Valve Test Equipment Valve test equipment can be used for a variety of applications, such as intermediate and final inspections by valve manufacturers, testing of new valves on delivery, and routine or post-maintenance testing of valves in service. These include, for example, pressure testing of valve housings, leakage testing of valve seats, and set pressure testing of safety valves. Other components can also be pressure tested, such as tanks, motor housings, pump housings, pipe fittings, insulators etc. Special clamping devices may be required to clamp these test pieces. Structure and working principle Valve test equipment is composed of hydraulic system, electrical control system, high and low pressure water pump pressure supply device system, oil pressure, water pressure instrument system, control valve system, clamping workbench system and hydraulic medium storage circulating water tank. The test process and results meet relevant regulations and requirements. The valve test equipment adopts flange end face sealing, holding pressure claw to directly clamp the valve, and the back of the flange is compressed. The clamping mechanism is directly driven by the clamping oil cylinder of the clamping claw. The axial direction of the clamping claw can move forward and backward, which is not limited by the thickness of the flange. The radial movement is composed of oil cylinder and lever to realize the radial synchronous movement of each clamping jaw. The radial clamping jaw can move forward and backward. It is not limited by the diameter of valve flange. There is no external force on the test valve. The left end of the test bench can move horizontally left and right, and the pressure test is not limited by the structural length of the test valve; The right end can be turned over 90 degrees to facilitate the sealing and air tightness test of the valve. The high-pressure water pump is powered by the 4-7 bar air pressure system and automatically reverses through the electrical control reversing valve to make the high-pressure water pump work automatically and reciprocally. The water suction check valve and water outlet check valve are interchanged to continuously supply pressure to the tested valve to meet the pressure requirements of the tested valve. It is applicable to the high-pressure water seal test of 1.1 times the nominal pressure, the high-pressure water shell test of 1.5 times the nominal pressure and the low-pressure air tightness test of 4-7bar for flange valves.
Good price cow dung dewatering machine pig manure dewater machine for sale Product Description Equipment Introduction Screw press solid liquid separator is mainly consist of motor,reducer,screen,screw,pipe,pump, control cabinet.It is widely use in farm,especially for manure dewatering for cow,pig,horse,chicken,etc. Spiral extrusion type solid-liquid separator is a new mechanical dewatering equipment developed by our company by referring to various advanced dewatering equipment at home and abroad and combining with our own dewatering equipment and manufacturing experience.Spiral extruding solid-liquid separator is mainly composed of control cabinet, pipeline, body, screen, extruding jiaolong, reduction motor, counterweight, unloading device and other parts, this equipment is widely used, and has been recognized by the majority of users in the market. Working Principle The principle of solid-liquid separator is spiral extrusion solid-liquid separation technology.The main components are: body, screen, extrusion and stranding, reduction motor, unloading device and other components. After the cutting feed pump pumps the mixture to the solid-liquid separator through the pipeline, the separator starts, and the mixture is gradually pushed forward to the front of the body by squeezing the stringer. At the same time, the pressure of the leading edge is constantlyincreased, forcing the water in the material to extrude the screen and flow out of the drain pipe.The work of the extruder is continuous, the material is continuously pumped into the body, the leading edge of the pressure is increasing, when to a certain extent, the discharge port will be opened, extrusion extrusion port, to achieve the purpose of extrusion.In order to grasp the speed and water content of the discharge, the control device in front of the main engine can be adjusted to achieve a satisfactory and appropriate discharge state. Features 1.With 304stainless steel cover,which is easy to take off and observe. 2.Screw and screen adopt high quality 304SUS,Which is preservative,can use long time. 3.Easy operate,small dimension,low noise,work stable. 4.Low moisture content after press,you can't press out water by hand.After press the moisture content is around 60%,of course it is not water weight 60%. 5.Screw is full welding,which is more durable.
Aluminum Roof Coil The metal and aluminium coils in Litong products are made from the highest quality materials. We require our suppliers to adhere to the strictest standards and use a rigorous qualification process when selecting new sources. All of our metal roofing coils and sheets are produced from recycled materials, with at least 25% of the raw material coming from post-consumer or post-industrial waste. With our world class paint lines, we maintain fully integrated manufacturing capabilities to ensure the highest level of quality control. Stock strengths of various forms of aluminium range from specification 1100-0, which has a yield strength of approximately 5,000 psi, to specification 7075-T6, which has a yield strength of approximately 70,000 psi. (per square inch). The following are some typical applications within these specification ranges - Utility sheet for all general sheet metal work such as flashings, ductwork, lined walls, etc. 1100-0 mainly for spinning and drawing operations, e.g. utensils, decorative items, etc. 1100-H14 and 3003-H14 are specification alloys for general forming operations. The physical properties of 5005-H14 are similar to those of 3003-H14 with excellent corrosion resistance and a uniform smooth surface finish suitable for anodising. This alloy is suitable for use in curtain walling, decorative trim, control panel boxes and signage. 5052-H32 and H34 are high strength alloys with good forming qualities, particularly suitable for marine applications. 5083-H321 and H323 is an alloy in various states that produces high weld joint efficiency. It is used for tank work, heavy transport, etc. to make the most of its welding properties. 5454-H32 is a sister alloy to 5083 and has a low stress corrosion rating when working in the 150�°F to 300�°F range. Typical applications are truck dump bodies, tanker trucks, exhaust pipes, chemical handling tanks on ships, etc. 6061-T6 is an excellent general purpose alloy with high strength and good corrosion resistance. It is used in all structural applications such as mining trucks, logging chutes and shipbuilding. Painted aluminium: 1100, 3003, 3105, 5005 and 5052 are just some of the common alloys used in painted products. Painted aluminium has a wide range of mechanical properties and finishes include highly durable exterior coatings, specialised epoxies, polyesters, textured polyesters, fluorocarbons and metals as well as repair primers. Standard colours can be selected or custom colour matching to specification is possible. Most coatings can be used on one and both sides.
The Extruded Fin Tube also known as� Bimetallic Fin Tube� is one of the most preferred finning processes for various applications. Manufacturing process: Fin is produced by the rolling method (three-roll oblique rolling). Its working principle is: The smooth tube is lined with a mandrel, the tube material is driven by the roller blade to make a spiral linear movement, and is rolled by the roller. The hole pattern composed of the groove and the core rod is gradually processed with fins on its outer surface. In order to facilitate the formation of fins, the rolling parts adopt three stages of biting, rolling, and shaping during the deformation process, so that the processed fins are complete, smooth, and regular. The finned tube produced by this method is based on the base tube and the outer fin is an organic whole, so there is no problem of contact thermal resistance loss and electrical corrosion. It has good heat transfer efficiency and strong resistance to deformation. Extruded finned tubes consist of a light pipe and fins â??attachedâ?? to it. The structural parameters are mainly the inner diameter and outer diameter of the finned tube, the wall thickness of the finned tube, the fin pitch, the fin thickness and the fin height. Material Options: We offer the widest range of material in the industry and can extend it on request in case of special requirements for heat conductivity, mechanical properties or corrosion resistance. Below are our regular materials` combination. A. Copper aluminum composite finned tube B. Steel aluminum composite finned tube C. Pure aluminum finned tube D. Pure copper finned tube Fin Height Options: A. Low finned tubes The fins of the low finned tube are extruded directly from the tube material. The fin height is only 1-2 mm. The common low fins are 1.6 mm in the shell- and-tube heat exchanger. This kind of finned tube does not need to consider the contact thermal resistance with the tube. B. Middle finned tubes The fin height of the finned tube is about 3.2 mm, which is often used in pressure vessel equipment such as shell and tube heat exchangers. C. High finned tubes The finned tubes are usually used in air heat exchangers, whose height is lower than 16mm, depending on working conditions. D. Customized specification, please reach to us for more details. Extruded Finned Tubes Characteristic: A. High heat transfer performance and low contact thermal resistance B. The contact area between fins and tubes is large, and the connection is tight and firm. C. Good corrosion resistance, stable performance for long-term use. D. Fins have good rigidity and are not easy deform. E. Light weight and Low cost. F. Low air resistance G. Easy to clean
Stainless steel 304 scrap is a type of metal waste or recycling material derived from stainless steel alloy 304. This particular stainless steel alloy is one of the most commonly used and versatile stainless steels in various industries due to its excellent corrosion resistance, durability, and affordability. When it comes to scrap material, stainless steel 304 scrap typically consists of discarded or leftover pieces of stainless steel 304 that are no longer suitable for their original intended purpose but can be recycled and repurposed for various applications. Here is a description of stainless steel 304 scrap: Composition: Stainless steel 304 is primarily composed of iron, chromium, and nickel, with small amounts of other elements like manganese and carbon. The scrap retains the same elemental composition as the original alloy. Appearance: Stainless steel 304 scrap appears as various-sized pieces, often in the form of sheets, coils, pipes, bars, or structural components. The material may have visible signs of wear, oxidation, or surface imperfections from previous use. Corrosion Resistance: Even in its scrap form, stainless steel 304 maintains its corrosion-resistant properties, making it suitable for recycling into products that require resistance to rust and corrosion. Recycling Potential: Stainless steel 304 scrap is highly recyclable and can be melted down and reprocessed to create new stainless steel products. This sustainability aspect is appealing to manufacturers and environmentalists alike. Common Applications: After recycling, stainless steel 304 scrap can be used to create a wide range of products, including kitchen appliances, automotive parts, industrial equipment, building materials, and more. It is valued for its strength and longevity. Sorting and Processing: Stainless steel 304 scrap may need sorting and processing to remove contaminants or other materials before recycling. This is typically done through various techniques, such as magnetic separation and alloy identification. Market Value: The market value of stainless steel 304 scrap fluctuates based on factors like current market demand, global metal prices, and the quality and quantity of the scrap material. Stainless steel 304 scrap plays a crucial role in the circular economy, as it allows for the sustainable reuse of valuable resources while reducing the environmental impact associated with mining and manufacturing new stainless steel products. It is an essential component of the recycling industry and contributes to the conservation of natural resources.
Dipotassium Phosphate Food Grade/ Tech Grade/ Dipotassium Phosphate (DKP): Chemical Property: Dipotassium phosphate (DKP), also known as potassium phosphate dibasic, has the chemical formula K2HPO4. It is a salt that exists as a white, crystalline powder or granules. DKP is highly soluble in water, which facilitates its use in various applications. It contains two potassium (K+) cations and one hydrogen phosphate (HPO4^2-) anion in its chemical structure. Applications: Dipotassium phosphate is utilized in a range of industries due to its properties as a nutrient source, pH regulator, and food additive. Food and Beverage Industry: DKP is commonly used as a food additive in the food and beverage industry. It acts as a buffering agent to control acidity and pH levels in various products, including processed foods, beverages, and dairy products. It also works as a sequestrant, helping to improve the stability and texture of certain food items. Nutritional Supplements: In the production of nutritional supplements, DKP can be used as a source of both potassium and phosphorus, essential nutrients for human health. These supplements might target individuals with specific dietary needs or deficiencies. Bakery and Baking Powder: DKP is sometimes used in baking powder formulations. It interacts with other ingredients, like baking soda (sodium bicarbonate), to release carbon dioxide gas and leaven baked goods. pH Buffering and pH Control: Due to its ability to regulate pH, DKP is used in various industrial processes where maintaining a specific pH range is crucial. This can include water treatment, chemical manufacturing, and certain laboratory applications. Pharmaceuticals and Medicine: DKP might be used in pharmaceuticals and medicine for its pH-regulating properties, as well as its potential use as a source of essential nutrients in certain formulations. Water Treatment: In water treatment processes, DKP can be used to adjust pH levels and reduce the corrosiveness of water. It's also used to inhibit the formation of scale and deposits in pipes and equipment. Laboratory and Research: DKP is utilized in laboratory settings for various purposes, including as a component in buffer solutions used in experiments requiring specific pH conditions. Dipotassium phosphate's versatility in balancing pH levels, providing essential nutrients, and enhancing stability makes it a valuable ingredient in multiple industries. As with any chemical, its application should be handled with care to ensure proper dosing and to mitigate potential environmental impacts. FORMULA: K2HPO4 CAS NO: 7758-11-4 / 16788-57-1 EINECS: 231-834-5 ORIGIN: China Port of Loading: Xiamen MOQ: 17MT ETD: 10 Days Customization: Yes Package: 25kg/1000kg/1250kg/1300kg Bags
Diammonium Phosphate DAP Food Grade/ Tech Grade/ Electronic Grade Diammonium Phosphate (DAP): Chemical Property: Diammonium phosphate (DAP) is a compound with the chemical formula (NH4)2HPO4. It is a highly soluble salt that appears as a white, crystalline powder. DAP contains two ammonium (NH4+) cations and one hydrogen phosphate (HPO4^2-) anion in its structure. This composition provides a source of both nitrogen and phosphorus, making DAP a valuable fertilizer and nutrient supplement. Applications: Diammonium phosphate finds applications primarily in agriculture as a fertilizer, but it also has uses in other industries: Agriculture and Fertilizers: DAP is one of the most commonly used fertilizers worldwide. Its high nitrogen content supports plant growth and leaf development, while phosphorus promotes root growth, flowering, and fruiting. The ammonium component of DAP also contributes to pH control in soil, which can be important for optimizing nutrient availability to plants. Nutrient Supplement: DAP can be used as a nutrient supplement for both plants and animals. In animal feed, it provides a source of nitrogen and phosphorus, essential for growth and overall health. Industrial Processes: DAP is utilized in various industrial applications. For instance, it's used as a fire retardant and flame inhibitor in certain materials due to its ability to release ammonium compounds that resist combustion. Water Treatment: In water treatment processes, DAP can be used to reduce pH levels, control scale formation in pipes, and adjust the alkalinity of water. Yeast Nutrient: In the brewing and fermentation industries, DAP is used as a nutrient for yeast during the fermentation process. It provides nitrogen necessary for yeast growth and alcohol production. Laboratory and Research: DAP is sometimes employed in laboratories for specific applications, such as in the preparation of buffer solutions or as a source of nutrients in cell culture media. Explosives Manufacturing: While not a common application, DAP has been used in the production of certain explosives due to its chemical properties. DAP's versatility stems from its dual nutrient content of nitrogen and phosphorus, making it valuable for promoting plant growth and supporting various industrial processes. When using DAP, it's important to consider proper dosing and application methods to ensure optimal results and minimize any potential environmental impacts. FORMULA: (NH4)2HPO4 CAS NO: 7783-28-0 EINECS: 231-987-8 ORIGIN: China Port of Loading: Chongqing MOQ: 25MT ETD: 25-30 Customization: Yes Package: 25kg/1000kg/1250kg/1300kg Bags
5052 aluminum coils is Aluminum-magnesium alloy aluminum coils. Mg is the main alloying element in 5052 aluminum coils. It is the most widely used rust-proof aluminum. The alloy is high in nature, especially fatigue resistance, plasticity and corrosion resistance, with high strength. It can not be heat-treated, the plasticity of it is good in semi-cold hardening. Itâ??s low in plasticity during cold hardening, and good in corrosion resistance with good weldability, poor machinability and polishing. The main alloying element of 5052 aluminum sheet is magnesium, and aluminum-magnesium alloy also contains a small amount of Mn, Cr, Ni, Ti, etc. Most of the Mn in the alloy forms MnAl6 except for a small amount of solid solution. In the interior of the 5052 aluminum coils, the effect of Cr is similar to that of Mn, which improves the resistance to stress corrosion cracking, improves the strength of the base metal and weld, and reduces the tendency of weld cracking, but its content generally does not exceed 0.35%. Surface Advantages of 5052 Aluminum coils: 1 - surface of 5052 aluminum coils is not allowed to have cracks, corrosion spots and traces of nitrate. 2 - The surface is allowed to have peeling, air bubbles, surface roughness. and it is also allowed to have local mechanical damage with a depth not exceeding 8% of the nominal thickness of the part where the defect is located. But the maximum depth of the defect shall not exceed 0.5 mm, and the total area of the defect shall not exceed the total area of the coils 5%. 3 - Allow the supplier to illuminate the profile longitudinally to a smooth surface. 4 - Other requirements: There are demanders and suppliers to draw up their own. Application of 5052 Aluminum coils: 5052 aluminum coils is mainly used for high plasticity with good weldability. It is also commonly used in transportation vehicles, ship sheet metal parts, instruments, street lamp brackets and rivets, hardware products, electrical enclosures, etc. It can also be used to manufacture aircraft fuel tanks, oil pipes, aerospace aluminum alloy materials, and is a typical rustproof alloy material. The atates of 5052 aluminum coils includes F, O, H12, H14,, H16, H18, H19, H22, H24, H26, H28, H32, H34, H36, H38, H111, H112, H114.
50um Multiple Layers Mesh Cylinder Filter Element is a type of filter element that is made of sintered wire mesh laminated panel. It is designed to remove impurities and debris from fluids or gases that pass through it. The filter element is comparatively simple in processing compared with pleated filter elements and is typically constructed in the form of pipes or cylinders. Parameters Brand: TOPTITECH Material: SS 316L Layers: 5 layers Diameter: 20mm Length: 40mm Pore size: 50um Wall thickness: 12mm Features 1.The scientific framework makes it impossible for filter media to migrate. 2. With a great wide range of operating temperature, it can work safely and permanently under the temperature of -270-400 �°C. 3. As the stable performance of stainless steel material, it won't separate any deleterious substance both in high and low temperature. 4. Due to its strong resistance to corrosion, it won't be harmed by either acidic or alkaline conditions. 5. It can be cleaned very easily. 6. It offers a longer service life. 7. Available filtration rating (�¼m): 2, 5, 10, 20, 40, 75, 100, 150, 200. Application 1.Chemical processing: The Mesh Cylinder Filter is used to remove impurities from chemicals and solvents in chemical processing industries. 2.Oil and gas: The Mesh Cylinder Filter is used to filter natural gas, crude oil, and other petroleum products in the oil and gas industry. 3.Aerospace: The Mesh Cylinder Filter is used in aircraft hydraulic systems, fuel systems, and air conditioning systems. 4.Food and beverage: The Mesh Cylinder Filter is used to filter water, juices, and other liquids in the food and beverage industry. 5.Pharmaceutical: The Mesh Cylinder Filter is used to filter pharmaceutical products, such as vaccines and medications, during the manufacturing process. 6.Automotive: The Mesh Cylinder Filter is used in automotive engines to filter oil and other fluids. 7.Water treatment: The Mesh Cylinder Filter is used in water treatment plants to filter out impurities and debris from water. 8.HVAC: The Mesh Cylinder Filter is used in heating, ventilation, and air conditioning (HVAC) systems to filter air and remove airborne particles.
5052 aluminum coils is Aluminum-magnesium alloy aluminum coils. Mg is the main alloying element in 5052 aluminum coils. It is the most widely used rust-proof aluminum. The alloy is high in nature, especially fatigue resistance, plasticity and corrosion resistance, with high strength. It can not be heat-treated, the plasticity of it is good in semi-cold hardening. It s low in plasticity during cold hardening, and good in corrosion resistance with good weldability, poor machinability and polishing. The main alloying element of 5052 aluminum sheet is magnesium, and aluminum-magnesium alloy also contains a small amount of Mn, Cr, Ni, Ti, etc. Most of the Mn in the alloy forms MnAl6 except for a small amount of solid solution. In the interior of the 5052 aluminum coils, the effect of Cr is similar to that of Mn, which improves the resistance to stress corrosion cracking, improves the strength of the base metal and weld, and reduces the tendency of weld cracking, but its content generally does not exceed 0.35%. Surface Advantages of 5052 Aluminum coils: 1. surface of 5052 aluminum coils is not allowed to have cracks, corrosion spots and traces of nitrate. 2. The surface is allowed to have peeling, air bubbles, surface roughness. and it is also allowed to have local mechanical damage with a depth not exceeding 8% of the nominal thickness of the part where the defect is located. But the maximum depth of the defect shall not exceed 0.5 mm, and the total area of the defect shall not exceed the total area of the coils 5%. 3. Allow the supplier to illuminate the profile longitudinally to a smooth surface. 4. Other requirements: There are demanders and suppliers to draw up their own. Application of 5052 Aluminum coils: 5052 aluminum coils is mainly used for high plasticity with good weldability. It is also commonly used in transportation vehicles, ship sheet metal parts, instruments, street lamp brackets and rivets, hardware products, electrical enclosures, etc. It can also be used to manufacture aircraft fuel tanks, oil pipes, aerospace aluminum alloy materials, and is a typical rustproof alloy material. The atates of 5052 aluminum coils includes F, O, H12, H14,, H16, H18, H19, H22, H24, H26, H28, H32, H34, H36, H38, H111, H112, H114.
Brief Introductions: Type: PCD block Bond: Vitrified Application: Various Industry Specification: Customized Packages: Hard carton Delivery Time: 15 workdays by express PCD block In recent years, the development of cutting machine technology has continuously increased its spindle speed and feed rate, so that it can achieve rapid cutting with higher cutting speed, greater material removal rate, and higher precision. Tools like superhard materials put forward more demands. Only a few years ago, the spindle speed of some machine tools was only 6,000r/min, but now it has reached 30,000 to 40,000r/min, and the axis movement acceleration can reach 2G. With the support of powerful computer capabilities, this machine tool can realize the motion functions required for processing. In order to convert this speed advantage into a machining advantage at the point of action, it is necessary to use the corresponding tool material. (1) PCD and PCBN tools for processing automobile engine cylinder blocks In recent years, with the continuous development of my country's automobile industry, the automobile industry has become the backbone of the national economy. While continuously improving quality and performance, automakers are paying more attention to the efficiency and cost of component processing. The cylinder block is the key component of the engine, and its key processing parts include: crankshaft hole, cylinder hole, top surface, stop, etc. (2) PCD and PCBN tools for processing automobile engine cylinder heads From the perspective of the dimensional accuracy, position accuracy, shape accuracy and roughness requirements of each part of the cylinder head, tools such as milling, boring, and reaming are usually used. Among them, the bottom hole of the valve seat, the bottom hole of the pipe, and the Machining of valve seat cone and conduit hole. (3) PCD tool for automobile gearbox processing In the processing of gearboxes, hole processing is the main focus. ...... Service: Detailed Specifications can be customized! Provide after-sales service. Technical support on usage. Return and exchange of products for non-human reasons. a professional manufacturer of grinding, cutting, polishing and dressing tools. Thanks to abundant experience in surface treatment, we design and offer a complete grinding and dressing solution to our customers in various industries. With innovative and creative development conception, tirelessly striving to provide excellent design, superior quality and perfect service to world-wide customers. More than 1000+ customers benefit from our professional technical services.
Brief Introductions: Type: PCBN Inserts Application: ferrous materials machining Specification: Customized Brand Mark: Moresuperhard Trade Terms: FOB Packages: Hard carton Delivery Time: 15 workdays by express Introductions of Moresuperhards PCBN Inserts Machining ferrous materials. Such as gray cast, cast iron, carbon steels, quenched steel, nickel and cobalt, other kinds of ferrous metal, etc. More Superhard PCBN inserts are widely used in automotive, medical and aerospace machining industries. Such as Shafts, gears, bearings, dies, molds Clutch plates, brake rotors and drums, cylinder blocks, flywheels heads Camshafts, valve bodies, impellers, casings, valve guides Turbine blades, vanes, shrouds, housings, hip joints, pipe and liners, fuel rod Valves seats, hydraulic pumps, cam lobes Extrusion screws, barrels, turbine, case, housings, compressor hubs insert type size info L (mm) I.C (mm) S (mm) R (mm) D (mm) TNGN110304 11 6.35 3.18 TNGN110308 11 6.35 3.18 TNGN110312 11 6.35 3.18 TNGN160404 16 9.25 4.76 TNGN160408 16 9.25 4.76 TNGN160412 16 9.25 4.76 Advantages of Moresuperhards PCBN Inserts Strong corrosion resistant, perform a good thermal stability and red-hardness CBN cutting tools have properties which resist chipping and cracking and provide uniform hardness and abrasion resistance in all directions. They may outperform conventional cutting tools by as much as 50 times. The high chemical stability allows for PCBN to be stable up to 1000 C and no reaction with Fe, Ni, CO etc. Cutting hard and tough Materials. CBN cutting tools are so hard that they can efficiently machine steel with hardness of Rc 45 and above Easy grinding and EDM cutting. Uniform surface finish, surface finishes of less than 10 micron Service: Detailed Specifications can be customized! Provide after-sales service. Technical support on usage. Return and exchange of products for non-human reasons. About us: MORESUPERHARD is a professional manufacturer of grinding, cutting, polishing and dressing tools. Thanks to abundant experience in surface treatment, we design and offer a complete grinding and dressing solution to our customers in various industries. With innovative and creative development conception, MORESUPERHARD is tirelessly striving to provide excellent design, superior quality and perfect service to world-wide customers. More than 1000+ customers benefit from our professional technical services.
Product Information: Fiber glass cloth is a multi-directional reinforced fabric made of glass fiber yarn, with plain weave, twill weave, satin weave. Fiberglass cloth is an engineering material, which has the excellent merit such as anti-burns, anti-corrosion, stable-size, heat-isolation, minimum elongated shrinkage, high intensity. 1. Suitable for reinforced unsaturated resin, vinyl resin, epoxy resin, phenolic resin 2. Widely used in hand lay-up, pultrusion, winding and vacuum infusion and other processes 3. This new material product has already covered many domains such as electric appliances, electronic, transportation, chemical engineering, architectural engineering, heat insulation, sound absorption, fire prevention and environmental protection, etc. Terminal products include: pultruded profiles, auto parts, yachts, pipes, plates, sports equipment, wind energy blades and other FRP products. Product Specifications EW25: 25±1g/m2, 100-3200mm Width, Plain; EW50: 50±2g/m2, 100-3200mm Width, Plain; EW80: 80±3g/m2, 100-3200mm Width, Plain; EW100: 100±3g/m2, 100-3200mm Width, Plain; EW135: 135±4g/m2, 100-3200mm Width, Plain; EW160: 160±5g/m2, 100-3200mm Width, Plain; EW200: 200±6g/m2, 100-3200mm Width, Plain; EW300: 300±9g/m2, 100-3200mm Width, Plain; EWT100: 100±3g/m2, 100-3200mm Width, Twill; EWT135: 135±4g/m2, 100-3200mm Width, Twill; EWT160: 160±5g/m2, 100-3200mm Width, Twill; EWT200: 200±6g/m2, 100-3200mm Width, Twill; EWT300: 300±9g/m2, 100-3200mm Width, Twill; EWS300: 300±9g/m2, 100-3200mm Width, Satin; Product Properties: 1.High intensity and quick wet out 2.Anti-corrosion and electric insulation Packaging Informationï¼? It is wound onto paper tube and then wrapped up with plastic film, which can be packed in a cardboard box or woven bag. The rolls are to be horizontally placed rolls can be loaded into container directly or on pallets for Fiberglass stitched mat.
Pure titanium processing parts have high titanium content, good plasticity, easy processing and forming, and good stamping and welding performance. It is resistant to corrosion in the atmosphere, ocean, and other conditions. Pure titanium processing parts are mainly used in aircraft skeletons, ship pipes, valves, pumps, heat exchangers, distillation towers, coolers, ion pumps, and compressor valves. In the industry, Ta1 is generally required for high formability, Ta3 is used for wear resistance and high strength, and Ta2 is the most widely used in general. Product parameters Product Name: Titanium Processing Parts Material grade: TA1 TA2 TC4 TA9 TA10 TA15 TC11 Executive standard: GB/T, GJB, AWS, ASTM, AMS, JIS Process state: Annealed state (M) hot working state (R) cold working state (Y) (annealing, ultrasonic flaw detection) Surface treatment: Sandblasting surface bright surface Product use: Aerospace equipment, petrochemical, shipbuilding, automobiles, watch accessories, etc. Features High-quality material selection Professional processing Fine workmanship Special customization The characteristics of titanium 1. It has a low density, a high strength, and a high specific strength. Titanium has a density of 4.51g/cm3, which is 57% that of steel, less than twice that of aluminum, and three times stronger. Titanium alloy has the highest specific strength of any regularly used industrial alloy. Titanium alloy has a specific strength that is 3.5 times that of stainless steel, 1.3 times that of aluminum alloy, and 1.7 times that of magnesium alloy. As a result, it is a necessary structural material in the aerospace sector. 2. Excellent corrosion resistance Titanium's passivity is dependent on the presence of an oxide film; its corrosion resistance in oxidizing media is far superior to that in reducing medium, and fast rate corrosion can occur in reducing medium. Titanium is not rusted in some corrosive environments. 3. Excellent heat resistance Aluminum typically loses its initial high mechanical qualities at 150 C, stainless steel at 310 C, and titanium alloys retain good mechanical properties at around 500 C. When the airplane achieves 2.7 times the speed of sound, the surface temperature of the aircraft mechanism hits 230 C, and the aluminum alloy and magnesium alloy can no longer be used, while the titanium alloy can. Titanium has a high heat resistance, making it ideal for turbine disks, aeroengine compressor blades, and aircraft rear fuselage skins.
