Galvanized Sheet Metal Fabrication <br> <br>Galvanized sheet is a metal material that uses steel as the substrate and is coated with a layer of zinc on the surface. Usually, hot-dip galvanizing or electroplating methods are used to complete the galvanizing process. Galvanizing can effectively prevent steel from rusting and corroding in damp or corrosive environments, thereby extending its service life. <br> <br>laser welding galvanized steel plate (SECC): uniform gray, fingerprint resistant, with excellent corrosion resistance, and maintains the processability of cold-rolled sheets. <br> <br>Hot dip galvanized steel plate (SGCC): Dipped, bright white, with small zinc flakes (difficult to see), and large zinc flakes with visible hexagonal flower blocks. <br> <br>Aluminum zinc coated steel plate (SGLD): It is a multiphase alloy material that contains both aluminum and zinc rich materials. Due to the characteristics of aluminum and zinc, it has better performance than hot-dip galvanized steel plate (SGCC). Main characteristics: corrosion resistance, with much higher ability than SGCC; Heat resistance; Thermal conductivity and thermal reflexivity; Formability; Weldability. <br> <br>Why Choose Yixing Technology Custom Galvanized Steel Parts <br> <br>In Shanghai Yixing Technology, we have manufactured custom galvanized sheet metal welding parts through metal bending, metal stamping, deep drawing and welding process. Hundreds of galvanized steel projects are successfully carried out in our factory every year and delivered to customers around the word. <br> <br>We have large warehouse to store the galvanized steel sheet in good condition and are ready for any projects that in need of large amount of galvanized steel. We have experience in fabricating sheet metal parts with SGCC, SECC, SGLD etc. Contact us for different zinc content material and we will quote and make per your requirement. <br> <br>We can sign NDA with customers to protect their information. We can provide door to door delivery and do customized package or general package after discussing with customers. <br> <br>Application of Yixing Technology Custom Galvanized Steel Parts <br> <br>Our galvanized steel stamping parts, galvanized steel deep drawing parts and galvanized steel welding parts are widely used in different industries as below: <br> <br>Construction industry: Galvanized sheet has excellent performance in welding, spraying, and rust prevention, and will be used in balconies, window sills, warehouses, and roof rolling shutter doors. <br> <br>Household industry: Galvanized sheet metal combines the characteristics of steel and zinc, making it sturdy and durable. It is used in household appliances such as refrigerators, microwaves, washing machines, vacuum cleaners, and air conditioners. <br> <br>Automotive industry: Galvanized sheet metal is a beautiful and smooth material with good corrosion resistance, and is widely used for covering the entire body of the vehicle. It can be said that galvanized sheet metal is used in places where steel plates are needed in cars, such as car ceilings, carriage panels, and other positions. <br> <br>Transportation industry: The sturdy and durable nature of galvanized sheet is reflected in various aspects such as containers, ship compartments, and road fences in this industry. <br> <br>Furniture industry: The plasticity of galvanized sheet is also very applicable in the furniture industry, and can be used in the manufacturing of products such as lampshades, desks, counters, and bookshelves. <br> <br> <br>For more information about galvanized steel fabrication and galvanized steel laser cutting, please feel free to contact us! <br> <br>If you are looking for a reliable sheet metal manufacturing factory, don&#039;t hesitate to contact us! <br>#galvanized#sheet#metal#fabrication <br>[a]https%3A%2F%2Fwww.yxtechco.com%2Fgalvanized-sheet-metal-fabrication.html[/a]

Furniture Sheet Metal Fabrication <br> <br>Furniture Sheet Metal Parts <br> <br>Metal furniture is a type of furniture made primarily of metal pipes, panels, or rods, combined with wood, various artificial boards, glass, stone, and other materials, as well as iron furniture made entirely of metal materials. It is collectively referred to as metal furniture. <br> <br>The commonly referred to &quot;steel wood furniture&quot; should be understood as metal furniture from a professional perspective, and steel wood furniture is only one type of metal furniture. Metal furniture can create different atmospheres for different rooms in a home, and also make the home style more diverse and modern. <br> <br>Advantages and characteristics of metal furniture: highly personalized style, rich color selection, diverse categories, folding function, considerable aesthetic value, and affordable goods. <br> <br>Furniture Metal Parts Manufacturing Capabilities <br> <br>The main process for metal furniture is cutting, bending, forming and welding. Equipped with laser cutting machines, CNC bending, press brake, stamping machines and welding machines, Shanghai Yixing Technology can provide qualified metal furniture parts per customers&#039; design or even exceed their expectation. <br> <br>Shanghai Yixing Technology has made metal furniture parts for more than 20 years. Our customers&#039; metal chairs, beds, tables etc sell very well in Amazon. With our accumulated experience and bending dies in hand, customer may avoid some initial investment. We are very friendly to start up companies and new development projects. <br> <br>Our engineers can provide technical support services to turn customer ideas or designs into reality. We cooperate with many surface treatment suppliers to meet the appearance requirements of our products - enhancing their corrosion resistance, improving their appearance, printing logos and other patterns, so that our products can be directly put into the sales market. <br> <br>How Yixing Technology Produce Furniture Metal Parts <br> <br>1. Cutting of pipes or cutting of plates <br> <br>Metal substrates are generally larger or longer, so it is necessary to cut them first to make them smaller for further processing. Various methods such as gas cutting, grinding wheel cutting, laser cutting, and milling can also be used for cutting. <br> <br>2. Bending processing <br> <br>Sheet metal bending can be achieved using stamping technology; And the bending of pipes needs to be done on a specialized machine tool, using a profile wheel to bend the pipes into a circular arc. Bending pipes can generally be divided into two processing methods: hot bending and cold bending. Hot bending is used for thick or solid pipes, and is less commonly used in metal furniture; Cold bending involves bending at room temperature and forming under pressure. The methods of pressure include mechanical pressure, hydraulic pressure, and manual pressure. Bending pipes are commonly used to make the skeleton structure of furniture. <br> <br>3. Punching holes <br> <br>Holes can be done through punching, with high machining accuracy and efficiency; Big holes can be drilled using a drilling machine or a hand electric drill. If slot holes are used in the design, milling can be used. <br> <br>4. Welding <br> <br>The welding of metal furniture components often uses methods such as gas welding and arc welding. After welding, the welding points need to be polished to make their surface smooth and avoid affecting their appearance. <br> <br>5. Surface treatment <br> <br>There are many surface treatment processes for metals, which can be carried out through chemical coloring, electrolytic coloring, anodizing coloring, plating coloring, coating coloring, heat treatment coloring, etc. This not only improves the aesthetics of metal furniture, but also protects the surface of metal materials from oxidation. <br> <br>6. Assembly <br> <br>Assemble metal components into furniture using screws, bolts, rivets, etc. according to different connection methods. <br> <br>For more information about furniture metal fabrication, please feel free to contact us! <br> <br>If you are looking for a reliable sheet metal manufacturing supplier, don&#039;t hesitate to contact us! <br>#food#and#beverage#metal#fabrication <br>[a]https%3A%2F%2Fwww.yxtechco.com%2Ffood-and-beverage-metal-fabrication.html[/a]

Food and Beverage Metal Fabrication <br>Food Industry Sheet Metal Parts <br> <br>Precision sheet metal is widely used in the manufacturing process of food machinery. From the the metal body to the internal components, all rely on the support of precision sheet metal technology. By using precision sheet metal technology, manufacturers can achieve diverse body shape designs, providing more choices and a better user experience. At the same time, the high-precision cutting and bending process of precision sheet metal ensures the firmness and stability of the body structure, providing a guarantee for the safe operation of food machinery. <br> <br>Precision sheet metal processing and manufacturing are required in various stages of food processing, such as boiler shells, other heating elements, and conveying systems. The high-precision die-cutting technology of precision sheet metal can ensure the accuracy and quality of products, while reducing production costs and waste. <br> <br>Food machinery has high hygiene requirements, and sheet metal processing can utilize the characteristics of various metal materials to choose metal materials that are harmless to the human body, have strong anti-corrosion ability, and have a very attractive appearance, such as SS304 and SS316 etc. <br> <br>Shanghai Yixing, as a sheet metal factory in China, has deeply rooted in food machinery industry for more than 20 years. We have produced stamping shells for coffee machine, deep drawing body for drinking cup, bending and forming bracket for foodstuff dryer, stamping baking tray, deep drawing sink, BBQ oven, metal parts for potato machine etc. <br> <br>Equipped with advanced manufacturing machines, experienced engineers, well trained workers, strict quality standards, Shanghai Yixing Technology can provide high-efficiency, high quality and cost effective solutions for any sheet metal projects for food industry. No matter it is rapid prototyping or high volume production, we always seek for consistent quality and on delivery time. <br> <br>How Yixing Technology Produce Food Industry Metal Parts <br> <br>Shanghai Yixing Technology has produced deep drawing sinks for more than 10 years. Below is the process of how we make the deep drawing stainless steel sinks. <br> <br>1. Cutting: Calculate the specifications of the stainless steel plate based on the specifications of the stainless steel sink, and then use a cutting machine to cut the corresponding specifications of stainless steel material. <br> <br>2. Deep drawing: Generally, a larger tonnage hydraulic press (over 500T) is used to stretch the sheet metal with a mold. Before adding the sheet metal to the mold for deep drawing, a stretching oil treatment should be applied to the material to ensure smooth stretching and prevent material fracture or bulging due to excessive toughness. High difficulty right angle sinks must be formed and annealed before surface treatment. <br> <br>3. Mold: The R angle of the deep drawing sink should not be too straight, usually bigger than φ 10. The structure should be reasonable. <br> <br>4. Heat treatment: For a sink with a small R angle (close to a right angle), it is generally necessary to stretch it in several stages. After each stretch, it must be subjected to high-temperature annealing treatment, usually above 1200 degrees, to eliminate internal stress after stretching. <br> <br>5. Edge cutting treatment: Cut the excess edge materials around into relatively regular shapes using a stamping die. <br> <br>6. Sanding (polishing) treatment: Sanding treatment is applied to the inner groove of stainless steel to increase the surface smoothness and texture of the stainless steel. <br> <br>7. Polishing treatment: High end sinks will be polished at the edges, especially at the four corners, and chamfered at four right angles to prevent injury and hand cutting. <br> <br>8. Coating (usually smooth): In order to prevent corrosion and damage, high-end sinks usually have a layer of coating at the bottom. The material of the coating is generally waterproof coating k11 or JS. <br> <br>Besides deep drawing sinks, we also make welding sinks and water tanks. Contact with us for cost analysis. <br> <br>If you are looking for a reliable sheet metal services factory, don&#039;t hesitate to contact us! <br>#food#and#beverage#metal#fabrication <br>[a]https%3A%2F%2Fwww.yxtechco.com%2Ffood-and-beverage-metal-fabrication.html[/a]

Electroplating <br>What are the types of electroplating plating? <br> <br>Electroplating is the process of using the principle of electrolysis to deposit a thin layer of other metals or alloys on certain metal surfaces. According to the composition of the coating, cadmium electroplating process can be divided into eight categories: chromium plating, copper plating, cadmium plating, tin plating, zinc alloy electroplating, copper nickel electroplating, gold electroplating service, and silver electroplating service. <br> <br>Chrome plating <br> <br>Chromium is a silver white metal with a slight sky blue hue. It has strong passivation performance and quickly passivates in the atmosphere, showing properties of precious metals. Therefore, the chromium plating layer on iron parts is a cathodic coating. The chromium layer is very stable in the atmosphere and can maintain its luster for a long time. It is very stable in corrosive media such as alkali, nitric acid, sulfide, carbonate, and organic acid, but soluble in hydrochloric acid and other hydrogen halide acids and hot concentrated sulfuric acid. <br> <br>The chromium layer has high hardness, good wear resistance, strong reflective ability, and good heat resistance. There is no significant change in gloss and hardness below 500 ° C; Oxidation and discoloration begin when the temperature exceeds 500 ° C; It only begins to soften when it exceeds 700 ° C. Due to the excellent performance of the chrome plating layer, it is widely used as the outer layer and functional coating of the protective decorative coating system. <br> <br>Copper plating <br> <br>The copper plating layer is pink in color, soft in texture, and has good ductility, conductivity, and thermal conductivity, making it easy to polish. After appropriate chemical treatment, decorative colors such as antique copper, copper green, black, and natural colors can be obtained. Copper plating is prone to losing its luster in the air and reacts with carbon dioxide or chloride to form a basic copper carbonate or chloride film on the surface. When exposed to sulfides, it can produce brown or black copper sulfide. Therefore, as a decorative copper plating layer, an organic covering layer needs to be coated on the surface. <br> <br>Cadmium plating <br> <br>Cadmium is a silver white, glossy, soft metal that is harder than tin and softer than zinc. It has good plasticity and is easy to forge and roll. Cadmium has chemical properties similar to zinc, but it does not dissolve in alkaline solution, dissolves in nitric acid and ammonium nitrate, and dissolves slowly in dilute sulfuric acid and hydrochloric acid. The vapor and soluble cadmium salts of cadmium are both toxic and must be strictly prevented from cadmium pollution. Due to the significant harm and high cost of cadmium pollution, galvanized or alloy coatings are usually used to replace cadmium plating. The commonly used types of cadmium plating solutions in domestic production include ammonia carboxyl complex cadmium plating, acid sulfate cadmium plating, and cyanide cadmium plating. In addition, there are also cadmium plating with pyrophosphate, alkaline triethanolamine, and HEDP. <br> <br>Tin plating <br> <br>Tin has a silver white appearance, an atomic weight of 118.7, a density of 7.3g/cm3, a melting point of 231.89 ℃, and atomic valences of divalent and tetravalent. Therefore, its electrochemical equivalents are 2.12g/A · h and 1.107g/A · h, respectively. Tin has advantages such as corrosion resistance, non toxicity, easy soldering, softness, and good ductility. <br> <br>Tin plating has the following characteristics and uses: <br> <br>(1) High chemical stability; <br> <br>(2) In the electrochemical process, the standard potential of tin is positive, which is a cathodic coating for steel. Only when there are no pores in the coating can the substrate be effectively protected; <br> <br>(3) Tin has good conductivity and is easy to solder; <br> <br>(4) Tin begins to mutate when crystallized from -130 ℃, and by -300 ℃ it will completely transform into an allotrope of a crystal form, commonly known as &quot;tin blast&quot;. At this point, the properties of tin have been completely lost; <br> <br>(5) Tin, like zinc and cadmium coatings, can grow into whiskers under high temperature, humidity, and sealed conditions, known as long hairs; <br> <br>(6)After tin plating, it can be re dissolved in hot oil above 231.89 ℃ to obtain a glossy patterned tin layer, which can be used as a decorative coating for daily necessities. <br> <br>Zinc plating <br> <br>Zinc is easily soluble in acids and can also dissolve in bases, hence it is called a zwitterionic metal. Zinc hardly changes in dry air. In humid air, a basic zinc carbonate film will form on the surface of zinc. In environments containing sulfur dioxide, hydrogen sulfide, and marine environments, zinc has poor corrosion resistance, especially in high temperature and humidity environments containing organic acids, where zinc coatings are highly susceptible to corrosion. The standard electrode potential of zinc is -0.76V. For steel substrates, zinc coating is an anodic coating mainly used to prevent corrosion of steel. The quality of its protective performance is closely related to the thickness of the coating. <br> <br>After passivation treatment, dyeing, or coating with protective agents, the protective and decorative properties of zinc coatings can be significantly improved. With the development of galvanizing technology and the use of high-performance galvanizing brighteners, galvanizing has moved from a simple protective purpose to a protective decorative application. <br> <br>There are two types of zinc plating solutions: cyanide plating solution and cyanide free plating solution. Cyanide plating solution is divided into several categories: micro cyanide, low cyanide, medium cyanide, and high cyanide. Cyanide free plating solutions include alkaline zinc salt plating solution, ammonium salt plating solution, sulfate plating solution, and ammonia chloride free plating solution. Cyanide zinc plating solution has good plating ability, and the obtained coating is smooth and fine, which is widely used in production for a long time. But due to the high toxicity of cyanide <br> <br>Nickel plating <br> <br>1. The stability of electroplated nickel layer in air is very high. Due to the strong passivation ability of metallic nickel, an extremely thin passivation film can be quickly formed on the surface, which can resist the corrosion of atmosphere, alkali, and certain acids. <br> <br>2. Electroplated nickel has extremely small crystals and excellent polishing performance. The polished nickel coating can achieve a mirror like glossy appearance, while maintaining its luster in the atmosphere for a long time. So electroplating layers are often used for decoration. <br> <br>3. The hardness of nickel plating is relatively high, which can improve the wear resistance of the product surface. In the printing industry, nickel plating is commonly used to improve the hardness of the lead surface. Due to the high chemical stability of nickel metal, some chemical equipment also commonly uses thicker nickel coatings to prevent corrosion by the medium. The nickel plating layer is also widely used in functional aspects, such as repairing worn and corroded parts, and using brush plating technology for local electroplating. Adopting electroforming technology, it is used to manufacture electroformed plates, record molds, and other molds in the printing industry. The thick nickel plating layer has good wear resistance and can be used as a wear-resistant coating. Especially in recent years, composite electroplating has been developed, which can deposit composite nickel coatings containing wear-resistant particles, with higher hardness and wear resistance than nickel coatings. If graphite or fluorinated graphite is used as dispersed particles, the obtained nickel graphite or nickel fluorinated graphite composite coating has good self-lubricating properties and can be used as a lubricating coating. Black nickel coating is also widely used as a coating or decorative coating for optical instruments. <br> <br>4.Nickel plating has a wide range of applications and can be used as a protective and decorative coating on the surfaces of steel, zinc die castings, aluminum alloys, and copper alloys, protecting the substrate material from corrosion or providing a bright decorative effect; It is also commonly used as an intermediate coating for other coatings, and a thin layer of chromium or a layer of imitation gold is plated on it, which has better corrosion resistance and a more beautiful appearance. In terms of functional applications, nickel plating on parts in special industries is about 1-3mm thick, which can achieve repair purposes. Especially in the manufacturing of continuous casting crystallizers, molds for electronic component surfaces, alloy die-casting molds, complex shaped aerospace engine components, and micro electronic components, their applications are becoming increasingly widespread. <br> <br>Gold plating <br> <br>The electroplated gold coating has strong corrosion resistance, good conductivity, is easy to weld, high temperature resistance, and certain wear resistance (such as hard gold mixed with a small amount of other elements), and has good color resistance. At the same time, the gold alloy coating has multiple color tones, and plating gold on silver can prevent color change. And the coating has good ductility and is easy to polish, so it is commonly used as a decorative coating, such as plating jewelry, watch parts, art pieces, etc. It is also widely used in electroplating of precision instruments, printed boards, integrated circuits, electronic tube casings, electrical contacts, and other parts that require long-term stable electrical parameter performance. However, due to the high price of gold, its application is subject to certain limitations. Gold imitation plating is also widely used due to it cost effectiveness and it can reach the color effect. <br> <br>Silver plating <br> <br>This coating is used to prevent corrosion, increase conductivity, reflectivity, and aesthetics. Widely used in the manufacturing industry of electrical appliances, instruments, meters, and lighting fixtures. For example, when silver plating on copper or copper alloy parts, it is necessary to first remove oil and rust; Pre plating a thin layer of silver or immersing it in a solution composed of mercuric chloride, etc., and performing mercury treatment to coat the surface of the workpiece with a layer of mercury film; Then, the workpiece is used as the cathode, and the pure silver plate is used as the anode. It is immersed in a silver potassium cyanide electrolyte composed of silver nitrate and potassium cyanide for electroplating. Industries such as electrical appliances and instruments also use cyanide free silver plating. Electroplating solutions include thiosulfate, sulfite, thiocyanate, ferrocyanide, etc. In order to prevent discoloration of silver plating, post plating treatment is usually required, mainly including brightening, chemical and electrochemical passivation, plating precious or rare metals, or coating with a covering layer. <br> <br>silver plating <br> <br>What are the methods of electroplating？ <br> <br>Electroplating can be divided into hanging plating, rolling plating, continuous plating, and brush plating, which are mainly related to the size and batch size of the parts to be plated. <br> <br>Hanging plating is suitable for general sized products, such as car bumpers, bicycle handlebars, etc. <br> <br>Roll plating is suitable for small parts, fasteners, washers, pins, etc. <br> <br>Continuous plating is suitable for batch production of wire and strip. <br> <br>Brush plating is suitable for localized plating or repair. <br> <br>Electroplating solutions include acidic, alkaline, and acidic and neutral solutions with chromium agents. Regardless of the plating method used, plating tanks, hangers, etc. that come into contact with the products and plating solution to be plated should have a certain degree of universality. <br> <br>For more information about cadmium plating cost, please feel free to contact us! <br> <br>There are many sheet metal manufacturing manufacturers, but we are one of the best choices for you. <br>#cadmium#electroplating#process <br>[a]https%3A%2F%2Fwww.yxtechco.com%2Felectroplating.html[/a]

Electrophoretic Paint <br>Electrophoretic paint, also known as electrophoretic coating (E-coating), is still commonly referred to as &quot;electrophoretic paint&quot; instead of &quot;electrophoretic coating&quot;. With the emergence of defects in conventional spraying, electrophoresis has become increasingly popular. Electrophoretic paint has also been constantly updated, from anodic electrophoretic paint to cathodic electrophoretic paint, from single component electrophoretic paint to two-component electrophoretic paint. The development of electrophoretic paint has also promoted the development of electrophoretic coating, making more products no longer use spraying technology but use electrophoretic paint. <br> <br>What are the properties of E-coating? <br> <br>Electrophoresis metal coating film has the advantages of full, uniform, flat, and smooth coating. The hardness, adhesion, corrosion resistance, impact performance, and penetration performance of electrophoretic paint film are significantly better than other painting processes. <br> <br>1. Environmental protection and safety: By using water-soluble coatings and using water as the solvent, a large amount of organic solvents are saved, greatly reducing air pollution and environmental hazards, ensuring safety and hygiene, and avoiding the risk of fire hazards; <br> <br>2. High Usage: High painting efficiency, low paint loss, and a paint utilization rate of 90% to 95%; <br> <br>3. Uniform coating thickness and strong adhesion: The coating thickness is uniform, the adhesion is strong, and the coating quality is good. A uniform and smooth coating film can be obtained in various parts of the workpiece, such as the inner layer, depression, weld seam, etc., solving the problem of coating complex shaped workpieces with other coating methods; <br> <br>4. High production efficiency: the electrophoresis coating process can achieve automated continuous production, greatly improving labor efficiency; <br> <br>5. Big upfront investment: The equipment is complex, the investment cost is high, and the power consumption is high. The temperature required for drying and solidification is high, and the management of coatings and coatings is complex. The construction conditions are strict, and wastewater treatment is required; <br> <br>6.Color limitation: electrophoretic coatings equipment is complex and highly technological, suitable for production with fixed colors. <br> <br>What industries are electrophoretic paint used in? <br> <br>Electrophoretic paint is suitable for multiple fields, including but not limited to the following: <br> <br>1. Automotive industry: electrophoresis painting is widely used in the automotive manufacturing industry, covering the painting of metal components such as car bodies, doors, and frames. It provides protection for cars in terms of corrosion resistance, durability, and aesthetic appearance. <br> <br>2. Home appliance industry: Electrophoretic paint is widely used in the home appliance industry, such as the coating of products such as refrigerators, washing machines, air conditioners, and water heaters. It provides a durable coating that makes household appliances less susceptible to damage during use. <br> <br>3. Construction and building materials industry: Electrophoretic paint can be used for the protection and decorative coating of building and building materials products such as metal doors and windows, railings, indoor and outdoor furniture. It can provide weather and corrosion resistance to adapt to various environmental and climatic conditions. <br> <br>4.Electronic and communication equipment: Electrophoretic paint has applications in electronic and communication equipment, such as the outer shell of products such as mobile phones, computers, televisions, etc. It can provide insulation performance and decorative effects, while protecting the internal electronic components of the equipment. <br> <br>5. Industrial equipment and machinery: Many industrial equipment and mechanical components require corrosion resistance and wear resistance, and electrophoretic paint has important applications in these fields. <br> <br>In addition, electrophoretic paint can also be used in other fields, such as furniture manufacturing, toys, medical equipment, ships, and aerospace devices, to provide protection and decorative functions. <br> <br>There are many sheet metal manufacturing suppliers, but we are one of the best choices for you. <br>#electrophoresis#metal#coating <br>[a]https%3A%2F%2Fwww.yxtechco.com%2Felectrophoretic-paint.html[/a]

Deep Drawing <br>Deep drawing is perhaps the most useful process for creating cylindrical objects. With our deep drawing machine 46ton to four column hydraulic press 1000ton, we can fully satisfy customers demand of deep drawing from simple to complicated design. <br> <br>What is Deep Drawing? <br> <br>precision deep draw is a sheet metal forming process. Place the metal plate into the mold and shape it with a punch. When the depth of the part to be formed is greater than its diameter (at least twice its diameter), this process is called &quot;deep&quot; stretching. When the depth of the part to be formed is less than 0.3 in diameter, this process is called &quot;shallow&quot; stretching. <br> <br>Place a flat metal plate on the positioning ring of the mold. The punch presses the metal sheet into the mold, forming a shape similar to that of the mold. The stretching tools (molds, punches, etc.) on the punching machine will generate the load or energy required to press the material during the stamping process. <br> <br>During the deep drawing process, the material is transformed into the shape of the mold. This type of forming is controlled by the pressure applied to the workpiece and the lubricant (deep drawing oil) applied to the workpiece or mold. <br> <br>Each stamping operation is a separate step that reduces the diameter of the part and increases its height. It may require one or more punches to produce the desired final shape. To determine the quantity of stamped parts, it must depend on the following factors: material type, material thickness, corner and bottom radius, and product shape. <br> <br>Deep Drawing Material <br> <br>Not all metals are suitable for deep drawing. Metals with high ductility are often preferred. Below is a short summary of the most frequently-used material for deep drawing. <br> <br>Material Grade Description <br>Low carbon steel material grade DC04 /08F DC04 is a low-carbon cold-rolled steel plate suitable for deep drawing processing and commonly used in the manufacturing of automotive parts, fuel tanks, and other products. <br> ST14 ST14 is a low-carbon rolled steel plate with excellent plasticity and deep tensile properties, which is widely used in the manufacturing of electrical appliances, automotive structural components, and other fields. <br>Stainless steel material grade SUS304 SUS304 is an 18-8 series stainless steel with good corrosion resistance, weldability, and deep tensile properties, widely used in the manufacturing of pressure vessels, chemical equipment, and so on. <br> SUS316L SUS316L is a low-carbon, high nickel, and low-carbon steel with excellent corrosion resistance and good adaptability to high temperature and high pressure. It is widely used in the manufacturing of medical devices, aircraft, and other fields. <br>Aluminum alloy material grade 3003 3003 aluminum alloy has good deep tensile properties and plasticity, and is widely used in the automotive and home appliance manufacturing industry. <br> 5052 5052 aluminum alloy has good deep tensile properties and strength, and is suitable for manufacturing products that require high strength and toughness, such as shells, bodies, and tanks. <br>Other material grades SPCC SPCC is a cold-rolled steel plate with good deep tensile properties, which is widely used in the manufacturing of automotive, electrical and other products. <br> SAPH440 SAPH440 is a high-strength hot-rolled automotive plate suitable for manufacturing automotive components, doors, roofs, and other products. <br> <br>Overall, different material grades have their own advantages and applicability in deep drawing processing. Choosing appropriate materials and grades is crucial for ensuring product performance and quality. <br> <br>Advantages of Deep Drawing in Shanghai Yixing Technology <br>As experts in deep drawing technology, we have been providing deep drawing shell services for the automotive industry, air conditioning, medical, household appliances, refrigeration systems, electronic products in countries and regions such as North America, Europe, the Middle East, and Asia. <br> <br>Advantages of Deep Drawing in Shanghai Yixing Technology <br>At present, the main equipment includes professional equipment such as 100-1000ton hydraulic presses, 46-630 ton stamping machines, large precision CNC machine tools, CNC lathes, etc. <br> <br>Advantages of Deep Drawing in Shanghai Yixing Technology <br>Our deep drawing sheet metal forming service is not limited to simple or standard shapes. Our craftsmanship allows for the creation of complex and intricate designs that may be challenging or even impossible to achieve using other methods. Whether your goal is cylindrical, conical, rectangular, or any other unique shape, deep drawing and stamping technology in Shanghai Yixing can meet your needs. <br> <br>FAQ of Deep Drawing <br>What are the advantages of Deep Drawing? <br>1. Seamless <br> <br>Deep drawing can produce a uniform and seamless shape, reducing potential weaknesses in the finished product but also make it more aesthetic to some degree. <br> <br>2. Strength <br> <br>The material is hardened during deformation which can improve the strength of final parts. <br> <br>3. Consistency <br> <br>Deep drawn parts have a high degree of consistency from the beginning to the end of production. <br> <br>4. Fast cycle time <br> <br>The press set for deep drawing can cycle quickly, which is a very effective way to produce large quantities of parts. <br> <br>5. Reduce labor cost <br> <br>Deep drawing can achieve automation, significantly reducing labor costs. <br> <br>6. Faster assembly <br> <br>Deep drawing can create closed end shapes, eliminating the secondary process like welding etc. <br> <br>What are the key factors affecting sheet metal drawing? <br>How to prevent wrinkles in deep drawing parts? <br> <br>For more information about deep drawing price and deep drawing video, please feel free to contact us! <br> <br>If you are looking for a reliable deep drawing suppliers, don&#039;t hesitate to contact us! <br> <br>There are many sheet metal manufacturing suppliers, but we are one of the best choices for you. <br>#precision#deep#draw <br>[a]https%3A%2F%2Fwww.yxtechco.com%2Fdeep-drawing%2F[/a]

Copper Sheet Metal Fabrication <br>Copper alloy is an alloy formed by adding one or several other elements to pure copper as the matrix. Pure copper is purple red in color, also known as purple copper. Pure copper has a density of 8.96 and a melting point of 1083 ℃, exhibiting excellent conductivity, thermal conductivity, ductility, and corrosion resistance. Mainly used for making electrical equipment such as generators, busbars, cables, switchgear, transformers, as well as thermal conductivity equipment such as flat plate collectors for heat exchangers, pipelines, and solar heating devices. The commonly used copper alloys are divided into three categories: brass, bronze, and white copper. <br> <br>Why Choose Yixing Technology Custom deep drawing copper Parts <br> <br>With our professional engineers and advanced equipment, we can help customers to realize their custom copper stamping parts and copper deep drawing parts from prototyping to mass production. We have participated in thousands of different copper projects in design, prototyping, batch production, mass production, quality control and delivery successfully. <br> <br>We have manufactured china copper stamping parts, copper deep drawing parts and copper welded parts for more than 15 years and they are widely used in automobile industry, power industry, water treatment industry, new energy industry etc. Such as components in generator, bus box, circuit breaker, controller, weir doors, pumps, control valves, pipe joints, wind turbines, solar generators and so on. <br> <br>Advantages of Copper Parts <br> <br>Conductivity and thermal conductivity: Copper ranks second only to silver in terms of conductivity and thermal conductivity. And the price is much lower than gold and silver. <br> <br>Corrosion resistance: Generally speaking, the corrosion resistance of copper is lower than that of gold, platinum, silver, and titanium, while gold, platinum, and silver are precious metals with very small practical application scales; Compared to metals such as iron, zinc, and magnesium, copper has strong corrosion resistance. Compared with aluminum, copper is more resistant to corrosion from non oxidizing acids, alkalis, and seawater. However, aluminum has stronger corrosion resistance than copper in media such as atmosphere and weak acids. <br> <br>Easy to process: Copper has moderate strength (200-360MPa), and its deformation resistance is greater than that of aluminum but much lower than that of steel and titanium. Copper has good plasticity and can withstand large amounts of cold and hot pressure processing, such as rolling, extrusion, forging, deep drawing, stamping, bending, etc. The deformation degree of rolling and deep drawing can reach over 95% without the need for intermediate annealing and other heat treatments. <br> <br>Color: Pure copper is a simple and elegant purple (also known as ancient copper color), while copper alloys have various beautiful colors, such as golden yellow (H65 brass), silver white (white copper, zinc white copper), blue (aluminum bronze, tin bronze), etc., which are either gorgeous or dignified, and are very popular among people. <br> <br>Antibacterial properties: Copper can inhibit the growth of bacteria and other microorganisms, and 99% of bacteria in water will be completely killed after 5 hours in a copper environment. This is very important for drinking water transmission, food containers, marine engineering, and more. <br> <br>Solderability: Copper is easy to weld using methods such as soft brazing, hard brazing, and gas shielded arc welding. Phosphorus deoxidized copper with a small amount of phosphorus has better weldability. Due to the good thermal conductivity of copper, copper welding requires high-power and high-energy beam welding facilities, and it is best to perform gas protection. Spot welding is generally not recommended. <br> <br>Plating ability: Copper has good plating ability, which can be used for electroplating high melting point metals such as nickel, chromium, etc., as well as for hot plating low melting point metals such as tin, zinc, etc. <br> <br>Non magnetic: pure copper is a non-magnetic metal. <br> <br>There are many sheet metal services manufacturers, but we are one of the best choices for you. <br>#china#copper#stamping <br>[a]https%3A%2F%2Fwww.yxtechco.com%2Fcopper-sheet-metal-fabrication.html[/a]