Other Machinery & Parts

Full complement cylindrical roller bearing is a kind of cylindrical roller bearing designed without cages. In this design, the number of rollers are the biggest in all the bearings types. This kind of bearing is designed to bear heavy load. In the same width, compared with traditional cylindrical roller bearings with cages, this bearing is capable of bearing extremely high load capacity and also save space. But it also have shortcomings like bear relatively lower rotating speed and higher internal friction. For every kind of cylindrical roller bearings, there are oil grooves and oil holes on the outer rings. Full complement cylindrical roller bearings contain single row and double row. According to different internal designs, they can also be divided into NNC, NNCL, and NCF series. For the NNC series, it is a non-seal bearing. The outer ring is whole-set split one which is fixed by locking plate. Therefore, the outer ring is not able to bear axial loads. The outer ring is the same with one rib which acts as axial locating in two directions. There are three ribs on the inner ring. Three lubrication grooves and oil holes on lying on the outer ring. Lubrication is oil in general. For the NNCL series, it's also non-seal bearing without ribs on the outer ring. There are three oil grooves and holes on the outer rings, and three ribs on the inner rings. One fixed ring between two-row rollers on the center of the outer ring can prevent the rollers from falling out. This type allows a certain axial replacement between axle and housing. Therefore, they usually act as free-end bearings. For the NCF series, it can be one rib or no rib with a locking ring on the outer ring. The axial clearance “S” guarantees the axial replacement between axle and housing. Feature of full complement cylindrical roller bearings High radial load capacity High stiffness Separable and exchangeable Longer service life Application fields Tooling machine, steel and metal process, gearbox, port equipment etc. As a china bearing supplier, we can offer sorts of related products for sale, if you have needs, please contact us.

Four row taper roller bearing is composed of two double row inner rings and one double row outer ring consisting two single outer rings. Between the two inner rings, there is one inner spacer. Among those three outer rings, two central spaces are furnished, which can be use to adjust the clearance. When borne by heavy radial load, it can bear simultaneously axial load in two different directions. But its allowed speed is not much, which is mainly used for rolling mills. In recently years, four row tapered roller bearings with double face seal is popular, especially in rolling mills. ZWA are able to cater the customers with those sealed four row tapered roller bearings. In general, the cage of ZWA's four-row tapered roller bearings is pressed steel cage. For those with big size, ZWA offered a pin-type cage. For those smaller sized ones, the raw material is common bearing steel and for those big-sized ones or pin-type ones, the raw material is case hardened steel. In ZWA, you are able to get both metric and imperial four-row tapered roller bearings. In the past years, ZWA has offered hundreds of four-row tapered roller bearings to the customers, especially the steel and metal process industry. Those customers cover from Russia, Turkey to CHINA. ZWA replaced those named branded chinese bearing manufacturers with its cost-effective products. In this way, ZWA helps the customers reduce the cost, increase productivity, prolong the service life of the equipment. Besides standard 4 row taper roller bearing, ZWA also offers customized products for the customers. For detailed information, please contact ZWA. Features of four-row tapered roller bearings Well-allocated loads on the four-row rollers High radial and axial load capacity in two directions Separable, faster and convenient for mounting, dismounting, inspection, and maintenance Application of four-row tapered roller bearings They are mainly applied in rolling mills, including hot and cold strip rolling mills.

PRODUCT DESCRIPTION Engineering Plastic Polyoxymethylene Plastic Parts POM Fixed Plate Plastic Machined Parts A POM (Polyoxymethylene) fixed plate refers to a component made from POM material that serves as a stationary or fixed element in a mechanical assembly or system. POM, also known as acetal or Delrin, is a high- performance engineering plastic known for its excellent mechanical properties and dimensional stability. Ultra-high molecular polyethylene board has good wear resistance, impact resistance, chemical corrosion resistance, self-lubrication, low absorption quantity and non-toxic, such as the excellent performance is instead of POM, PA, PP, the best choice of PTFE, is mainly used for transmission, transportation, transportation, automotive, food and beverage industries, according to the customer request production of conductive, functional materials such as UV resistance. Application 1: Wear resistance and impact resistance based applications Application two: self - lubricity and non - viscous applications Application three: mainly corrosive and non - absorbent applications Application four: mainly health non-toxic application Application five: low temperature resistance and insulation based applications Here is a description of a POM fixed plate and its key characteristics: 1. Material: POM is a thermoplastic with a high tensile strength and stiffness, making it suitable for applications that require structural integrity and dimensional stability. POM fixed plates are typically made from solid POM sheets or blocks. 2. Dimensional Stability: POM exhibits low moisture absorption, which helps maintain its dimensional stability over a wide range of environmental conditions. This characteristic ensures that POM fixed plates retain their shape and dimensions, even in humid or wet environments. 3. Low Friction and Wear Resistance: POM has a low coefficient of friction, which allows for smooth sliding and reduced wear when in contact with other surfaces. POM fixed plates are commonly used in applications that involve sliding or rubbing, such as in conveyor systems, machinery guides, and bearing components. 4. Chemical Resistance: POM has good resistance to many chemicals, solvents, and oils. It is less prone to chemical attack or degradation, making POM fixed plates suitable for applications where exposure to chemicals is a concern. 5. Machinability: POM is a material that can be easily machined and fabricated into various shapes and sizes. This property allows for precise customization and the creation of complex designs for POM fixed plates, meeting specific application requirements. 6. Low Moisture Absorption: POM has low water absorption, which minimizes dimensional changes in humid environments. This characteristic is advantageous in applications where moisture resistance is needed, such as in marine or outdoor equipment. 7. Electrical Insulation: POM is an electrical insulator with good dielectric properties. It is commonly used in electrical and electronic applications where insulation and non-conductivity are important. POM fixed plates find applications in a wide range of industries, including automotive, aerospace, machinery, electronics, and consumer goods. They are utilized in various mechanical assemblies, such as support structures, sliding mechanisms, guides, and fixtures, where their excellent mechanical properties, low friction, dimensional stability, and chemical resistance are valuable.

Nickel (Ni) and nickel-base alloy-clad steel plate is a composite material made by bonding a layer of nickel or nickel alloy to a layer of steel. And the base steels are usually the carbon steel, low-alloy steel or stainless steel. This results in a material that combines the strength and durability of steel with the corrosion resistance and ductility of nickel. The manufacturing process for nickel and nickel clad copper sheet typically involves the use of explosive welding or hot rolling techniques. In explosive welding, the nickel and steel layers are placed together and then subjected to a high-energy explosion that fuses them together. Hot rolling involves heating the materials and then rolling them together to create a uniform bond. Features of Nickel and Nickel-base Alloy-clad Steel Plate Wear resistance Corrosion resistance High temperature resistance Highly ductility High tensile strength Applications of Nickel and Nickel-base Alloy-clad Steel Plate The Nickel and nickel-base alloy clad steel plate is apply for various industries, including Marine, Oil and Gas, Salt Equipment, Chemical Equipment, Nuclear Industry. It is often used in the construction of tanks, pipelines and other equipment that requires resistance to corrosion and durability. Nickel materials are limited used in a certain extent because of its expensive, so nickel and nickel-base alloy c276 clad plate will be a greater material at low cost, but the heat treatment quality control plays an important role in production processes. Proper heat treatment restores and improves the mechanical properties of the base layer, and can ensure the corrosion resistance of the cladding layer. Applicable Materials Table of Nickel and Nickel-base Alloy-clad Steel Plate The Nickel and nickel-base alloy clad steel plate shall apply for Industrial Standards. The cladding material and the base metal in the table can be combined freely according to different needs. Nickel and nickel-base alloy clad steel plates should be manufactured in accordance with ASME SA265. Product Name Nickel and Nickel-base Alloy-clad Steel Plate Standard ASME SA265, NB/T 47002.2 Cladding Technique Explosive welding or Hot-rolling Cladding Material Scope ASTM B168 N06600; ASTM B409 N08800, N08801; ASTM B421 N04400; ASTM B424 N08825; ASTM B443 N06625; ASTM B575 N10276 (Hastelloy C-276) Base Metal Scope (carbon or stainless steels) ASTM A36; ASME SA516 Gr60, Gr60N,Gr65 GR65N, Gr70, Gr70N; ASME SA537 Gr1 Gr2 Gr3; ASME SA105 ASME SA350 LF1 LF2 LF3; ASME SA182 F1,11,12,21,22;ASME SA266 Gr1,Gr2,Gr3,Gr4 etc. Cladding Thickness Around 1mm-15mm Base Thickness Around 3-300mm Clad Plate Total Width Around 3000mm or Customizable Clad Plate Total Length Around 10000mm or Customizable Surface Treatment Polished, blast cleaned, pickled and passivated as per the applicable standard, or Negotiable. Delivery Period 3-6 months or Negotiable Package Export sea worthy package: waterproof papers+steel bands etc. Payment T/T, L/C or Negotiable Industrials Oil & Gas, Petroleum refining, Chemical industry, Aircraft and Aerospace, Pharmaceutical Industry, FGD, Paper & Pulp etc. Application Chimney, Pressure Vessel, Reactor, Tower, Chilling unit, Pre- heater, Pump vessel, Heat-exchanger, Crystalizer, Digester, Hydrocracker, Polymerizers, Shift Reactors. Gallianz, as a China the Nickel and nickel-base alloy clad steel plates professional manufacturer and supplier, is specialized in the development and sale of different kinds of metal composite materials to meet your various needs. Gallianz offers customers high quality clad plates, Gallianz can be your reliable partner. Favorable price of nickel clad steel plate depends on quantities, weight, production process, delivery method of the clad materials in P.O.. Any special requirements about the nickel and nickel-base alloy clad steel plate for sale, PLEASE feel free to message us! If you want to know more about nickel clad steel price per kg, please visit our website.

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Gallianz is a leading manufacturer of metal clad plates in the world, and we are also specialized in different kinds of clad metal examples: Clad Tube Sheet, Clad Pipe, Clad Head, Clad U-bar, Clad Flange, etc, which are very widely used in different industries. These metal cladding products are manufactured with two or more metals by advanced technologies. Therefore, Our clad products include the compound metals superior properties. They are increasingly hunting for cost saving solutions and high performances. High quality, Best Service for you! How Are Metal Clad Products Manufactured? Metal clad products can be manufactured through two main processes: explosion bonding and roll bonding. Explosion bonding involves subjecting the metals to a high-energy explosion, which creates a metallurgical bond between them. Roll bonding passes the metals through a rolling mill under high pressure to achieve a solid bond. These processes ensure the layers of different metals are securely bonded together. Can Metal Clad Products Be Customized? Yes, metal clad products can be customized to meet specific requirements. Manufacturers can tailor the composition, thickness, and dimensions of the cladding layers to suit the needs of the application. Customizations may also include specific surface finishes, coatings, or treatments to enhance functionality, aesthetics, or other desired properties. Customization options for metal clad products depend on factors such as the base metals and cladding materials being used, the manufacturing process employed, and specific customer requirements. By collaborating with manufacturers and suppliers who specialize in metal clad products, customers can work closely to define their specific needs and develop customized solutions. Whether it is adjusting the thickness of the cladding layers, selecting specific alloys or materials for the cladding, or incorporating unique surface treatments, customization allows for the optimization of metal clad products for a wide range of applications across various industries. We can provide sorts of metal cladding for sale, and the metal cladding price is reasonable, if you have needs, please contact us.

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Explosion bonded plate is a new type of composite material, which is made of two layers of metal plate welded by explosion. This material has high strength, high toughness and excellent protective performance, and is widely used in the military, aerospace, automotive and construction fields. It can be welded and performed at large area. The two layers of metal plates can be the same metal or different metals. One metal plate can be welded in a "cover" way to another metal plate. During production process, explosive quantity is much more important, which explodes in a safety environment. During the explosion welding process, the explosion produces high temperature and high pressure to make the two metal plates to quickly squeeze into each other and form chemical bonding. At the same time, due to the inertia and recoil force of the explosion byproduct, a very uniform interface is formed between the two metal plates, and there are a large number of microstructural defects on the interface. These microstructural defects include dislocations, twinning, grain boundaries and so on. They have important effects on both the mechanical properties and the protective properties of the materials. For example, the dislocation can increase the plastic deformation ability of the material, the twinning can improve the toughness and fracture toughness of the material, and the grain boundaries can effectively block the expansion of cracks. Benefits of Explosion Bonded Clad Plate a. The Explosion Bonded Clad Plate is the metal clad plate produced by the explosive bonding method. It owns core advanced benefits as followings: The Explosion Bonded Clad Plate does not change the chemical compositions and physical states of the original materials. The Explosion Bonded Clad Plate's combined surface is in a wave structure condition, its binding strength and tensile strength are stronger. Other technology can’t reach its effect. The Explosion Bonded Clad Plate is hard to separate or crack during the hot treatment, leveling, cutting, coiling, flow forming etc. The Explosion Bonded Clad Plate thickness range is wider: The surface square is 6.45cm²~78.87m², its thickness is usually 1~30mm, and there are no specail limits for the base metal. Its total thickness for the stainless steel clad plate is more than one hundred mm, like clad tube sheets. There is no quantity limit. The base metal is a carbon steel, cladding materials are other precious metals which can be two layers or more. The explosive welding can make incompatible metals welded. so the explosion clad plate is advanced on its performances, especially anti- corrosion and wear resistance. b. Explosion bonding is also called explosion welding that refers to a welding method which uses the shock wave to drive the metal movement, collide on the surface of the two metals, form a jet, remove the surface mask, and form a metallurgical connection under the action of the shock wave under the high pressure. The high energy rate processing technology released by the gunpowder explosion is used to realize the solid phase welding method. Special Properties of Explosion Bonded Clad Plate In addition, explosion bonded clad plate owns special properties. For example, It can absorb shock wave and explosive energy to some extent and convert it into heat or mechanical energy, which makes it widely used in areas such as protective equipment and vehicles. The combination of aluminum and steel, the combination of titanium and steel are difficult to weld by conventional methods, even if special measures are taken, its welding quality is difficult to guarantee. But explosive bonding method is nicer for their combination. The explosion welding method was proposed in the 1940s. More than a decade later, the explosion welding technology has been introduced into the industrial engineering. As one of clad plate suppliers, we will do our best to meet all the needs of customers.

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Copper clad steel plate, is a new type of material in which copper and steel plates are welded together by means of explosion bonding or explosion-roll bonding, so the copper clad aluminum plate cannot be separated. The copper coated steel sheet is widely used because of its special characteristics. Features of Copper Steel Clad Plate High strength Wear resistance Corrosion resistance Light weight Lower cost Thermal and electrical conductivity Weldability, formability, extensibility Applications of Copper Steel Clad Plate The new copper-clad steel plate is a comprehensive functional material with advantages that cannot be matched by a single copper or steel. The new copper-clad steel plate is actually used in Chemical industry, Petroleum, Pharmaceutical Industry, Salt Production Industry , Metallurgy Industry, Machinery Industry and other industries to manufacture corrosion- resistant pressure vessels and vacuum equipment whose total thickness is around 8-30mm. Applicable Materials Table of Copper Steel Clad Plate The Copper steel clad plate shall apply for Industrial Standards. The cladding material and the base metal in the table can be combined freely according to different needs. titanium clad copper plates should be manufactured in accordance with ASME B432. Product Name Copper Steel Clad Plate Standard ASME B432, NB/T 47002.4 Cladding Technique Explosion bonding, or the combination of explosion bonding and hot rolling Cladding Material Scope TU1, T2, B30 C10200, C11000, C71520, C71500 Base Metal Scope (carbon) Q235; Q345R, Q245R; 16Mn, 20 etc. ASTM A283GRC, A284GRB, A306GR55; ASTM: A53-F, A283-D; A515 Gr.60, Gr.65, Gr.70; A 572 Gr. 50 etc. Clad Plate Total Thickness 8-30mmm, or Customizable Clad Plate Total Width Customizable Clad Plate Total Length Customizable Surface Treatment As per your requirement or Negotiable. Delivery Period 3-6 months or Negotiable Package Export sea worthy package: waterproof papers+steel bands etc. Payment T/T, L/C or Negotiable Industries Oil & Gas, Chemical industry, Petroleum, Pharmaceutical Industry, Salt Production Industry, Metallurgy Industry, Machinery Industry etc. Application Pressure vessels, Vacuum equipment, electronic components, decorations etc. Looking for a qualified and reliable manufacturer or supplier? Gallianz can supply you copper steel clad plates at competitive prices according to your requirements. Many clad plates sizes are available as per customers' P.O. and Technical Delivery Conditions. As one of clad plate suppliers, Gallianz aims to provide you with the best quality and durable copper cladding steel plates. We are the top manufacturer and supplier of different sizes of the copper steel clad plate to ensure that you get the best quality copper cladding steel plate. Gallianz is waiting for your consultation.

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In chemical production, any tube and shell heat exchanger is one of the most common unit operation equipment. But, the heat exchanger pipes must be combined with tube sheets, meanwhile, their connecting strength and sealing properties are very important. During the use, if there is a leakage around the combination parts due to medium corrosion, temperature, pressure, temperature fluctuations, etc, so the choice of high quality tube sheet is not to be ignored. Performances of Clad Tube Sheet For tube and shell heat exchangers, when single material can't stand the medium corrosion, the exchangers must use double metals tube sheets, clad tube sheets. Sometimes, even though there is only one medium corrosion, the tube sheet is larger and thinner, using clad tube sheets is less expensive than the whole precious metal materials. The clad tube sheets' properties are even higher quality in a way. The clad tube sheets are well-bonded. We need to think about the clad tube sheets as the first choice for the heat exchangers. There are special metals for clad tube sheets including stainless steel-carbon steel, nickel and nickel-base alloy --carbon steel, etc. Our technical team will study your specific requirements on the designer's drawings. Show Gallianz your thicknesses and diameters of the clad tube sheets, we will quickly quote you at competitive prices. Gallianz sells clad tube sheet broadly around the world. Rigid supervision is executed in term of quality, including chemical component analysis, ultrasonic testing, nondestructive testing, bonding testing. We also do tensile, bend, and corrosion test as per customers' requests.

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Clad plates are composite steel plates that consist of two or more layers of different metals bonded together to enhance their properties. The bonding process is either roll-bonding or explosion-bonding. The resulting material has exceptional strength, corrosion resistance, and wear resistance characteristics compared to individual metals. Clad wear plates are widely used in various industries due to their unique properties, including Oil and Gas, chemical, and nuclear sectors, aerospace, marine engineering, and others. Processing clad plates is an advanced method that allows for tailor-made solutions to various industrial needs, increasing equipment performance and longevity. Advantages Of Using Clad Plates Corrosion resistance: Clad plates offer superior resistance to corrosion, allowing for prolonged equipment life and more efficient operations. Strength: The bonding process used in making clad plates leads to superior strength compared to other materials, making them ideal for use in heavy-duty applications. Customizability: Clad plates can be customized to suit various industrial applications, making them a versatile solution for industrial needs. Reduced costs: The excellent strength-to-weight ratio of clad plates is cost- effective compared to other high-strength materials. Ease of fabrication: Clad plates enable the fabrication of complex structures using different metals, simplifying the production process. Improved appearance: Clad plates can be used to give a desired finish to equipment, enhancing its appearance and aesthetic appeal. Reduced maintenance: Clad plates are low maintenance, thanks to their durability and resistance to corrosion, reducing maintenance costs and enabling more extended periods of equipment operation. How Are Clad Plates Manufactured? Clad plates are typically manufactured using two main processes: explosion bonding and roll bonding. 1. Explosion Bonding: In this process, the two metals to be clad together are positioned in close contact with each other. The assembly is then subjected to a high-energy explosion. The explosion creates a high-pressure shockwave that forces the two metals together at an extremely high velocity. The impact of the explosion bonds the metals together, creating a strong metallurgical bond between them. The explosion pressure deforms and cleans the surfaces, removing any oxide layers or contaminants. This results in a strong and durable bond between the base metal and the cladding material. 2. Roll Bonding: In the roll bonding process, the two metals are cleaned and prepared, ensuring the surfaces are free from contaminants. The surfaces are then brought into intimate contact with each other. The bonded surfaces are passed through a rolling mill, and high pressure is applied to establish a solid bond between the metals. The rolling pressure causes the metals to bond together, creating a clad plate with a strong metallurgical bond. The thicknesses of the base metal and cladding material can be adjusted according to the specific requirements. Both explosion bonding and roll bonding offer advantages and limitations. Explosion bonding is suitable for larger surface areas and creates strong bonds quickly. Roll bonding is more suitable for thinner cladding layers and allows for greater control over the overall thickness and dimensions of the clad plate. After the bonding process, the clad plate may undergo further heat treatments or finishing processes to improve the overall properties and dimensions of the plate. These processes may include annealing, leveling, straightening, or machining, depending on the specific application requirements. It is important to note that clad plate manufacturing requires careful control and expertise to ensure proper bonding, avoiding delamination or other integrity issues. Therefore, manufacturing clad plates is typically carried out by specialized companies with the necessary equipment, experience, and quality control measures to produce high-quality clad plates. Are Clad Plates Cost-Effective Compared To Solid Alloy Plates? Clad plates are often more cost-effective compared to solid alloy plates since they utilize a lower amount of expensive corrosion-resistant materials. By combining different metals, clad plates offer cost savings without compromising on performance or reliability. As one of clad plate manufacturers, we can offer sorts of related products for sale, if you have needs, please contact us. Gallianz was established in 2017, we have rich industry experience and a professional R & D team to ensure that we can provide you with high performance and low cost products.

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Gallianz is a professional supplier of clad plates. We are proficient in all the production processes. Each details are our advantages. We also offer a range of metal processing services: Clad Plate Edge Peeling Service, Clad Plate Edge Beveling Service and Clad plate Coiling Service. If you need these special services, please contact and tell your requests. Different Types Of Clad Plate Processing Services What Is Clad Plate Processing Service Clad plate processing service refers to the professional services offered by specialized companies to process clad plates according to customer specifications and requirements. These services involve various techniques and processes to cut, bend, weld, machine, or heat treat clad plates to achieve the desired dimensions, shapes, and properties. Typically, clad plate suppliers have the expertise, equipment, and facilities to handle clad plates of different materials, thicknesses, and sizes. They work closely with clients to understand their specific needs and provide customized solutions. These companies may have the capabilities to handle complex projects and deliver high-quality clad plates that meet industry and customer standards. The exact range of services provided by clad plate processing companies may vary but commonly include cutting (sawing, shearing, or plasma cutting), bending (press brake bending or roll bending), welding (TIG, MIG, or laser welding), machining (milling, drilling, or turning), and heat treatment (annealing, normalization, stress relieving). By outsourcing clad plate processing services to specialized providers, customers can benefit from their expertise, efficient processes, and quality assurance. This allows customers to focus on their core operations while ensuring that they receive accurately processed clad plates that meet their specific needs. Can Clad Plates Be Bent To Specific Shapes? Yes, clad plates can be bent to specific shapes. The process of bending clad plates involves deforming the material to achieve the desired curvature or form. Clad plates are typically composed of layers of different metals or alloys bonded together, which can make them more challenging to bend compared to single-metal plates. When bending clad plates, it is crucial to consider the properties and thicknesses of each layer to ensure that the bending process does not compromise the bond between the layers. The bending process must be carried out carefully to prevent delamination or separation of the clad layers. Depending on the specific requirements, clad plates can be bent using techniques such as press brake bending or roll bending. These techniques apply pressure or force to the clad plate along a predetermined bend line, gradually forming it into the desired shape. It is important to consult with experts or clad plate processing service providers who have experience and expertise in bending clad plates. They can provide guidance on the appropriate bending methods and ensure that the process is performed correctly, minimizing the risk of damage to the clad layers and maintaining the integrity of the bond. As one of sheet metal processing companies, we can offer professional metal manufacturing business for sale, if you have needs, please contact us.

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Flourish Legend is a modern technological innovation manufacturing company that integrates R&D, design, production, sales, and service of customized nylon fabricated parts. Our nylon fabricated parts find extensive applications in fields such as military, shipbuilding, petrochemical, metallurgy, machinery, electronics, light industry and textiles, and biopharmaceuticals. With a wide range of product offerings, assured quality, reasonable pricing, and attentive service, we have earned the trust and favor of our valued customers. We warmly welcome inquiries, calls, and visits from customers to discuss potential collaborations. Introduction to Nylon Polyamide is commonly known as nylon (Nylon), and the English name Polyamide (referred to as PA) refers to a plastic composed of polyamide resin. This kind of resin can be prepared by polycondensation of diamine and dibasic acid, or by ring-opening polymerization of lactam formed after dehydration of amino acid. Unlike PS, PE, PP, etc., PA does not gradually change with the increase of heating temperature. Soften, but soften in a narrow temperature range close to the melting point, the melting point is obvious, melting point: 215-225 ° C. Flow occurs once the temperature is reached. Nylon engineering plastics are horny, tough, bright surface, white (or light white) or yellowish, transparent or translucent crystalline resin, which can be painted in any color easily. As an engineering plastic, the molecular weight of nylon is generally 15,000-30,000. Their density is slightly greater than 1, density: 1.14-1.15g/cm3. Tensile strength: > 60.0MPa. Elongation: > 30 percent. Bending strength: 90.0MPa. Notched impact strength: (kJ/m2) > 5. The shrinkage rate of nylon is 1 to 2. Pay attention to the dimensional change after moisture absorption after molding. Water absorption rate 100% can absorb 8% when relative moisture absorption is saturated. The use temperature can be between -40～105℃. Melting point: 215-225°C. The suitable wall thickness is 2-3.5mm. Among the mechanical properties of PA, the tensile and compressive strength changes with temperature and moisture absorption, so water is relatively a plasticizer for PA. After adding glass fiber, its tensile and compressive strength can be improved About 2 times, the temperature resistance is also improved accordingly. PA itself has very high anti-wear ability, so it can be operated without lubrication. If you want to obtain a special lubrication effect, you can add sulfide to PA. Nylon Molding and Post-processing Except for transparent nylon, other nylons are crystalline plastics with high melting points, narrow melting temperature ranges and poor thermal stability. PA is easy to absorb moisture. During the molding process of nylon, the viscosity drops sharply and silver threads appear on the surface of the product mixed with air bubbles, and the mechanical strength of the product decreases. Therefore, the material needs to be dried before processing. It can be dried at 80-110°C for 6 hours. The allowable moisture content of machining nylon 6 and machining nylon 66 during molding is 0.1%, nylon 11 is 0.15%, nylon 610 is 0.1% to 0.15%, and shall not exceed 0.2%. Note that PA plastics are prone to discoloration when dried above 90°C.

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As an advanced cnc metal machining factory in Guangdong, China, Flourish Legend is committed to providing high-quality and precision custom parts and component solutions. With years of experience and excellent technical capabilities, we can machine various metal materials, including aluminum, stainless steel, brass, steel, copper, titanium, and more. These materials are widely used in various industries, including automotive manufacturing, electronic devices, medical instruments, aerospace, and more. Types of CNC Metal Materials Available CNC Machining Aluminium Flourish Legend specializes in CNC machining of aluminum alloys. With advanced technology and precision equipment, we ensure high precision and stringent quality standards in manufacturing complex aluminum alloy parts and meeting your fine machining requirements. We strive to deliver premium and durable aluminum alloy products that meet your highest expectations. CNC Machining Stainless Steel CNC machining stainless steel can provide precision products for various industries, the durability, corrosion resistance and aesthetics of stainless steel products make them the first choice in industries such as aerospace, automotive and medical. Use CNC technology to meet complex designs and tight tolerances, create complex product shapes, and improve product performance while maintaining the inherent strength and longevity of the material. CNC Machining Tool Steels CNC machining of tool steel enables high-precision part manufacturing. With its excellent hardness, wear resistance and heat resistance, tool steel is widely used in fields such as molds, knives and mechanical parts. CNC machining technology ensures the consistency of precision design and tight tolerances to manufacture components such as blades and molds. This process enables the fabrication of complex shapes, improving performance and reliability in harsh environments while maintaining the strength and durability of the material. Whether in the automotive, aerospace or manufacturing industries, CNC machining of tool steels provides the key support for the production of high-quality parts. CNC Machining Mild Steels CNC machining of low carbon steel allows for the precise manufacture of a wide variety of parts. Low carbon steel is suitable for automotive, electronics, construction and other fields due to its good machinability, weldability and strength. CNC technology ensures high precision and consistency to produce components such as bolts and bearings. This process enables the complex shape of the product, improving the performance and reliability of the product in a variety of environments, while maintaining the toughness and durability of the material. Whether in applications such as precision machinery, structural components or home appliances, CNC machining of low carbon steel provides key process support for the manufacture of high-quality parts.

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Flourish Legend provides a wide range of equipment components for the medical industry, including plastic parts, metal parts, and medical device enclosures. Our plastic machined parts are manufactured using high-quality plastic materials, ensuring excellent durability and precise dimensions, and guaranteeing reliability and stability within medical equipment. The metal parts include various metal accessories such as screws, nuts, washers, etc., used to support and connect various components of medical devices. Additionally, we offer medical device enclosures designed to provide protection and aesthetic appeal. We are committed to providing the medical industry with components that meet quality standards and safety requirements, ensuring the integrity and superior performance of medical equipment, and providing a safe and reliable medical environment for healthcare professionals and patients. How to Make Prototype Models for Medical Device Components? In today's manufacturing technology, plastic prototype models of medical device components are typically produced using methods such as 3D printing, CNC machining, low pressure injection moulding (RIM), etc. Each manufacturing process has differences in product quality and appearance. The choice of production method depends on the specific requirements of the customer, and of course, the cost varies accordingly. Customers can provide 3D drawings, samples, production lists, visual renderings, and silk-screen prints to the manufacturer based on their subjective needs. The manufacturer can generally deliver the physical prototype model to the customer within a few days, while more complex models may have a production cycle of approximately two weeks. As one of the medical device machining companies, we provide medical device moulding, cnc machining for medical, cnc machining medical parts, cnc medical parts manufacturing, custom injection molding medical, medical device injection moulding, rapid prototyping service, etc. For more information, please feel free to contact us!

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Flourish Legend showcases the outstanding advantages of copper machining! Supported by advanced equipment and professional technical talents, we provide excellent brass component machining services. Copper, as a versatile material, exhibits excellent corrosion resistance, thermal conductivity, and malleability, making it suitable for various application fields. Our team excels in copper component machining processes and can shape it into precision CNC machining parts, decorative items, and other customized products. By choosing Flourish Legend, you will receive high precision and superior quality copper products that embody unique aesthetics and exquisite craftsmanship. Let us collaborate and create captivating finished brass products together! Basics and Considerations of​CNC Machining of Copper CNC copper machining is one of the most precise metal processing services for manufacturing copper parts in various industries. Copper possesses properties such as ductility and malleability, making it an ideal choice for CNC machining. Copper parts produced through customized CNC machining are used in industries like automotive, aerospace, and medical. Copper is one of the most easily machinable materials, allowing machinists to fully utilize its characteristics. In this article, Flourish Legend provides all the information about CNC copper machining, its applications, and various factors to consider before machining copper. By understanding the characteristics, advantages, and disadvantages of each alloy, you can choose the ideal copper alloy based on your design requirements.

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