Classification and price of anodized aluminum plates

At present, the processing technology of anodized aluminum plates is generally divided into brushed anodized aluminum plates, anodized treatment, coloring oxidation treatment and polishing oxidation treatment. The most common coloring oxidation treatment and anodizing treatment processes are used frequently and the prices are also relatively high. Commonly used anodized aluminum plates/aluminum coils: 5052 anodized aluminum plates, 3003 anodized aluminum plates, 6061 anodized aluminum plates, 1060 anodized aluminum plates, and so on. Classification of anodized aluminum plates 1. Cast-rolled anodized aluminum plates Cast-rolled anodized aluminum plates refer to aluminum plates made of cast-rolled aluminum plates. Generally, the raw materials will use 3003 aluminum plates, 1060 aluminum plates, 8011 aluminum plates, etc. as the main casting materials. Secondly, some aluminum plates with low requirements such as 1100 aluminum plates will also be selected as raw materials for cast-rolled anodized aluminum plates, but the frequency of use is relatively low. The advantages of this type of aluminum plate are low material cost, low price, and high profit. 2. Hot-rolled anodized aluminum plate Hot-rolled anodized aluminum plate is generally used as the main raw material. This type of aluminum plate is usually used by high-end customers or customers who need deep drawing. The more...

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How to choose a reliable automotive aluminum plate supplier?

‌Automotive aluminum plate‌ is key to lightweight, high-performance vehicles. Choosing the right supplier requires expertise in alloys like 5xxx/6xxx series and OEM compliance – FLAIT ALUMINUM delivers both. How to choose a reliable automotive aluminum plate supplier? 1. Match Materials to Automotive Applications 🔹Different components demand specific alloy properties: 🔹Body Panels: 5182-O aluminum sheet (high formability) & 6061-T4 aluminum plate (crash energy absorption) 🔹Battery Enclosures: 3003-H14 aluminum sheet (corrosion resistance) + 5052-H32 aluminum sheet (structural rigidity) 🔹Heat Exchangers: 7075-T6 aluminum sheet (high thermal conductivity) FLAIT provides 20+ certified alloys with mill test reports. 2. Technical Validation is Key Our R&D lab verifies: 🔹5xxx series (e.g., 5754 aluminum sheet for weldability in EV chassis) 🔹6xxx series (e.g., 6082-T6 aluminum plate for suspension parts) Custom Al-Mg-Si alloys for autoclave forming 3. Global Compliance Standards All materials meet: 🔹EN AW-3103 for European OEMs 🔹ASTM B209 for North American markets 🔹GB/T 3880 for China’s NEV subsidies   Why choose FLAIT ALUMINUM? ✔ Portfolio Depth: From 0.2mm ultra-thin foil to 150mm thick plates ✔ Alloy Specialization: 2024-T3 for high-stress brackets, 1060-H18 for EMI shielding ✔ Turnkey Solutions: Cutting/CNC services to reduce your assembly costs Request a free alloy selection guide:Click to Order   Original Source:Automobile...

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How many types and classes of enameled wire?

How many types of enameled wire? Enameled wire is the main raw material for products such as motors, electrical appliances and household appliances. Due to its wide application, there are many types of enameled wire. According to different classification methods, it can be divided into different types: 1. Classification by the insulating material of enameled wire ✅ Acetal enameled wire: Acetal enameled wire is one of the earliest varieties developed in the world. There are two types: polyvinyl formal and polyvinyl acetal. Although the temperature resistance grade of this enameled wire is low, it is widely used in oil-immersed transformers due to its excellent high-temperature hydrolysis resistance. ✅ Polyester enameled wire: Polyester enameled wire paint based on dimethyl terephthalate has good heat resistance and mechanical strength. However, due to the poor heat shock resistance of polyester enameled wire and its easy hydrolysis under high temperature and high humidity conditions, the production volume is not much. ✅ Polyurethane enameled wire: Polyurethane enameled wire has direct solderability, high-frequency resistance and dyeability, and is widely used in electronics, electrical appliances and other fields. ✅ Polyesterimide enameled wire: Since the heat resistance is improved by modifying polyester with imide, it is widely used as...

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How to choose colored aluminum coil?

Colored Aluminum Coil is the core material for modern building curtain walls, industrial equipment and decoration projects. Its quality directly affects the project cost and service life. This article combines international standards such as ASTM and AAMA to analyze the selection guide for colored aluminum coils to help you avoid procurement risks.   Clear application scenarios: Match the type of colored aluminum coils required ✅ Architectural curtain wall projects: PVDF Coated Aluminum Coil is preferred, with strong weather resistance and color retention of more than 20 years;Thickness recommendation: 0.3-4.0mm for exterior walls, and the thickness of load-bearing parts must be ≥2.5mm ✅Industrial equipment protection: PE Coated Aluminum Coil is selected, which is cost-effective and scratch-resistant;Surface hardness must reach 3H or above (pencil hardness test). ✅Wood Grain Aluminum Coil is recommended for interior decoration, and the fire protection level must reach A2 level. Colored aluminum coil parameters selection criteria 1. Substrate quality Alloy grade: 1060 3003 aluminum coil (general use), 5052 5754 aluminum coil (high corrosion resistance scenario) Tensile strength: Curtain wall projects require ≥150MPa (refer to GB/T 3880 standard) 2. Coating system Comparison of coating types: Coating Use life UV resistance Applicable scenarios PVDF 20-30 years ★★★★★ Coastal/highly polluted areas PE...

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Understanding and Preventing Coil Anodizing Quality Defects

Coil anodizing is a critical surface treatment process widely used to enhance the corrosion resistance, durability, and aesthetics of aluminum coils in industries such as construction, automotive, and aerospace. However, even minor deviations in the process can lead to costly quality defects. In this blog, we’ll explore common coil anodizing defects, their root causes, and actionable solutions to ensure flawless results.   Common Coil Anodizing Defects and Their Causes‌ 1. Uneven Coating Thickness‌ ◆ Description‌: Inconsistent oxide layer thickness across the coil surface. ◆ Causes‌:      Non-uniform current distribution during electrolysis.      Poor pretreatment (e.g., inadequate cleaning or etching).      Variations in coil tension or speed during continuous processing. ◆ Impact‌: Reduced corrosion resistance and visual imperfections.   2. Color Inconsistencies‌ ◆ Description‌: Streaks, blotches, or mismatched colors after dyeing or sealing. ◆ Causes‌:      Contaminated electrolytic bath (e.g., metal ion impurities).      Uneven dye absorption due to porosity variations in the oxide layer.      Inadequate temperature control during dyeing or sealing. ◆ Impact‌: Aesthetic rejection in architectural or consumer-facing applications.   3. Pitting or Surface Erosion‌ ◆ Description‌: Small craters or rough patches on the anodized surface. ◆ Causes‌:      Residual contaminants...

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5 Advantages of polyesterimide enameled wire

In electrical systems such as motors, transformers, and new energy equipment, enameled wire is the “blood vessel” for power transmission and conversion. Polyesterimide enameled wire balances high temperature resistance, corrosion resistance, mechanical strength, and electrical performance through composite coating technology and material optimization, becoming the core material for high-end industrial equipment and high-reliability electronic components. This article deeply analyzes its five core advantages and reveals why it can become the “invisible hero” of modern power equipment. 5 Advantages of polyesterimide enameled wire ‌ 1. High temperature resistance: breaking through traditional limits ‌ ✅Temperature resistance level:Long-term working temperature is as high as 200°C or above (H-grade insulation), and short-term tolerance temperature exceeds 240°C, far exceeding traditional polyester enameled wire (B-grade, 130°C). ✅Thermal stability ‌:The paint film can still maintain flexibility at high temperatures to avoid cracking or embrittlement, and is suitable for closed high-temperature scenes such as fully enclosed compressors and electric vehicle drive motors.   2. Chemical corrosion resistance: against harsh media ✅‌Corrosion resistance‌: Excellent tolerance to acidic gases (such as H₂S), alkaline coolants, Freon refrigerants, etc., to avoid swelling or peeling of the paint film. ✅‌Composite coating technology‌: The common “double-layer structure” (polyesterimide bottom layer + polyamideimide outer layer)...

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1060-O aluminum plate, 1060-H24 aluminum plate, 1060-H14 aluminum plate, 1060-H18 aluminum plate

* 1060 aluminum plate 1060 aluminum plate/aluminum strip, with an aluminum content of more than 99.60%, is the most common series of aluminum plate and strip products. Advantages of 1060 aluminum plate: the production process is relatively simple, the technology is relatively complete, and the price is greatly advantageous compared to other high-end aluminum alloy aluminum plates. It has excellent tensile strength and compressive strength, and most of them can meet the basic production and processing requirements (stamping, drawing) and have strong formability. The original coil aluminum material used for transformer aluminum strip is 1060 pure aluminum plate as the main raw material. 1060 aluminum plate contains 0.05% copper, so its conductivity is 55%. The strength of 1060 aluminum plate is relatively low, and most of it is pure aluminum alloy profiles with various tempering conditions, such as O (annealed), H12, H14, H16, H18, etc. Flait Aluminum has multiple annealing furnace production lines, which can customize aluminum plates of different alloy states according to requirements. The hardness material data meets the standards. Among them, 1060-O aluminum plates can be stamped, deep drawn, etc. * 1060-O aluminum plate 1060-O aluminum plate is a special annealing process. Usually, O-temper aluminum plate refers...

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Polyurethane enameled wire VS Polyester enameled wire

What is the difference between polyurethane enameled wire and polyester enameled wire? Both polyurethane enameled wire and polyester enameled wire are enameled wire, but there are certain differences between them. The main differences between the two enameled wires are: ✅ 1. Different insulation levels Polyester enameled wires are mostly B and F class, while polyurethane enameled wires are mostly F and H class. ✅ 2. Different composition Polyester enameled wires are composed of copper conductors and polyester resins; polyurethane enameled wires are composed of copper conductors and polyurethane resins. ✅ 3. Different thermal levels The thermal level of polyester enameled wire is 130, and the thermal level of enameled wire after modification is 155; the thermal levels of polyurethane enameled wire are 130, 155, and 180. ✅ 4. Different uses Polyester enameled wire is mainly used for electronic communication lighting coils, sealed submersible motors, micro generators, heat-resistant transformers, contactors, and solenoid valves. Polyurethane enameled wire is mainly used for relays, micromotors, small transformers, degaussing coils, ignition coils, water stop valves, magnetic heads, and communication equipment wires.   Which is better, polyester enameled wire or polyurethane enameled wire? Comparing polyester enameled wire and polyurethane enameled wire, each has its own strengths,...

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Enameled rectangular wire VS Enameled round wire

Enameled wire is the main raw material for products such as motors, electrical appliances and household appliances. It can be divided into round wire and rectangular/flat wire according to different shapes. What is the difference between enameled rectangular wire and enameled round wire? 1. Different appearance The shape of enameled rectangular wire is flat, and the shape of enameled round wire is round. 2. Different volume Due to the different shapes, the volumes of the two enameled wires are also different. The coil of enameled rectangular wire occupies less space than that of enameled round wire, which can save 9-12% of space. 3. Different coil slot full rate The slot full rate refers to the proportion of the space occupied by the coil in the slot after it is placed in the slot. The definition is generally the ratio of the cross-sectional area of ​​the wire to the effective area of ​​the slot. Under the same winding space conditions, the slot full rate of enameled copper rectangular/flat wire can reach more than 95%, while the slot full rate of enameled round wire is only 78%. 4. Different cross-sectional area Compared with enameled copper round wire, enameled copper rectangular wire has...

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What are the uses and advantages of thermal insulation aluminum jacketing?

Aluminum jacketing, also known as aluminum coil or aluminum strip, is a thin aluminum sheet. The finished product will be made into a flat plate or coil. It is a common metal material in life and is widely used, from the food industry to building materials. Aluminum jacketing is mainly used in power plants, chemical plants, pharmaceutical manufacturing industry, refineries, and pipelines and equipment for corrosion protection and insulation. Commonly used aluminum jacketing are: 1060 aluminum jacketing, 3003 aluminum jacketing and 5052 aluminum jacketing. What are the advantages of thermal insulation aluminum jacketing? 1. The appearance of aluminum jacketing is bright and beautiful, with good plasticity and excellent thermal insulation and rust prevention functions. 2. Aluminum jacketing material has strong adaptability to the environment. If thermal insulation aluminum sheet is used in the pipeline, it will play a role in thermal insulation and moisture resistance in a cold and humid environment, and will also control the temperature rise in a high temperature and dry environment without affecting the operation of the equipment. 3. The specific gravity of aluminum jacketing is low, and the weight per unit area is lighter and thinner. Using it as a building or decorative material can...

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