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How to passes 24 hour corrosion Non-toxic of metal tag logo-A

2025-05-18

Whether an ‘Metal Logo’ passes the 24-hour corrosion test non-toxic ,is usually assessed by a combination of chemical immersion testing, salt spray testing, electrochemical testing and toxicity testing, as described below: First.24 hour corrosion Non-toxic-corrosion test 1.Chemical Immersion Test Method The engraved circular metal marking is made into a test piece and immersed in a specific corrosive medium (such as acid, alkali, salt solution) for 24 hours. Assessment Evaluate the degree of corrosion of the metal tag logo by weighing, apparent inspection (Fox example number, size and depth of corrosion spots), and measuring the depth of etching holes. Criteria The lighter the degree of corrosion, the better the corrosion resistance. 2.24 hour corrosion Non-toxic-salt spray test of metal tag logo Method In a salt spray box, spray saturated brine solution in mist on the surface of the metal tag logo, simulating marine or high salt environment for 24 hours. Assessment Check the degree of corrosion on the surface of the metal logo, such as blistering, rusting and peeling off Standard According to ASTM B117 or ISO 9227, the higher the rating, the better the corrosion resistance. 3.Electrochemical test of metal tag logo Method Evaluate the corrosion resistance of a metal marking by measuring the change in potential and the change in current under a specific electrochemical environment. Tools Polarisation curve measurement or electrochemical impedance spectroscopy using an electrochemical workstation. Assessment the corrosion current is smaller and the polarisation resistance will be higher, the corrosion resistance.will be better

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Temperature of the electrophoretic lattice frame of the metal logo

2025-05-17

In the electrophoresis process of ‘ Metal Logo’, the temperature involved is mainly divided into two parts: the temperature of the electrophoresis paint and the drying temperature, and the coating of the electrophoretic lattice frame is usually carried out in the post-electrophoresis stage, which is analysed below: 1.Electrophoretic paint temperature General range We can controll the temperature of electrophoretic paint at between 20~30℃. This temperature range helps to ensure the quality and performance of the electrophoretic paint film. Special case Suppose that workpieces with internal cavities such as passenger cars or cabins of construction machinery with complex structures,we should controll the temperature of the electrophoretic paint liquid at between 30~34℃ to ensure the electrophoretic effect. Electrophoretic lattice frame temperature control During high- temperature or continuous production, the temperature of the lacquer will rise obviously, Therefore, need to cool the lacquer by circulating underground water cooling, cooling tower cooling or forced cooling by freezer. In the cold climate of winter, it is necessary to warm up the heating, such as the use of heat exchangers and other equipment. 2.electrophoretic lattice frame drying temperature General range After electrophoresis ,the drying temperature is usually between 160 and 180°C, and the drying time is 30 to 60 minutes. “We ensure full curing of the electrophoretic paint film and the formation of a hard, corrosion-resistant protective layer by maintaining this temperature range and time setting. Electrophoretic lattice frame specific adjustments The type of electrophoresis paint and workpiece requirements determine the need to adjust drying temperature and time accordingly. For example, need to dry some electrophoresis paints at higher temperatures or for longer periods of time.

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Temperature of engraved round metal logo spray lattice oil

2025-05-17

When ‘Engraved Round Metal Logo’ is sprayed with Lattice Oil (a coating commonly used for metal finishing), the drying temperature is usually between 100°C and 145°C and the drying time is usually between 10 and 20 minutes. First. Spray lattice oilkey factors analysed Coating type and formulation The formulation and type of lacquer will affect its cure temperature and time. Different supplier may provide products with different characteristics, so please refer to the coating’s Technical Data Sheet (TDS) for specific parameters. Metal substrate The type of metal (For example. iron, aluminium, stainless steel and so on .) and the state of surface preparation (For example. sandblasted, polished and so on ) will affect the adhesion and curing of the coating. Some metals may require higher temperatures or longer curing times. Coating thickness The thickness of the coating affects the curing time and temperature. Thicker coatings may requiring higher temperatures or longer curing times Spray lattice oil curing method The method of curing (For example, hot air circulation, infrared heating and so on) also affects curing temperature and time. Different curing equipment may have different heating efficiencies and temperature distributions. Second,Spray lattice oil practical advice Consult the coating technical data sheet Always consult the technical data sheet supplied by the coating manufacturer for accurate curing temperature and time recommendations before applying Lakeland oil. Spray lattice oil conduct small sample tests Before prodcut the bulk, it is suggestted that small sample tests are carried out to determine optimum curing conditions. This helps to ensure that the quality and performance of the coating meets expectations. Control the curing environment Make sure that the temperature of the curing environment (Such as oven, curing furnace, and so on) is uniform and stable. Avoid excessive temperature fluctuations to affect the cure of the coating. Monitor the…

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After plating of metal logo of physical properties of spray oil-A

2025-05-16

Physical property analysis of Metal Logo after plating and spray oil Metal logo Post-plating oil spraying is a common surface treatment process, mainly used to enhance the corrosion resistance, wear resistance, appearance and texture of metal logos and extend their service life. The following are the main effects and analyses of post plating oil spraying on physical properties: Metal logo spray oil enhancement of corrosion resistance The role of the plating layer the plating layer (for example nickel, chromium, zinc and so on .) itself has a certain degree of corrosion resistance, but there may be microporous or defective. Metal logo of the protective effect of oil spraying oil spraying layer (such as epoxy resin, polyurethane and so on.) can fill the microporous plating layer, forming a dense protective film, effectively preventing the intrusion of moisture, oxygen and corrosive media, significantly improving the corrosion resistance. Application Scenario of spray oil Suitable for metal logos in outdoor or humid environments, for example automotive signs, outdoor equipment and so on. Spray oil enhancement of corrosion resistance Metal logo of hardness of plating layer The plating layer (e.g. hard chrome) itself has high hardness, but may be brittle. Cushioning effect of spray oil The oil spraying layer can provide some cushioning to reduce the direct abrasion of hard particles on the plating layer and prolong the service life. Application Scenario Suitable for metal logos that require frequent contact or friction, such as signage for mechanical equipment. Appearance texture improvement of spray oil Metal logo lustre of plating The plating layer can provide a metallic lustre, but it may be more single. Metal logo decorative nature The spray oil layer can provide a variety of colours and textures (for example matte, high-gloss, frosted and so on) to enhance the visual effect. Application Scenario Suitable…

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Physical properties of spray oil after plating of metal logo-B

2025-05-16

Physical properties of spray oil after plating Weathering and UV resistance properties Stability of oil spraying Certain oil spraying materials have good weathering and UV resistance properties, it can prevent the plating layer from discolouration or deterioration under long-term exposure to sunlight. Spray oil application scenario Used for metal logos for outdoor , for example building signs and billboards. Adhesion and bonding strength Combination of plating layer and oil spraying layer the adhesion between plating layer and oil spraying layer is the key. If the surface of plating layer is not properly treated (for example. presence of oil, oxidised layer and so on.), it may lead to the peeling off of the oil sprayed layer. Improvement measures Before oil spraying, the plating layer needs to cleane thoroughly and treat thesurface (for example polished, activated and so on.) to improve adhesion. Flexibility and Impact Resistance Flexibility of oil spraying Some oil spraying materials have good flexibility, it can absorb a certain amount of impact and prevent the plating layer from cracking or peeling. Application Scenario It is suitable for metal logos that may be subject to impact, such as sports equipment and tools. Chemical resistance Chemical stability of spray oil The spray oil layer can provide additional chemical protection and prevent the plating layer to attack by chemicals such as acids, alkalis and salts. Application Scenario It is suitable for metal logos that may come into contact with chemical substances, such as laboratory equipment, chemical equipment and so on. Summary and Recommendations Comprehensive performance enhancement oil spraying after plating can significantly enhance the corrosion resistance, wear resistance, appearance texture and weather resistance of metal logos, and is a recommended surface treatment process. Spray oil material selection Select the appropriate plating and oil spraying materials according to the specific application scenarios. Such…

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Physical properties of electrophoretic racks of metal logo-B

2025-05-15

Electrophoretic racks temperature resistance and weather resistance Performance of electrophoretic layer Metal logo performance of electrophoretic layer: The ranges of temperature resistance is from -40℃ to 150℃, and short-term temperature resistance can reach 200℃, it is suitable for extreme environment. Synergistic effect of the frame Weather-resistant frame can resist the changes of UV rays, ozone, temperature and humidity, and slow down the aging of the coating, making sure that the Logo maintains the consistency of appearance for a long time. Electrical properties (if applicable) Insulation The electrophoretic coating is an insulating material with volume resistivity usually ≥10¹² Ω-cm, which is suitable for the electrical isolation needs of electronic equipment Logo.Influence of lattice frame: Transparent lattice frames do not change the insulating properties while providing mechanical protection. electrophoretic racks environmental protection and safety Advantage of electrophoresis process Water-based electrophoresis coatings have low VOC emission and comply with RoHS and other environmental standards, which is suitable for consumer electronics and other areas with high environmental requirements. Choice of cradle To further minimize the release of harmful substances, we recommended that you use an environmentally friendly cradle, such as a UV curing cradle Technical Recommendations Electrophoretic racks coating thickness control In order to balance the performance and cost, The recommended that the thickness of the electrophoretic layer is 15-25 μm, and the recommended that thickness of the lattice frame is 5-10μm, Curing process The curing of electrophoresis should at 180-200°C for 20-30 minutes, and lattice frame can UV cure or heat cure(150°C/30 minutes), depending on the type of coating. Electrophoretic racks test verification Salt spray test (≥500 hours), artificial accelerated ageing (QUV ≥1000 hours) and adhesion test are recommended to verify the performance. Physical properties of electrophoretic racks Summary Although temperature resistance and weather resistance of metal logo’ achieves high corrosion resistance, abrasion…

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Properties of electrophoretic racks of engraved round metal logo-A

2025-05-15

The physical properties of ‘Engraved Round Metal Logo’ need to be analysed in conjunction with the characteristics of the electrophoretic coating and the frame (transparent protective lacquer), and the following are the key performance indicators and technical explanations: Corrosion resistance Advantage of electrophoretic coating Electrophoresis process forms a uniform and dense resin film on the metal surface through electrodeposition, which effectively isolates water, oxygen and corrosive media. For metal Logo, it can significantly improve the resistance to salt spray, acid and alkali, and prolong the outdoor service life. Role of lacquer (clear lacquer) As a lacquer face, lacquer further enhances the sealing of the coating and prevents the electrophoretic layer from failing due to mechanical damage or environmental erosion, especially it is suitable for high humidity or chemically contaminated environments. Hardness and abrasion resistance Characteristics of electrophoretic layer The hardness of electrophoretic coating is usually 2H-3H (pencil hardness), which can resist slight scratching, but need to avoid direct scratching by sharp objects. Enhancement effect of lattice frame Transparent lattice frame has higher hardness after curing (e.g. 3H-4H), which forms a protective barrier and reduces the abrasion of the Logo surface, especially suitable for high-frequency contact areas (e.g. electronic product housings). Adhesion Advantage of electrophoresis process Electrophoresis coating combines with metal substrate through electrochemical action, with strong adhesion (usually ≥5B, 100-g test), and can withstand mechanical stresses such as bending and impact. Compatibility of lattice frame High-quality lattice frame has good compatibility with electrophoresis layer and forms a composite coating after curing, which further improves the overall adhesion and avoids delamination or peeling off. Appearance and gloss Electrophoretic coating effect It can provide various surface effects such as high-gloss, matte, etc., with even colour and no flow marks or orange peel phenomenon. Modifying effect of lacquer frame Transparent lacquer frame can…

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Difference between electrophoresis lattice frame and oil spraying of metal logo-B

2025-05-14

Application Scenarios of metal hardware Electrophoresis Lat Frame Suitable for metal products with high requirements for corrosion resistance, such as automotive parts, home appliance shells, hardware tools and so on. Suitable for mass production, high automation and high efficiency. Oil Spraying (Paint Spraying) Suitable for workpieces of various materials (metal, plastic, wood, etc.) and shapes, especially for small batch or customised production. Widely used in furniture, electronic products, toys, building decoration and other fields. Cost of metal hardware Electrophoresis lattice frame Large investment in equipment (electrophoresis tank, power supply, drying equipment, etc.). Suitable for mass production, lower cost per piece. High environmental protection requirements, higher cost of waste water treatment. Metal Logo Oil spraying (painting) Relatively low investment in equipment (spray gun, spray booth, drying equipment, etc.). Suitable for small batch production, but labour cost may be higher. Higher cost of paints and solvents, additional waste gas treatment equipment is required when environmental protection requirements are strict. Summary and Suggestion of metal hardware Selection of electrophoresis lattice frame situation The workpieces are made of metal and have high requirements for corrosion resistance and adhesion. High volume production, pursuing high efficiency and stable quality. Focus on environmental protection, need to comply with VOC emission standards. Selection of oil spraying (painting) of metal logo Complex shape of workpiece or diverse materials (e.g. plastic, wood). Small batch or customised production, need to flexibly adjust the colour and appearance effect. High requirements for decorativeness, need to realise special effects (e.g. metal texture, grain).

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Metal logo-difference between electrophoresis lattice frame and oil spraying-A

2025-05-14

Metal Logo’ electrophoretic lattice frame and oil spraying (painting) are two different surface treatment processes, the main difference is reflected in the principle of the process, the appearance of the effect, performance characteristics, application scenarios and costs. The following is a specific analysis: Process principle Metal Logo Electrophoretic lattice frame (electrophoretic coating) Electrophoretic coating is a process of depositing charged paint particles on the metal surface through the action of electric field. The specific process includes: The metal logo is immersed into the electrophoretic paint tank as an electrode. Under the action of DC electric field, the charged resin and pigment particles migrate towards the surface of the workpiece and are deposited. After baking and curing, will form a uniform and dense coating We use electrophoretic laths on metal surfaces to create protective and decorative coatings Oil Spraying (Painting) Paint spraying is to spray paint evenly on the surface of the workpiece after atomisation by a spray gun, relying on the adhesion of the paint and the drying process to form a coating. The specific process includes: Surface pre-treatment ( degreasing, descaling, sanding). Spraying the paint, which usually requires several coats to achieve the desired thickness. Natural drying or baking to cure. The spray painting process is flexible and applicable to a wide range of materials and shapes of workpieces. Appearance effect Metal Logo Electrophoretic lattice frame Uniform coating, good coverage of edges and depressions, suitable for complex shaped workpieces. Smooth surface with adjustable gloss (matte, semi-gloss, high-gloss). Relatively limited choice of colours, but we can achive a wide range of colours by paint mixing. Oil spraying (lacquering) it can achive the variety of appearance effects, high gloss, matte, metallic, texture effects, etc. A wide selection of colours is available, and we can achive almost any colour by colour mixing….

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